{"text_format":"1","workbook":"xlsx","n_sheets":19,"sheets":["Market Size","Indoor outdoor attenuation","EESS 116-148,5GHz (single)","EESS 116-148,5GHz (aggregate)","EESS 167-182GHz (single)","EESS 167-182GHz (aggregate)","EESS 231,5-250GHz (single)","EESS 231,5-250GHz (aggregate)","RAS 116-148,5GHz","RAS 167-182GHz","RAS 231,5-250GHz","DBF-CDR vs. FS 116-148,5GHz","DBF-CDR vs. FS 167-182GHz","M-&PA-CDR vs. FS 116-148,5GHz P","M-&PA-CDR vs. FS 116-148,5G LT","M-&PA-CDR vs. FS 167-182GHz P","M-&PA-CDR vs. FS 167-182GHz LT","Amateur 116-148,5GHz","Amateur 231,5-250GHz"],"not_rendered":{"charts":0,"images":0,"macros":1,"external_links":0,"defined_names":2,"comments":12,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":0,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Market Size","index":0,"n_rows":21,"n_cols":8,"rows_kept":21,"cut":false,"hidden":false,"merged":[[16,1,16,6],[17,1,17,6],[18,1,18,6],[19,1,19,6],[20,1,20,6],[15,1,15,6],[3,1,3,6],[4,1,4,6],[5,1,5,6],[6,1,6,6],[7,1,7,6],[8,1,8,6],[9,1,9,6],[11,1,11,6],[12,1,12,6],[13,1,13,6],[14,1,14,6]]}
[]
[]
[]
[]
[]
[null,"Accumulated number of CDR devices of all manufacturers in the field 5 years after launch worldwide in three different frequency bands:",null,null,null,null,null,10000]
[null,"Fraction of devices sold for the European market in all bands [%]:",null,null,null,null,null,40]
[null,"Fraction of devices sold in the band 116-148,5GHz  [%]:",null,null,null,null,null,50]
[null,"Fraction of devices sold in the band 167-182GHz  [%]:",null,null,null,null,null,30]
[null,"Fraction of devices sold in the band 231,5-250GHz  [%]:",null,null,null,null,null,20]
[]
[null,"Accumulated number of devices in the field after 5 years in Europe in the band 116-148,5GHz:",null,null,null,null,null,{"$f":"H6*H7/100*H8/100","v":2000}]
[null,"Accumulated number of devices in the field after 5 years in Europe in the band 167-182GHz:",null,null,null,null,null,{"$f":"H6*H7/100*H9/100","v":1200}]
[null,"Accumulated number of devices in the field after 5 years in Europe in the band 231,5-250GHz:",null,null,null,null,null,{"$f":"H6*H7/100*H10/100","v":800}]
[]
[]
[null,"Land area of Europe [km²]",null,null,null,null,null,10523000]
[]
[null,"CDR density in Europe in the band 116-148,5GHz [devices/km²]",null,null,null,null,null,{"$f":"H12/H17","v":1.900598688586905E-4}]
[null,"CDR density in Europe in the band 167-182GHz [devices/km²]",null,null,null,null,null,{"$f":"H13/H17","v":1.1403592131521429E-4}]
[null,"CDR density in Europe in the band 231,5-250GHz [devices/km²]",null,null,null,null,null,{"$f":"H14/H17","v":7.6023947543476191E-5}]

{"sheet":"Indoor outdoor attenuation","index":1,"n_rows":94,"n_cols":10,"rows_kept":94,"cut":false,"hidden":false,"merged":[]}
[]
[null,"Elevation","Avg. BEL Traditional","Avg. BEL Efficient","70/30 BEL omni","BEL High-Gain Comp","Clutter ","Transm./Refl. Loss","Inherent Dev. Shielding","Total"]
[null,"deg","dB","dB",null,"dB","dB",null,null,"dB"]
[null,0,13.6,26.1,{"$f":"(-10*LOG10(0.7*10^(-$C4/10)+0.3*10^(-$D4/10)))","v":15.045594485972952},0,18.100000000000001,0,0,{"$f":"SUM(E4:I4)","v":33.14559448597295}]
[null,1,13.7,26.2,{"$f":"(-10*LOG10(0.7*10^(-$C5/10)+0.3*10^(-$D5/10)))","v":15.145594485972955},0,16.8,0,0,31.945594485972954]
[null,2,13.8,26.2,15.243214517009926,0,15.7,0,0,30.943214517009928]
[null,3,13.9,26.3,15.343214517009926,0,14.8,0,0,30.143214517009927]
[null,4,14,26.4,15.443214517009924,0,14,0,0,29.443214517009924]
[null,5,14.1,26.5,15.543214517009925,0,13.2,0,0,28.743214517009925]
[null,6,14.2,26.5,15.640780460862931,0,12.6,0,0,28.240780460862929]
[null,7,14.3,26.6,15.740780460862931,0,12,0,0,27.740780460862929]
[null,8,14.4,26.7,15.840780460862929,0,11.4,0,0,27.240780460862929]
[null,9,14.5,26.8,15.940780460862932,0,10.9,0,0,26.840780460862931]
[null,10,14.6,26.8,16.038291119692317,0,10.4,0,0,26.438291119692316]
[null,11,14.7,26.9,16.138291119692315,0,10,0,0,26.138291119692315]
[null,12,14.8,27,16.238291119692317,0,9.5,0,0,25.738291119692317]
[null,13,14.9,27.1,16.338291119692315,0,9.1,0,0,25.438291119692316]
[null,14,15.1,27.2,16.535745270569375,0,8.6999999999999993,0,0,25.235745270569375]
[null,15,15.2,27.2,16.633141665016865,0,8.3000000000000007,0,0,24.933141665016866]
[null,16,15.3,27.3,16.733141665016863,0,8,0,0,24.733141665016863]
[null,17,15.4,27.4,16.833141665016864,0,7.6,0,0,24.433141665016862]
[null,18,15.5,27.5,16.933141665016862,0,7.3,0,0,24.233141665016863]
[null,19,15.6,27.6,17.033141665016863,0,7,0,0,24.033141665016863]
[null,20,15.7,27.6,17.130479028544187,0,6.7,0,0,23.830479028544186]
[null,21,15.8,27.7,17.230479028544185,0,6.4,0,0,23.630479028544187]
[null,22,16,27.8,17.427756060177323,0,6.1,0,0,23.527756060177325]
[null,23,16.100000000000001,27.9,17.527756060177325,0,5.9,0,0,23.427756060177323]
[null,24,16.2,28,17.627756060177322,0,5.6,0,0,23.22775606017732]
[null,25,16.3,28.1,17.72775606017732,0,5.4,0,0,23.127756060177319]
[null,26,16.399999999999999,28.1,17.824971431983641,0,5.0999999999999996,0,0,22.924971431983643]
[null,27,16.600000000000001,28.2,18.022123788591674,0,4.9000000000000004,0,0,22.922123788591676]
[null,28,16.7,28.3,18.122123788591672,0,4.7,0,0,22.822123788591671]
[null,29,16.8,28.4,18.222123788591674,0,4.5,0,0,22.722123788591674]
[null,30,16.899999999999999,28.5,18.322123788591671,0,4.3,0,0,22.622123788591672]
[null,31,17,28.6,18.422123788591669,0,4.0999999999999996,0,0,22.522123788591671]
[null,32,17.2,28.6,18.616233894617299,0,3.9,0,0,{"$f":"SUM(E36:I36)","v":22.516233894617297}]
[null,33,17.3,28.7,18.716233894617297,0,3.7,0,0,22.416233894617296]
[null,34,17.399999999999999,28.8,18.816233894617294,0,3.6,0,0,22.416233894617296]
[null,35,17.5,28.9,18.916233894617296,0,3.4,0,0,22.316233894617294]
[null,36,17.600000000000001,29,19.016233894617301,0,3.3,0,0,22.316233894617302]
[null,37,17.8,29.1,19.213188791708028,0,3.1,0,0,22.313188791708029]
[null,38,17.899999999999999,29.2,19.313188791708022,0,3,0,0,22.313188791708022]
[null,39,18,29.3,19.413188791708023,0,2.8,0,0,22.213188791708024]
[null,40,18.2,29.4,19.610074967953299,0,2.7,0,0,22.310074967953298]
[null,41,18.3,29.4,19.706890923417784,0,2.6,0,0,22.306890923417786]
[null,42,18.399999999999999,29.5,19.806890923417782,0,2.5,0,0,22.306890923417782]
[null,43,18.5,29.6,19.906890923417787,0,2.2999999999999998,0,0,22.206890923417788]
[null,44,18.7,29.7,20.103635127748372,0,2.2000000000000002,0,0,22.303635127748372]
[null,45,18.8,29.8,20.203635127748377,0,2.1,0,0,22.303635127748379]
[null,46,18.899999999999999,29.9,20.303635127748375,0,2,0,0,22.303635127748375]
[null,47,19.100000000000001,30,20.500306019663029,0,1.9,0,0,22.400306019663027]
[null,48,19.2,30.1,20.60030601966303,0,1.8,0,0,22.400306019663031]
[null,49,19.3,30.2,20.700306019663032,0,1.7,0,0,22.400306019663031]
[null,50,19.5,30.3,20.89690200643593,0,1.6,0,0,22.496902006435931]
[null,51,19.600000000000001,30.4,20.996902006435931,0,1.6,0,0,22.596902006435933]
[null,52,19.7,30.5,21.096902006435933,0,1.5,0,0,22.596902006435933]
[null,53,19.899999999999999,30.5,21.289862733321606,0,1.4,0,0,22.689862733321604]
[null,54,20,30.6,21.38986273332161,0,1.3,0,0,22.689862733321611]
[null,55,20.100000000000001,30.7,21.489862733321612,0,1.3,0,0,22.789862733321613]
[null,56,20.3,30.8,21.686224126083932,0,1.2,0,0,22.886224126083931]
[null,57,20.399999999999999,30.9,21.786224126083937,0,1.1000000000000001,0,0,22.886224126083938]
[null,58,20.5,31,21.886224126083928,0,1.1000000000000001,0,0,22.986224126083929]
[null,59,20.7,31.1,22.08250391795227,0,1,0,0,23.08250391795227]
[null,60,20.8,31.2,22.182503917952271,0,0.9,0,0,23.08250391795227]
[null,61,21,31.3,22.378700351148609,0,0.9,0,0,23.278700351148608]
[null,62,21.1,31.4,22.478700351148611,0,0.8,0,0,23.278700351148611]
[null,63,21.2,31.5,22.578700351148608,0,0.8,0,0,23.378700351148609]
[null,64,21.4,31.6,22.774811633299528,0,0.7,0,0,{"$f":"SUM(E68:I68)","v":23.474811633299527}]
[null,65,21.5,31.7,{"$f":"(-10*LOG10(0.7*10^(-$C69/10)+0.3*10^(-$D69/10)))","v":22.874811633299533},0,0.7,0,0,{"$f":"SUM(E69:I69)","v":23.574811633299532}]
[null,66,21.7,31.8,23.070835936903276,0,0.6,0,0,23.670835936903277]
[null,67,21.8,31.9,23.170835936903277,0,0.6,0,0,23.770835936903278]
[null,68,22,32,23.366771398795446,0,0.5,0,0,23.866771398795446]
[null,69,22.1,32.1,23.466771398795444,0,0.5,0,0,23.966771398795444]
[null,70,22.2,32.200000000000003,23.566771398795442,0,0.5,0,0,24.066771398795442]
[null,71,22.4,32.299999999999997,23.762616119613806,0,0.4,0,0,24.162616119613805]
[null,72,22.5,32.4,23.862616119613811,0,0.4,0,0,24.26261611961381]
[null,73,22.7,32.5,24.058368163262614,0,0.3,0,0,24.358368163262615]
[null,74,22.8,32.6,24.158368163262619,0,0.3,0,0,24.45836816326262]
[null,75,23,32.700000000000003,24.35402555637673,0,0.3,0,0,24.65402555637673]
[null,76,23.1,32.799999999999997,24.454025556376735,0,0.2,0,0,24.654025556376734]
[null,77,23.3,32.9,24.649586287786196,0,0.2,0,0,24.849586287786195]
[null,78,23.4,33,24.749586287786194,0,0.2,0,0,24.949586287786193]
[null,79,23.6,33.1,24.945048307981569,0,0.2,0,0,25.145048307981568]
[null,80,23.7,33.200000000000003,25.045048307981563,0,0.1,0,0,25.145048307981565]
[null,81,23.9,33.299999999999997,25.240409528580535,0,0.1,0,0,25.340409528580537]
[null,82,24,33.4,25.340409528580537,0,0.1,0,0,25.440409528580538]
[null,83,24.2,33.5,25.535667821796466,0,0.1,0,0,25.635667821796467]
[null,84,24.3,33.6,25.635667821796471,0,0,0,0,25.635667821796471]
[null,85,24.5,33.700000000000003,25.830821019909152,0,0,0,0,25.830821019909152]
[null,86,24.6,33.799999999999997,25.930821019909153,0,0,0,0,25.930821019909153]
[null,87,24.8,33.9,26.125866914738655,0,0,0,0,26.125866914738655]
[null,88,24.9,34,26.22586691473866,0,0,0,0,26.22586691473866]
[null,89,25.1,34.1,26.420803257122603,0,0,0,0,26.420803257122603]
[null,90,25.3,34.200000000000003,26.615627756397593,0,0,0,0,26.615627756397593]

{"sheet":"EESS 116-148,5GHz (single)","index":2,"n_rows":106,"n_cols":7,"rows_kept":106,"cut":false,"hidden":false,"merged":[[2,3,2,4],[2,5,2,6],[57,3,57,4],[57,5,57,6]]}
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 116-148,5 GHz and EESS"]
[]
[null,null,null,"Band of EESS: 114,25-122,25 GHz",null,"Band of EESS: 148,5-151,5 GHz"]
[null,"Single-entry study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)","Sensor N1 (nadir)","Sensor N1 (outer)"]
[null,"Sensor type",null,"Conical Scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",119.125,119.125,150,150]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D7/10","v":2.5166208436516262E-3},{"$f":"2.99792458/E7/10","v":2.5166208436516262E-3},{"$f":"2.99792458/F7/10","v":1.9986163866666665E-3},{"$f":"2.99792458/G7/10","v":1.9986163866666665E-3}]
[null,"Reference bandwidth","MHz",200,200,500,500]
[null,"Orbit altitude","km²",830,800,705,705]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",53.3,53,0,56.9]
[null,"Elevation angle at ground","deg",{"$f":"90-D11","v":36.700000000000003},{"$f":"90-E11","v":37},{"$f":"90-F11","v":90},{"$f":"90-G11","v":33.1}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D11*PI()/180)/(1+D10/6371)))*180/PI()+0.00000001","v":45.182994227157891},45.197449705097966,{"$f":"(ASIN(SIN(F11*PI()/180)/(1+F10/6371)))*180/PI()+0.00000001","v":1E-8},48.960285792894503]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D10)/6371)*SIN(D13*PI()/180))*180/PI()-D13)*PI()/180)/SIN(D13*PI()/180)","v":1268.1174814937638},1218.9948902651022,{"$f":"6371*SIN((ASIN(((6371+F10)/6371)*SIN(F13*PI()/180))*180/PI()-F13)*PI()/180)/SIN(F13*PI()/180)","v":704.99999999999977},1166.7585937581823]
[null,"EESS antenna gain","dBi",55.5,55,45,45]
[null,"Size of EESS FOV on Earth's surface","km²",82,82,154,759]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166,-159,-159]
[null,"Apportionment factor","dB",12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D21-D22+D28","v":27},27,7,7]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D23-10*LOG(D24*1000)","v":-12.030899869919438},{"$f":"E23-10*LOG(E24*1000)","v":-12.030899869919438},{"$f":"F23-10*LOG(F24*1000)","v":-32.030899869919438},-32.030899869919438]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D25-30","v":-42.030899869919438},{"$f":"E25-30","v":-42.030899869919438},{"$f":"F25-30","v":-62.030899869919438},-62.030899869919438]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D26-D28","v":-74.030899869919438},{"$f":"E26-E28","v":-74.030899869919438},{"$f":"F26-F28","v":-94.030899869919438},-94.030899869919438]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D26+D27-D28","v":-74.030899869919438},{"$f":"E26+E27-E28","v":-74.030899869919438},{"$f":"F26+F27-F28","v":-94.030899869919438},-94.030899869919438]
[]
[null,"Reflected interference component:"]
[null,"Reduction of  e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dB",-28.6,-28.6,-28.6,-28.6]
[null,"Reflection loss on wet sand surface (with εr=8 for f>100GHz)","dB",6.42,6.42,6.42,6.42]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D26+D33-D34+D27","v":-77.050899869919434},{"$f":"E26+E33-E34+E27","v":-77.050899869919434},{"$f":"F26+F33-F34+F27","v":-97.050899869919434},{"$f":"G26+G33-G34+G27","v":-97.050899869919434}]
[]
[null,"Back lobe/side lobe interference component:"]
[null,"Antenna side-lobe gain >45° offset angle","dBi",4,4,4,4]
[null,"Back lobe/side lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D30+D38","v":-70.030899869919438},-70.030899869919438,-90.030899869919438,-90.030899869919438]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D14*1000/D8)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*E14*1000/E8)","v":195.68787919808398},{"$f":"20*LOG10(4*PI()*F14*1000/F8)","v":192.93339074282497},{"$f":"20*LOG10(4*PI()*G14*1000/G8)","v":197.30922857027994}]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D35-D41","v":-273.0819311549036},-272.7387790680034,-289.98429061274442,-294.36012844019939]
[null,"Back lobe/side lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D39-D41","v":-266.06193115490362},-265.71877906800341,-282.96429061274443,-287.34012844019935]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D42/10)+10^(D43/10))","v":-265.27515402957425},{"$f":"10*LOG10(10^(E42/10)+10^(E43/10))","v":-264.93200194267399},{"$f":"10*LOG10(10^(F42/10)+10^(F43/10))","v":-282.17751348741501},-286.55335131486993]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",3.2,3.2,2,3.8]
[null,"Polarisation mismatch loss","dB",3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report) ","dB",0,0,0,0]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D44+D15-D45-D46-D47","v":-215.97515402957424},{"$f":"E44+E15-E45-E46-E47","v":-216.13200194267398},{"$f":"F44+F15-F45-F46-F47","v":-242.17751348741501},{"$f":"G44+G15-G45-G46-G47","v":-248.35335131486994}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D48+10*LOG10(D9)","v":-192.96485407293443},{"$f":"E48+10*LOG10(E9)","v":-193.12170198603417},{"$f":"F48+10*LOG10(F9)","v":-215.18781344405483},{"$f":"G48+10*LOG10(G9)","v":-221.36365127150975}]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D49+10*LOG10(D50)","v":-192.96485407293443},{"$f":"E49+10*LOG10(E50)","v":-193.12170198603417},{"$f":"F49+10*LOG10(F50)","v":-215.18781344405483},{"$f":"G49+10*LOG10(G50)","v":-221.36365127150975}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D17-D18-D51","v":14.964854072934429},{"$f":"E17-E18-E51","v":15.121701986034168},{"$f":"F17-F18-F51","v":44.187813444054825},{"$f":"G17-G18-G51","v":50.363651271509752}]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 116-148,5 GHz and EESS"]
[]
[null,null,null,"Band of EESS: 114,25-122,25 GHz",null,"Band of EESS: 148,5-151,5 GHz"]
[null,"Single-entry study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)","Sensor N1 (nadir)","Sensor N1 (outer)"]
[null,"Sensor type",null,"Conical Scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",119.125,119.125,150,150]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D62/10","v":2.5166208436516262E-3},{"$f":"2.99792458/E62/10","v":2.5166208436516262E-3},{"$f":"2.99792458/F62/10","v":1.9986163866666665E-3},{"$f":"2.99792458/G62/10","v":1.9986163866666665E-3}]
[null,"Reference bandwidth","MHz",200,200,500,500]
[null,"Orbit altitude","km²",830,800,705,705]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",53.3,53,0,56.9]
[null,"Elevation angle at ground","deg",{"$f":"90-D66","v":36.700000000000003},{"$f":"90-E66","v":37},{"$f":"90-F66","v":90},{"$f":"90-G66","v":33.1}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D66*PI()/180)/(1+D65/6371)))*180/PI()+0.00000001","v":45.182994227157891},45.197449705097966,1E-8,48.960285792894503]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D65)/6371)*SIN(D68*PI()/180))*180/PI()-D68)*PI()/180)/SIN(D68*PI()/180)","v":1268.1174814937638},1218.9948902651022,704.99999999999977,1166.7585937581823]
[null,"EESS antenna gain","dBi",55.5,55,45,45]
[null,"Size of EESS FOV on Earth's surface","km²",82,82,154,759]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166,-159,-159]
[null,"Apportionment factor","dB",12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D76-D77+D83","v":5},5,-15,-15]
[null,"Bandwidth of CDR Tx signal","GHz",5.7,5.7,5.7,5.7]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D78-10*LOG(D79*1000)","v":-32.558748556724915},{"$f":"E78-10*LOG(E79*1000)","v":-32.558748556724915},{"$f":"F78-10*LOG(F79*1000)","v":-52.558748556724915},-52.558748556724915]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D80-30","v":-62.558748556724915},{"$f":"E80-30","v":-62.558748556724915},{"$f":"F80-30","v":-82.558748556724908},-82.558748556724908]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D81-D83","v":-72.558748556724908},{"$f":"E81-E83","v":-72.558748556724908},{"$f":"F81-F83","v":-92.558748556724908},-92.558748556724908]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D81+D82-D83","v":-72.558748556724908},{"$f":"E81+E82-E83","v":-72.558748556724908},{"$f":"F81+F82-F83","v":-92.558748556724908},-92.558748556724908]
[]
[null,"Back lobe interference component:"]
[null,"Max. gain of the CDR antenna backlobe","dBi",-4.5999999999999996,-4.5999999999999996,-6.6,-6.6]
[null,"Back lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D85+D88","v":-77.158748556724902},-77.158748556724902,-99.158748556724902,-99.158748556724902]
[]
[null,"Reflected interference component:"]
[null,"Reflection loss on wet sand surface (with εr=8 for f>100GHz)","dB",6.42,6.42,6.42,6.42]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D81+D82-D92","v":-68.978748556724909},{"$f":"E81+E82-E92","v":-68.978748556724909},{"$f":"F81+F82-F92","v":-88.978748556724909},{"$f":"G81+G82-G92","v":-88.978748556724909}]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D69*1000/D63)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*E69*1000/E63)","v":195.68787919808398},{"$f":"20*LOG10(4*PI()*F69*1000/F63)","v":192.93339074282497},{"$f":"20*LOG10(4*PI()*G69*1000/G63)","v":197.30922857027994}]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D89-D95","v":-273.18977984170908},-272.84662775480888,-292.0921392995499,-296.46797712700481]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D93-D95","v":-265.00977984170908},-264.66662775480887,-281.91213929954989,-286.28797712700486]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D96/10)+10^(D97/10))","v":-264.39504864155697},{"$f":"10*LOG10(10^(E96/10)+10^(E97/10))","v":-264.05189655465676},{"$f":"10*LOG10(10^(F96/10)+10^(F97/10))","v":-281.51427126677356},-285.89010909422859]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",3.2,3.2,2,3.8]
[null,"Polarisation mismatch loss","dB",3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",0,0,0,0]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D98+D70-D99-D100-D101","v":-215.09504864155696},{"$f":"E98+E70-E99-E100-E101","v":-215.25189655465675},{"$f":"F98+F70-F99-F100-F101","v":-241.51427126677356},{"$f":"G98+G70-G99-G100-G101","v":-247.6901090942286}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D102+10*LOG10(D64)","v":-192.08474868491714},{"$f":"E102+10*LOG10(E64)","v":-192.24159659801694},{"$f":"F102+10*LOG10(F64)","v":-214.52457122341337},{"$f":"G102+10*LOG10(G64)","v":-220.70040905086842}]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1]
[null,"Corresponding received power at the EESS in a bandwidth of 200MHz (Nadir, Conical) and 10MHz (Limb) within the EESS's FOV","dBW",{"$f":"D103+10*LOG10(D104)","v":-192.08474868491714},{"$f":"E103+10*LOG10(E104)","v":-192.24159659801694},{"$f":"F103+10*LOG10(F104)","v":-214.52457122341337},{"$f":"G103+10*LOG10(G104)","v":-220.70040905086842}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D72-D73-D105","v":14.084748684917145},{"$f":"E72-E73-E105","v":14.24159659801694},{"$f":"F72-F73-F105","v":43.524571223413375},{"$f":"G72-G73-G105","v":49.700409050868416}]

{"sheet":"EESS 116-148,5GHz (aggregate)","index":3,"n_rows":119,"n_cols":7,"rows_kept":119,"cut":false,"hidden":false,"merged":[[65,3,65,4],[65,5,65,6],[3,3,3,4],[3,5,3,6]]}
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 116-148,5 GHz and EESS"]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 114,25-122,25 GHz",null,"Band of EESS: 148,5-151,5 GHz"]
[null,"Victim EESS system",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)","Sensor N1 (nadir)","Sensor N1 (outer)"]
[null,"Sensor type",null,"Conical Scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",119.125,119.125,150,150]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D8/10","v":2.5166208436516262E-3},{"$f":"2.99792458/E8/10","v":2.5166208436516262E-3},{"$f":"2.99792458/F8/10","v":1.9986163866666665E-3},{"$f":"2.99792458/G8/10","v":1.9986163866666665E-3}]
[null,"Reference bandwidth","MHz",200,200,500,500]
[null,"Orbit altitude","km²",830,800,705,705]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",53.3,53,0,56.9]
[null,"Elevation angle at ground","deg",{"$f":"90-D12","v":36.700000000000003},{"$f":"90-E12","v":37},{"$f":"90-F12","v":90},{"$f":"90-G12","v":33.1}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D12*PI()/180)/(1+D11/6371)))*180/PI()+0.00000001","v":45.182994227157891},45.197449705097966,1E-8,48.960285792894503]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D11)/6371)*SIN(D14*PI()/180))*180/PI()-D14)*PI()/180)/SIN(D14*PI()/180)","v":1268.1174814937638},1218.9948902651022,704.99999999999977,1166.7585937581823]
[null,"EESS antenna gain","dBi",55.5,55,45,45]
[null,"Size of EESS FOV on Earth's surface","km²",82,82,154,759]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166,-159,-159]
[null,"Apportionment factor","dB",12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D22-D23+D29","v":27},27,7,7]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D24-10*LOG(D25*1000)","v":-12.030899869919438},{"$f":"E24-10*LOG(E25*1000)","v":-12.030899869919438},{"$f":"F24-10*LOG(F25*1000)","v":-32.030899869919438},-32.030899869919438]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D26-30","v":-42.030899869919438},{"$f":"E26-30","v":-42.030899869919438},{"$f":"F26-30","v":-62.030899869919438},-62.030899869919438]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D27-D29","v":-74.030899869919438},{"$f":"E27-E29","v":-74.030899869919438},{"$f":"F27-F29","v":-94.030899869919438},-94.030899869919438]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D27+D28-D29","v":-74.030899869919438},{"$f":"E27+E28-E29","v":-74.030899869919438},{"$f":"F27+F28-F29","v":-94.030899869919438},-94.030899869919438]
[]
[null,"Reflected interference component:"]
[null,"Reduction of  e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dBi",-28.6,-28.6,-28.6,-28.6]
[null,"Additional losses for the scattered component","dB",-10,-10,-10,-10]
[null,"Average dielectric reflection attenuation at sand slope","dB",-20,-20,-20,-20]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D27+D28+D34+D35+D36","v":-100.63089986991943},{"$f":"E27+E28+E34+E35+E36","v":-100.63089986991943},{"$f":"F27+F28+F34+F35+F36","v":-120.63089986991943},{"$f":"G27+G28+G34+G35+G36","v":-120.63089986991943}]
[]
[null,"Back lobe/side lobe interference component:"]
[null,"Antenna side-lobe gain >45° offset angle","dBi",4,4,4,4]
[null,"Back lobe/side lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D31+D40","v":-70.030899869919438},{"$f":"E31+E40","v":-70.030899869919438},{"$f":"F31+F40","v":-90.030899869919438},{"$f":"G31+G40","v":-90.030899869919438}]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D15*1000/D9)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*E15*1000/E9)","v":195.68787919808398},{"$f":"20*LOG10(4*PI()*F15*1000/F9)","v":192.93339074282497},{"$f":"20*LOG10(4*PI()*G15*1000/G9)","v":197.30922857027994}]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D37-D43","v":-296.66193115490364},{"$f":"E37-E43","v":-296.31877906800344},{"$f":"F37-F43","v":-313.5642906127444},{"$f":"G37-G43","v":-317.94012844019937}]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D41-D43","v":-266.06193115490362},{"$f":"E41-E43","v":-265.71877906800341},{"$f":"F41-F43","v":-282.96429061274443},{"$f":"G41-G43","v":-287.34012844019935}]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D44/10)+10^(D45/10))","v":-266.05815025436755},{"$f":"10*LOG10(10^(E44/10)+10^(E45/10))","v":-265.71499816746734},{"$f":"10*LOG10(10^(F44/10)+10^(F45/10))","v":-282.96050971220836},-287.33634753966328]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",3.2,3.2,2,3.8]
[null,"Polarisation mismatch loss","dB",3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(D13,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(E13,'Indoor outdoor attenuation'!data_1,9)","v":22.313188791708029},{"$f":"VLOOKUP(F13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(G13,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296}]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D46+D16-D47-D48","v":-216.75815025436754},{"$f":"E46+E16-E47-E48","v":-216.91499816746733},{"$f":"F46+F16-F47-F48","v":-242.96050971220836},{"$f":"G46+G16-G47-G48","v":-249.13634753966329}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D50+10*LOG10(D10)","v":-193.74785029772772},{"$f":"E50+10*LOG10(E10)","v":-193.90469821082752},{"$f":"F50+10*LOG10(F10)","v":-215.97080966884818},{"$f":"G50+10*LOG10(G10)","v":-222.1466474963031}]
[null,"Uniform CDR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H19","v":1.900598688586905E-4},{"$f":"'Market Size'!H19","v":1.900598688586905E-4},{"$f":"'Market Size'!H19","v":1.900598688586905E-4},{"$f":"'Market Size'!H19","v":1.900598688586905E-4}]
[null,"Aggregate CDR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D52*75","v":1.4254490164401787E-2},{"$f":"E52*75","v":1.4254490164401787E-2},{"$f":"F52*75","v":1.4254490164401787E-2},{"$f":"G52*75","v":1.4254490164401787E-2}]
[null,"Number of aggregate CDR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D53*D17,0)","v":2},{"$f":"ROUNDUP(E53*E17,0)","v":2},{"$f":"ROUNDUP(F53*F17,0)","v":3},{"$f":"ROUNDUP(G53*G17,0)","v":11}]
[null,"Percentage of CDRs operated indoors","%",90,90,90,90]
[null,"Resulting total number of outdoor interferers in EESS FOV on Earth's surface",null,{"$f":"ROUNDUP((D55/100)*D54*10^-(D49/10)+((1-D55/100)*D54),0)","v":1},{"$f":"ROUNDUP((E55/100)*E54*10^-(E49/10)+((1-E55/100)*E54),0)","v":1},{"$f":"ROUNDUP((F55/100)*F54*10^-(F49/10)+((1-F55/100)*F54),0)","v":1},{"$f":"ROUNDUP((G55/100)*G54*10^-(G49/10)+((1-G55/100)*G54),0)","v":2}]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D51+10*LOG10(D56)","v":-193.74785029772772},{"$f":"E51+10*LOG10(E56)","v":-193.90469821082752},{"$f":"F51+10*LOG10(F56)","v":-215.97080966884818},{"$f":"G51+10*LOG10(G56)","v":-219.13634753966329}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D18-D19-D57","v":15.747850297727723},{"$f":"E18-E19-E57","v":15.904698210827519},{"$f":"F18-F19-F57","v":44.970809668848176},{"$f":"G18-G19-G57","v":48.136347539663291}]
[]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 116-148,5 GHz and EESS"]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 114,25-122,25 GHz",null,"Band of EESS: 148,5-151,5 GHz"]
[null,"Victim EESS system",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)","Sensor N1 (nadir)","Sensor N1 (outer)"]
[null,"Sensor type",null,"Conical Scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",119.125,119.125,150,150]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D70/10","v":2.5166208436516262E-3},{"$f":"2.99792458/E70/10","v":2.5166208436516262E-3},{"$f":"2.99792458/F70/10","v":1.9986163866666665E-3},{"$f":"2.99792458/G70/10","v":1.9986163866666665E-3}]
[null,"Reference bandwidth","MHz",200,200,500,500]
[null,"Orbit altitude","km²",830,800,705,705]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",53.3,53,0,56.9]
[null,"Elevation angle at ground","deg",{"$f":"90-D74","v":36.700000000000003},{"$f":"90-E74","v":37},{"$f":"90-F74","v":90},{"$f":"90-G74","v":33.1}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D74*PI()/180)/(1+D73/6371)))*180/PI()+0.00000001","v":45.182994227157891},45.197449705097966,1E-8,48.960285792894503]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D73)/6371)*SIN(D76*PI()/180))*180/PI()-D76)*PI()/180)/SIN(D76*PI()/180)","v":1268.1174814937638},1218.9948902651022,704.99999999999977,1166.7585937581823]
[null,"EESS antenna gain","dBi",55.5,55,45,45]
[null,"Size of EESS FOV on Earth's surface","km²",82,82,154,759]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166,-159,-159]
[null,"Apportionment factor","dB",12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D84-D85+D91","v":5},5,-15,-15]
[null,"Bandwidth of CDR Tx signal","GHz",5.7,5.7,5.7,5.7]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D86-10*LOG(D87*1000)","v":-32.558748556724915},{"$f":"E86-10*LOG(E87*1000)","v":-32.558748556724915},{"$f":"F86-10*LOG(F87*1000)","v":-52.558748556724915},-52.558748556724915]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D88-30","v":-62.558748556724915},{"$f":"E88-30","v":-62.558748556724915},{"$f":"F88-30","v":-82.558748556724908},-82.558748556724908]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D89-D91","v":-72.558748556724908},{"$f":"E89-E91","v":-72.558748556724908},{"$f":"F89-F91","v":-92.558748556724908},-92.558748556724908]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D89+D90-D91","v":-72.558748556724908},{"$f":"E89+E90-E91","v":-72.558748556724908},{"$f":"F89+F90-F91","v":-92.558748556724908},-92.558748556724908]
[]
[null,"Back lobe interference component:"]
[null,"Max. gain of the CDR antenna backlobe","dBi",-4.5999999999999996,-4.5999999999999996,-6.6,-6.6]
[null,"Back lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D93+D96","v":-77.158748556724902},-77.158748556724902,-99.158748556724902,-99.158748556724902]
[]
[null,"Scattered/reflected interference component:"]
[null,"Additional losses for the scattered component","dB",-10,-10,-10,-10]
[null,"Average dielectric reflection attenuation at sand slope","dB",-20,-20,-20,-20]
[null,"Scattered/reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D89+D90+D100+D101","v":-92.558748556724908},{"$f":"E89+E90+E100+E101","v":-92.558748556724908},{"$f":"F89+F90+F100+F101","v":-112.55874855672491},{"$f":"G89+G90+G100+G101","v":-112.55874855672491}]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D77*1000/D71)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*E77*1000/E71)","v":195.68787919808398},{"$f":"20*LOG10(4*PI()*F77*1000/F71)","v":192.93339074282497},{"$f":"20*LOG10(4*PI()*G77*1000/G71)","v":197.30922857027994}]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D97-D104","v":-273.18977984170908},{"$f":"E97-E104","v":-272.84662775480888},-292.0921392995499,-296.46797712700481]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D102-D104","v":-288.58977984170906},-288.24662775480886,-305.49213929954988,-309.86797712700485]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D105/10)+10^(D106/10))","v":-273.06630010460344},{"$f":"10*LOG10(10^(E105/10)+10^(E106/10))","v":-272.72314801770324},{"$f":"10*LOG10(10^(F105/10)+10^(F106/10))","v":-291.89803159308053},-296.27386942053545]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",3.2,3.2,2,3.8]
[null,"Polarisation mismatch loss","dB",3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(D75,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(E75,'Indoor outdoor attenuation'!data_1,9)","v":22.313188791708029},{"$f":"VLOOKUP(F75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(G75,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296}]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D107+D78-D108-D109","v":-223.76630010460343},{"$f":"E107+E78-E108-E109","v":-223.92314801770323},{"$f":"F107+F78-F108-F109","v":-251.89803159308053},{"$f":"G107+G78-G108-G109","v":-258.07386942053546}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D111+10*LOG10(D72)","v":-200.75600014796362},{"$f":"E111+10*LOG10(E72)","v":-200.91284806106341},{"$f":"F111+10*LOG10(F72)","v":-224.90833154972034},{"$f":"G111+10*LOG10(G72)","v":-231.08416937717527}]
[null,"Uniform CDR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H19","v":1.900598688586905E-4},{"$f":"'Market Size'!H19","v":1.900598688586905E-4},{"$f":"'Market Size'!H19","v":1.900598688586905E-4},{"$f":"'Market Size'!H19","v":1.900598688586905E-4}]
[null,"Aggregate CDR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D113*75","v":1.4254490164401787E-2},{"$f":"E113*75","v":1.4254490164401787E-2},{"$f":"F113*75","v":1.4254490164401787E-2},{"$f":"G113*75","v":1.4254490164401787E-2}]
[null,"Number of aggregate CDR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D114*D79,0)","v":2},{"$f":"ROUNDUP(E114*E79,0)","v":2},{"$f":"ROUNDUP(F114*F79,0)","v":3},{"$f":"ROUNDUP(G114*G79,0)","v":11}]
[null,"Percentage of CDRs operated indoors","%",90,90,90,90]
[null,"Resulting total number of outdoor interferers in EESS FOV on Earth's surface",null,{"$f":"ROUNDUP((D116/100)*D115*10^-(D110/10)+((1-D116/100)*D115),0)","v":1},{"$f":"ROUNDUP((E116/100)*E115*10^-(E110/10)+((1-E116/100)*E115),0)","v":1},{"$f":"ROUNDUP((F116/100)*F115*10^-(F110/10)+((1-F116/100)*F115),0)","v":1},{"$f":"ROUNDUP((G116/100)*G115*10^-(G110/10)+((1-G116/100)*G115),0)","v":2}]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D112+10*LOG10(D117)","v":-200.75600014796362},{"$f":"E112+10*LOG10(E117)","v":-200.91284806106341},{"$f":"F112+10*LOG10(F117)","v":-224.90833154972034},{"$f":"G112+10*LOG10(G117)","v":-228.07386942053546}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D80-D81-D118","v":22.756000147963618},{"$f":"E80-E81-E118","v":22.912848061063414},{"$f":"F80-F81-F118","v":53.908331549720344},{"$f":"G80-G81-G118","v":57.073869420535459}]

{"sheet":"EESS 167-182GHz (single)","index":4,"n_rows":106,"n_cols":14,"rows_kept":106,"cut":false,"hidden":false,"merged":[[2,3,2,5],[2,6,2,13],[57,3,57,5],[57,6,57,13]]}
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 167-182 GHz and EESS"]
[]
[null,null,null,"Band of EESS: 164-167 GHz",null,null,"Band of EESS: 174,8-191,8 GHz"]
[null,"Single-entry study",null,"Sensor P1","Sensor P2 (nadir)","Sensor P2 (outer)","MHS (nadir)","MHS (outer)","MWI","MWS (nadir)","MWS (outer)","ICI","AWS (nadir)","AWS (outer)"]
[null,"Sensor type",null,"Conical scan","Nadir scan","Nadir scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",165.5,165.5,165.5,178.4,178.4,178.4,178.4,178.4,178.4,178.4,178.4]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D7/10","v":1.8114347915407854E-3},1.8114347915407854E-3,1.8114347915407854E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200,200,200,200,200,200,200]
[null,"Orbit altitude","km²",828,824,824,822,822,830,830,830,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",55.5,0,64,0,59,53.3,0,58.5,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D11","v":34.5},90,26,90,31,36.700000000000003,90,31.5,36.700000000000003,90,34.299999999999997]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D11*PI()/180)/(1+D10/6371)))*180/PI()+0.00000001","v":46.830967821220632},1E-8,52.736615269680954,1E-8,49.394790432078054,45.182994227157891,1E-8,48.969771809919081,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D10)/6371)*SIN(D13*PI()/180))*180/PI()-D13)*PI()/180)/SIN(D13*PI()/180)","v":1316.6433515587985},824.00000000000045,1563.5654760504558,822.00000000000023,1400.207928002734,1268.1174814937638,829.99999999999943,1398.3092834001552,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",54,43.9,43.9,44.8,44.8,56.9,43,43,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",113,254,2083,201,1103,61,315,1762,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-163,-163,-163,-163,-163,-163,-163,-163,-163,-163,-163]
[null,"Apportionment factor","dB",12,12,12,12,12,12,12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-2,-2,-2,-2,-2,-2,-2,-2,-2,-2,-2]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,0,0,0,0,0,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D21-D22+D28","v":10},10,10,30,30,30,30,30,30,30,30]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8,8,8,8,8,8,8,8]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D23-10*LOG(D24*1000)","v":-29.030899869919438},{"$f":"E23-10*LOG(E24*1000)","v":-29.030899869919438},-29.030899869919438,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D25-30","v":-59.030899869919438},{"$f":"E25-30","v":-59.030899869919438},-59.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32,32,32,32,32,32,32,32]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D26-D28","v":-91.030899869919438},{"$f":"E26-E28","v":-91.030899869919438},-91.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D26+D27-D28","v":-91.030899869919438},{"$f":"E26+E27-E28","v":-91.030899869919438},-91.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438]
[]
[null,"Reflected interference component:"]
[null,"Reduction of  e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dB",-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6]
[null,"Reflection loss on wet sand surface (with εr=8 for f>100GHz)","dB",6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D26+D33-D34+D27","v":-94.050899869919434},{"$f":"E26+E33-E34+E27","v":-94.050899869919434},-94.050899869919434,-74.050899869919434,-74.050899869919434,-74.050899869919434,-74.050899869919434,-74.050899869919434,-74.050899869919434,-74.050899869919434,-74.050899869919434]
[]
[null,"Back lobe/side lobe interference component:"]
[null,"Antenna side-lobe gain >45° offset angle","dBi",4,4,4,4,4,4,4,4,4,4,4]
[null,"Back lobe/side lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D30+D38","v":-87.030899869919438},-87.030899869919438,-87.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D14*1000/D8)","v":199.21310619396533},{"$f":"20*LOG10(4*PI()*E14*1000/E8)","v":195.14228741806045},200.70606463464196,195.77311657348648,200.3995308688082,199.53887001285864,195.85724207020692,200.38774504169734,199.53887001285864,193.03870523035835,197.30791615290838]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D35-D41","v":-293.26400606388478},-289.19318728797987,-294.75696450456138,-269.82401644340592,-274.45043073872762,-273.58976988277806,-269.90814194012637,-274.43864491161679,-273.58976988277806,-267.08960510027777,-271.3588160228278]
[null,"Back lobe/side lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D39-D41","v":-286.24400606388474},-282.17318728797989,-287.7369645045614,-262.80401644340589,-267.43043073872764,-266.56976988277808,-262.88814194012639,-267.41864491161675,-266.56976988277808,-260.06960510027778,-264.33881602282781]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D42/10)+10^(D43/10))","v":-285.45722893855532},{"$f":"10*LOG10(10^(E42/10)+10^(E43/10))","v":-281.38641016265046},-286.95018737923198,-262.01723931807646,-266.64365361339821,-265.78299275744865,-262.10136481479697,-266.63186778628733,-265.78299275744865,-259.28282797494836,-263.55203889749839]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",5.7,3.2,7.4,8.3000000000000007,16,13.8,8.3000000000000007,15.8,13.8,8.3000000000000007,14.7]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3,3,3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D44+D15-D45-D46-D47","v":-240.15722893855531},-243.68641016265045,-253.45018737923198,-228.51723931807646,-240.8436536133982,-225.68299275744866,-230.40136481479698,-242.43186778628734,-230.58299275744866,-220.58282797494837,-231.25203889749838]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D48+10*LOG10(D9)","v":-217.14692898191549},{"$f":"E48+10*LOG10(E9)","v":-220.67611020601063},-230.43988742259216,-205.50693936143665,-217.83335365675839,-202.67269280080885,-207.39106485815716,-219.42156782964753,-207.57269280080885,-197.57252801830856,-208.24173894085857]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1,1,1,1,1,1,1,1]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D49+10*LOG10(D50)","v":-217.14692898191549},-220.67611020601063,-230.43988742259216,-205.50693936143665,-217.83335365675839,-202.67269280080885,-207.39106485815716,-219.42156782964753,-207.57269280080885,-197.57252801830856,-208.24173894085857]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D17-D18-D51","v":42.146928981915494},45.676110206010634,55.439887422592165,30.50693936143665,42.833353656758391,27.672692800808846,32.391064858157165,44.421567829647529,32.572692800808852,22.57252801830856,33.241738940858568]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 167-182 GHz and EESS"]
[]
[null,null,null,"Band of EESS: 164-167 GHz",null,null,"Band of EESS: 174,8-191,8 GHz"]
[null,"Single-entry study",null,"Sensor P1","Sensor P2 (nadir)","Sensor P2 (outer)","MHS (nadir)","MHS (outer)","MWI","MWS (nadir)","MWS (outer)","ICI","AWS (nadir)","AWS (outer)"]
[null,"Sensor type",null,"Conical scan","Nadir scan","Nadir scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",165.5,165.5,165.5,178.4,178.4,178.4,178.4,178.4,178.4,178.4,178.4]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D62/10","v":1.8114347915407854E-3},1.8114347915407854E-3,1.8114347915407854E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200,200,200,200,200,200,200]
[null,"Orbit altitude","km²",828,824,824,822,822,830,830,830,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",55.5,0,64,0,59,53.3,0,58.5,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D66","v":34.5},90,26,90,31,36.700000000000003,90,31.5,36.700000000000003,90,34.299999999999997]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D66*PI()/180)/(1+D65/6371)))*180/PI()+0.00000001","v":46.830967821220632},1E-8,52.736615269680954,1E-8,49.394790432078054,45.182994227157891,1E-8,48.969771809919081,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D65)/6371)*SIN(D68*PI()/180))*180/PI()-D68)*PI()/180)/SIN(D68*PI()/180)","v":1316.6433515587985},824.00000000000045,1563.5654760504558,822.00000000000023,1400.207928002734,1268.1174814937638,829.99999999999943,1398.3092834001552,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",54,43.9,43.9,44.8,44.8,56.9,43,43,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",113,254,2083,201,1103,61,315,1762,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-163,-163,-163,-163,-163,-163,-163,-163,-163,-163,-163]
[null,"Apportionment factor","dB",12,12,12,12,12,12,12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5,-5,-5,-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,0,0,0,0,0,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D76-D77+D83","v":-15},-15,-15,5,5,5,5,5,5,5,5]
[null,"Bandwidth of CDR Tx signal","GHz",2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D78-10*LOG(D79*1000)","v":-48.979400086720375},{"$f":"E78-10*LOG(E79*1000)","v":-48.979400086720375},-48.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D80-30","v":-78.979400086720375},{"$f":"E80-30","v":-78.979400086720375},-78.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10,10,10,10,10,10,10]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D81-D83","v":-88.979400086720375},{"$f":"E81-E83","v":-88.979400086720375},-88.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D81+D82-D83","v":-88.979400086720375},{"$f":"E81+E82-E83","v":-88.979400086720375},-88.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375]
[]
[null,"Back lobe interference component:"]
[null,"Max. gain of the CDR antenna backlobe","dBi",-5.0999999999999996,-5.0999999999999996,-5.0999999999999996,-5.8,-5.8,-5.8,-5.8,-5.8,-5.8,-5.8,-5.8]
[null,"Back lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D85+D88","v":-94.079400086720369},-94.079400086720369,-94.079400086720369,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372]
[]
[null,"Reflected interference component:"]
[null,"Reflection loss on wet sand surface (with εr=8 for f>100GHz)","dB",6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42,6.42]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D81+D82-D92","v":-85.399400086720377},{"$f":"E81+E82-E92","v":-85.399400086720377},-85.399400086720377,-65.399400086720377,-65.399400086720377,-65.399400086720377,-65.399400086720377,-65.399400086720377,-65.399400086720377,-65.399400086720377,-65.399400086720377]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D69*1000/D63)","v":199.21310619396533},195.14228741806045,200.70606463464196,195.77311657348648,200.3995308688082,199.53887001285864,195.85724207020692,200.38774504169734,199.53887001285864,193.03870523035835,197.30791615290838]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D89-D95","v":-293.2925062806857},-289.22168750478079,-294.78546472136236,-270.55251666020683,-275.17893095552859,-274.31827009957902,-270.63664215692728,-275.1671451284177,-274.31827009957902,-267.81810531707873,-272.08731623962876]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D93-D95","v":-284.61250628068569},-280.54168750478084,-286.10546472136235,-261.17251666020684,-265.79893095552859,-264.93827009957903,-261.25664215692728,-265.78714512841771,-264.93827009957903,-258.43810531707874,-262.70731623962877]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D96/10)+10^(D97/10))","v":-284.06056245122437},-279.98974367531952,-285.55352089190103,-260.69842314454985,-265.32483743987154,-264.46417658392204,-260.7825486412703,-265.31305161276072,-264.46417658392204,-257.96401180142175,-262.23322272397178]
[null,"Atmospheric loss (according to contribution WI71#5-4)","dB",5.7,3.2,7.4,8.3000000000000007,16,13.8,8.3000000000000007,15.8,13.8,8.3000000000000007,14.7]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3,3,3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D98+D70-D99-D100-D101","v":-238.76056245122436},-242.2897436753195,-252.05352089190103,-227.19842314454985,-239.52483743987153,-224.36417658392205,-229.08254864127031,-241.11305161276073,-229.26417658392205,-219.26401180142176,-229.93322272397177]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D102+10*LOG10(D64)","v":-215.75026249458455},-219.27944371867969,-229.04322093526122,-204.18812318791004,-216.51453748323172,-201.35387662728223,-206.07224868463049,-218.10275165612092,-206.25387662728224,-196.25371184478195,-206.92292276733195]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1,1,1,1,1,1,1,1]
[null,"Corresponding received power at the EESS in a bandwidth of 200MHz (Nadir, Conical) and 10MHz (Limb) within the EESS's FOV","dBW",{"$f":"D103+10*LOG10(D104)","v":-215.75026249458455},-219.27944371867969,-229.04322093526122,-204.18812318791004,-216.51453748323172,-201.35387662728223,-206.07224868463049,-218.10275165612092,-206.25387662728224,-196.25371184478195,-206.92292276733195]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D72-D73-D105","v":40.750262494584547},44.279443718679687,54.043220935261218,29.188123187910037,41.51453748323172,26.353876627282233,31.072248684630495,43.102751656120915,31.253876627282239,21.253711844781947,31.922922767331954]

{"sheet":"EESS 167-182GHz (aggregate)","index":5,"n_rows":119,"n_cols":14,"rows_kept":119,"cut":false,"hidden":false,"merged":[[65,3,65,5],[65,6,65,13],[3,3,3,5],[3,6,3,13]]}
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 167-182 GHz and EESS"]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 164-167 GHz",null,null,"Band of EESS: 174,8-191,8 GHz"]
[null,"Victim EESS system",null,"Sensor P1","Sensor P2 (nadir)","Sensor P2 (outer)","MHS (nadir)","MHS (outer)","MWI","MWS (nadir)","MWS (outer)","ICI","AWS (nadir)","AWS (outer)"]
[null,"Sensor type",null,"Conical scan","Nadir scan","Nadir scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",165.5,165.5,165.5,178.4,178.4,178.4,178.4,178.4,178.4,178.4,178.4]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D8/10","v":1.8114347915407854E-3},1.8114347915407854E-3,1.8114347915407854E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200,200,200,200,200,200,200]
[null,"Orbit altitude","km²",828,824,824,822,822,830,830,830,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",55.5,0,64,0,59,53.3,0,58.5,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D12","v":34.5},90,26,90,31,36.700000000000003,90,31.5,36.700000000000003,90,34.299999999999997]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D12*PI()/180)/(1+D11/6371)))*180/PI()+0.00000001","v":46.830967821220632},1E-8,52.736615269680954,1E-8,49.394790432078054,45.182994227157891,1E-8,48.969771809919081,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D11)/6371)*SIN(D14*PI()/180))*180/PI()-D14)*PI()/180)/SIN(D14*PI()/180)","v":1316.6433515587985},824.00000000000045,1563.5654760504558,822.00000000000023,1400.207928002734,1268.1174814937638,829.99999999999943,1398.3092834001552,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",54,43.9,43.9,44.8,44.8,56.9,43,43,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",113,254,2083,201,1103,61,315,1762,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-163,-163,-163,-163,-163,-163,-163,-163,-163,-163,-163]
[null,"Apportionment factor","dB",12,12,12,12,12,12,12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-2,-2,-2,-2,-2,-2,-2,-2,-2,-2,-2]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,0,0,0,0,0,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D22-D23+D29","v":10},10,10,30,30,30,30,30,30,30,30]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8,8,8,8,8,8,8,8]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D24-10*LOG(D25*1000)","v":-29.030899869919438},{"$f":"E24-10*LOG(E25*1000)","v":-29.030899869919438},-29.030899869919438,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376,-9.0308998699194376]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D26-30","v":-59.030899869919438},{"$f":"E26-30","v":-59.030899869919438},-59.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438,-39.030899869919438]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32,32,32,32,32,32,32,32]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D27-D29","v":-91.030899869919438},{"$f":"E27-E29","v":-91.030899869919438},-91.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D27+D28-D29","v":-91.030899869919438},{"$f":"E27+E28-E29","v":-91.030899869919438},-91.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438,-71.030899869919438]
[]
[null,"Reflected interference component:"]
[null,"Reduction of  e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dBi",-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6]
[null,"Additional losses for the scattered component","dB",-10,-10,-10,-10,-10,-10,-10,-10,-10,-10,-10]
[null,"Average dielectric reflection attenuation at sand slope","dB",-20,-20,-20,-20,-20,-20,-20,-20,-20,-20,-20]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D27+D28+D34+D35+D36","v":-117.63089986991943},-117.63089986991943,-117.63089986991943,-97.630899869919432,-97.630899869919432,-97.630899869919432,-97.630899869919432,-97.630899869919432,-97.630899869919432,-97.630899869919432,-97.630899869919432]
[]
[null,"Back lobe/side lobe interference component:"]
[null,"Antenna side-lobe gain >45° offset angle","dBi",4,4,4,4,4,4,4,4,4,4,4]
[null,"Back lobe/side lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D31+D40","v":-87.030899869919438},-87.030899869919438,-87.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438,-67.030899869919438]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D15*1000/D9)","v":199.21310619396533},195.14228741806045,200.70606463464196,195.77311657348648,200.3995308688082,199.53887001285864,195.85724207020692,200.38774504169734,199.53887001285864,193.03870523035835,197.30791615290838]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D37-D43","v":-316.84400606388476},-312.77318728797991,-318.33696450456137,-293.40401644340591,-298.03043073872766,-297.16976988277804,-293.48814194012635,-298.01864491161678,-297.16976988277804,-290.66960510027775,-294.93881602282784]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D41-D43","v":-286.24400606388474},-282.17318728797989,-287.7369645045614,-262.80401644340589,-267.43043073872764,-266.56976988277808,-262.88814194012639,-267.41864491161675,-266.56976988277808,-260.06960510027778,-264.33881602282781]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D44/10)+10^(D45/10))","v":-286.24022516334861},{"$f":"10*LOG10(10^(E44/10)+10^(E45/10))","v":-282.16940638744381},{"$f":"10*LOG10(10^(F44/10)+10^(F45/10))","v":-287.73318360402533},-262.80023554286981,{"$f":"10*LOG10(10^(H44/10)+10^(H45/10))","v":-267.42664983819157},-266.565988982242,-262.88436103959032,-267.41486401108068,-266.565988982242,-260.06582419974166,-264.33503512229174]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",5.7,3.2,7.4,8.3000000000000007,16,13.8,8.3000000000000007,15.8,13.8,8.3000000000000007,14.7]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3,3,3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(D13,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296},{"$f":"VLOOKUP(E13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(F13,'Indoor outdoor attenuation'!data_1,9)","v":22.924971431983643},{"$f":"VLOOKUP(G13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(H13,'Indoor outdoor attenuation'!data_1,9)","v":22.522123788591671},{"$f":"VLOOKUP(I13,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(J13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(K13,'Indoor outdoor attenuation'!data_1,9)","v":22.522123788591671},{"$f":"VLOOKUP(L13,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(M13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(N13,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296}]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D46+D16-D47-D48","v":-240.9402251633486},-244.4694063874438,-254.23318360402533,-229.30023554286981,-241.62664983819155,-226.46598898224201,-231.18436103959033,-243.21486401108069,-231.36598898224202,-221.36582419974167,-232.03503512229173]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D50+10*LOG10(D10)","v":-217.92992520670879},-221.45910643080398,-231.22288364738552,-206.28993558623,-218.61634988155174,-203.4556890256022,-208.17406108295052,-220.20456405444088,-208.3556890256022,-198.35552424310185,-209.02473516565192]
[null,"Uniform CDR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4}]
[null,"Aggregate CDR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D52*75","v":8.5526940986410723E-3},8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,{"$f":"K52*75","v":8.5526940986410723E-3},8.5526940986410723E-3,8.5526940986410723E-3,{"$f":"N52*75","v":8.5526940986410723E-3}]
[null,"Number of aggregate CDR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D53*D17,0)","v":1},3,18,2,10,1,3,16,2,1,2]
[null,"Percentage of CDRs operated indoors","%",90,90,90,90,90,90,90,90,90,90,90]
[null,"Resulting total number of outdoor interferers in EESS FOV on Earth's surface",null,{"$f":"ROUNDUP((D55/100)*D54*10^-(D49/10)+((1-D55/100)*D54),0)","v":1},1,2,1,2,1,1,2,1,1,1]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D51+10*LOG10(D56)","v":-217.92992520670879},-221.45910643080398,-228.2125836907457,-206.28993558623,-215.60604992491193,-203.4556890256022,-208.17406108295052,-217.19426409780107,-208.3556890256022,-198.35552424310185,-209.02473516565192]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D18-D19-D57","v":42.929925206708788},46.459106430803985,53.212583690745703,31.289935586230001,40.606049924911929,28.455689025602197,33.174061082950516,42.194264097801067,33.355689025602203,23.355524243101854,34.024735165651919]
[]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 167-182 GHz and EESS"]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 164-167 GHz",null,null,"Band of EESS: 174,8-191,8 GHz"]
[null,"Victim EESS system",null,"Sensor P1","Sensor P2 (nadir)","Sensor P2 (outer)","MHS (nadir)","MHS (outer)","MWI","MWS (nadir)","MWS (outer)","ICI","AWS (nadir)","AWS (outer)"]
[null,"Sensor type",null,"Conical scan","Nadir scan","Nadir scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",165.5,165.5,165.5,178.4,178.4,178.4,178.4,178.4,178.4,178.4,178.4]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D70/10","v":1.8114347915407854E-3},1.8114347915407854E-3,1.8114347915407854E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200,200,200,200,200,200,200]
[null,"Orbit altitude","km²",828,824,824,822,822,830,830,830,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",55.5,0,64,0,59,53.3,0,58.5,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D74","v":34.5},90,26,90,31,36.700000000000003,90,31.5,36.700000000000003,90,34.299999999999997]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D74*PI()/180)/(1+D73/6371)))*180/PI()+0.00000001","v":46.830967821220632},1E-8,52.736615269680954,1E-8,49.394790432078054,45.182994227157891,1E-8,48.969771809919081,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D73)/6371)*SIN(D76*PI()/180))*180/PI()-D76)*PI()/180)/SIN(D76*PI()/180)","v":1316.6433515587985},824.00000000000045,1563.5654760504558,822.00000000000023,1400.207928002734,1268.1174814937638,829.99999999999943,1398.3092834001552,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",54,43.9,43.9,44.8,44.8,56.9,43,43,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",113,254,2083,201,1103,61,315,1762,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-163,-163,-163,-163,-163,-163,-163,-163,-163,-163,-163]
[null,"Apportionment factor","dB",12,12,12,12,12,12,12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5,-5,-5,-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,0,0,0,0,0,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D84-D85+D91","v":-15},-15,-15,5,5,5,5,5,5,5,5]
[null,"Bandwidth of CDR Tx signal","GHz",15,2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5,2.5]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D86-10*LOG(D87*1000)","v":-56.760912590556813},{"$f":"E86-10*LOG(E87*1000)","v":-48.979400086720375},-48.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375,-28.979400086720375]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D88-30","v":-86.760912590556813},{"$f":"E88-30","v":-78.979400086720375},-78.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375,-58.979400086720375]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10,10,10,10,10,10,10]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D89-D91","v":-96.760912590556813},{"$f":"E89-E91","v":-88.979400086720375},-88.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D89+D90-D91","v":-96.760912590556813},{"$f":"E89+E90-E91","v":-88.979400086720375},-88.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375,-68.979400086720375]
[]
[null,"Back lobe interference component:"]
[null,"Max. gain of the CDR antenna backlobe","dBi",-5.0999999999999996,-5.0999999999999996,-5.0999999999999996,-5.8,-5.8,-5.8,-5.8,-5.8,-5.8,-5.8,-5.8]
[null,"Back lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D93+D96","v":-101.86091259055681},-94.079400086720369,-94.079400086720369,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372,-74.779400086720372]
[]
[null,"Scattered/reflected interference component:"]
[null,"Additional losses for the scattered component","dB",-10,-10,-10,-10,-10,-10,-10,-10,-10,-10,-10]
[null,"Average dielectric reflection attenuation at sand slope","dB",-20,-20,-20,-20,-20,-20,-20,-20,-20,-20,-20]
[null,"Scattered/reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D89+D90+D100+D101","v":-116.76091259055681},-108.97940008672037,-108.97940008672037,-88.979400086720375,-88.979400086720375,-88.979400086720375,-88.979400086720375,-88.979400086720375,-88.979400086720375,-88.979400086720375,-88.979400086720375]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D77*1000/D71)","v":199.21310619396533},195.14228741806045,200.70606463464196,195.77311657348648,200.3995308688082,199.53887001285864,195.85724207020692,200.38774504169734,199.53887001285864,193.03870523035835,197.30791615290838]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D97-D104","v":-301.07401878452214},-289.22168750478079,-294.78546472136236,-270.55251666020683,-275.17893095552859,-274.31827009957902,-270.63664215692728,-275.1671451284177,-274.31827009957902,-267.81810531707873,-272.08731623962876]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D102-D104","v":-315.97401878452217},-304.12168750478082,-309.68546472136234,-284.75251666020688,-289.37893095552857,-288.51827009957901,-284.83664215692727,-289.36714512841775,-288.51827009957901,-282.01810531707872,-286.28731623962875]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D105/10)+10^(D106/10))","v":-300.93570976345029},-289.08337848370894,-294.64715570029057,-270.39046388324573,-275.01687817856754,-274.15621732261798,-270.47458937996618,-275.00509235145665,-274.15621732261798,-267.65605254011763,-271.92526346266771]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",5.7,3.2,7.4,8.3000000000000007,16,13.8,8.3000000000000007,15.8,13.8,8.3000000000000007,14.7]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3,3,3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(D75,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296},{"$f":"VLOOKUP(E75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(F75,'Indoor outdoor attenuation'!data_1,9)","v":22.924971431983643},{"$f":"VLOOKUP(G75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(H75,'Indoor outdoor attenuation'!data_1,9)","v":22.522123788591671},{"$f":"VLOOKUP(I75,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(J75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(K75,'Indoor outdoor attenuation'!data_1,9)","v":22.522123788591671},{"$f":"VLOOKUP(L75,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(M75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(N75,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296}]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D107+D78-D108-D109","v":-255.63570976345028},-251.38337848370892,-261.14715570029057,-236.89046388324573,-249.21687817856753,-234.05621732261798,-238.77458937996619,-250.80509235145666,-238.95621732261799,-228.95605254011764,-239.6252634626677]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D111+10*LOG10(D72)","v":-232.62540980681047},-228.37307852706911,-238.13685574365076,-213.88016392660592,-226.20657822192771,-211.04591736597817,-215.76428942332637,-227.79479239481685,-215.94591736597818,-205.94575258347783,-216.61496350602789]
[null,"Uniform CDR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4},{"$f":"'Market Size'!H20","v":1.1403592131521429E-4}]
[null,"Aggregate CDR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D113*75","v":8.5526940986410723E-3},{"$f":"E113*75","v":8.5526940986410723E-3},8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,8.5526940986410723E-3,{"$f":"N113*75","v":8.5526940986410723E-3}]
[null,"Number of aggregate CDR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D114*D79,0)","v":1},3,18,2,10,1,3,16,2,1,2]
[null,"Percentage of CDRs operated indoors","%",90,90,90,90,90,90,90,90,90,90,90]
[null,"Resulting total number of outdoor interferers in EESS FOV on Earth's surface",null,{"$f":"ROUNDUP((D116/100)*D115*10^-(D110/10)+((1-D116/100)*D115),0)","v":1},1,2,1,2,1,1,2,1,1,1]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D112+10*LOG10(D117)","v":-232.62540980681047},-228.37307852706911,-235.12655578701094,-213.88016392660592,-223.1962782652879,-211.04591736597817,-215.76428942332637,-224.78449243817704,-215.94591736597818,-205.94575258347783,-216.61496350602789]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D80-D81-D118","v":57.625409806810467},53.373078527069111,60.126555787010943,38.880163926605917,48.196278265287901,36.04591736597817,40.764289423326375,49.78449243817704,40.945917365978175,30.945752583477827,41.614963506027891]

{"sheet":"EESS 231,5-250GHz (single)","index":6,"n_rows":106,"n_cols":8,"rows_kept":106,"cut":false,"hidden":false,"merged":[[2,3,2,4],[2,5,2,7],[57,3,57,4],[57,5,57,7]]}
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 231,5-250 GHz and EESS"]
[]
[null,null,null,"Band of EESS: 226-231,5 GHz",null,"Band of EESS: 239-248 GHz"]
[null,"Single-entry study",null,"AWS (Nadir)","AWS (outer)","ICI","AWS (Nadir)","AWS (outer)"]
[null,"Sensor type",null,"Nadir scan","Nadir scan","Conical Scan","Nadir Scan","Nadir Scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",228.75,228.75,243.5,243.5,243.5]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D7/10","v":1.3105681224043716E-3},{"$f":"2.99792458/E7/10","v":1.3105681224043716E-3},{"$f":"2.99792458/F7/10","v":1.2311805256673511E-3},{"$f":"2.99792458/G7/10","v":1.2311805256673511E-3},{"$f":"2.99792458/H7/10","v":1.2311805256673511E-3}]
[null,"Reference bandwidth","MHz",200,200,200,200,200]
[null,"Orbit altitude","km²",600,600,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",0,55.7,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D11","v":90},{"$f":"90-E11","v":34.299999999999997},{"$f":"90-F11","v":36.700000000000003},{"$f":"90-G11","v":90},{"$f":"90-H11","v":34.299999999999997}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D11*PI()/180)/(1+D10/6371)))*180/PI()+0.00000001","v":1E-8},49.024959080746484,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D10)/6371)*SIN(D13*PI()/180))*180/PI()-D13)*PI()/180)/SIN(D13*PI()/180)","v":600.00000000000011},980.87077854286042,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",50,50,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",28,141,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-160,-160,-160,-160,-160]
[null,"Apportionment factor","dB",12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",1,1,1,1,1]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D21-D22+D28","v":13},13,33,33,33]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8,8]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D23-10*LOG(D24*1000)","v":-26.030899869919438},{"$f":"E23-10*LOG(E24*1000)","v":-26.030899869919438},-6.0308998699194376,-6.0308998699194376,-6.0308998699194376]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D25-30","v":-56.030899869919438},{"$f":"E25-30","v":-56.030899869919438},-36.030899869919438,-36.030899869919438,-36.030899869919438]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32,32]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D26-D28","v":-88.030899869919438},{"$f":"E26-E28","v":-88.030899869919438},-68.030899869919438,-68.030899869919438,-68.030899869919438]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D26+D27-D28","v":-88.030899869919438},{"$f":"E26+E27-E28","v":-88.030899869919438},-68.030899869919438,-68.030899869919438,-68.030899869919438]
[]
[null,"Reflected interference component:"]
[null,"Reduction of  e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dB",-28.6,-28.6,-28.6,-28.6,-28.6]
[null,"Reflection loss on wet sand surface (with εr=8 for f>100GHz)","dB",6.42,6.42,6.42,6.42,6.42]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D26+D33-D34+D27","v":-91.050899869919434},{"$f":"E26+E33-E34+E27","v":-91.050899869919434},{"$f":"F26+F33-F34+F27","v":-71.050899869919434},{"$f":"G26+G33-G34+G27","v":-71.050899869919434},{"$f":"H26+H33-H34+H27","v":-71.050899869919434}]
[]
[null,"Back lobe/side lobe interference component:"]
[null,"Antenna side-lobe gain >45° offset angle","dBi",4,4,4,4,4]
[null,"Back lobe/side lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D30+D38","v":-84.030899869919438},-84.030899869919438,-64.030899869919438,-64.030899869919438,-64.030899869919438]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D14*1000/D8)","v":195.19803028432597},{"$f":"20*LOG10(4*PI()*E14*1000/E8)","v":199.467241206876},{"$f":"20*LOG10(4*PI()*F14*1000/F8)","v":202.24095232306962},{"$f":"20*LOG10(4*PI()*G14*1000/G8)","v":195.7407875405693},{"$f":"20*LOG10(4*PI()*H14*1000/H8)","v":200.00999846311936}]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D35-D41","v":-286.24893015424539},-290.51814107679542,-273.29185219298904,-266.79168741048875,-271.06089833303878]
[null,"Back lobe/side lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D39-D41","v":-279.2289301542454},-283.49814107679543,-266.27185219298906,-259.77168741048877,-264.0408983330388]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D42/10)+10^(D43/10))","v":-278.44215302891604},{"$f":"10*LOG10(10^(E42/10)+10^(E43/10))","v":-282.71136395146601},{"$f":"10*LOG10(10^(F42/10)+10^(F43/10))","v":-265.48507506765964},{"$f":"10*LOG10(10^(G42/10)+10^(G43/10))","v":-258.98491028515934},{"$f":"10*LOG10(10^(H42/10)+10^(H43/10))","v":-263.25412120770937}]
[null,"Atmospheric loss (according to contribution SE24(20)WI71#9-3)","dB",4.8,8.5,8.8000000000000007,5.3,9.3000000000000007]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",0,0,0,0,0]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D44+D15-D45-D46-D47","v":-236.24215302891605},{"$f":"E44+E15-E45-E46-E47","v":-244.21136395146601},{"$f":"F44+F15-F45-F46-F47","v":-225.28507506765965},{"$f":"G44+G15-G45-G46-G47","v":-217.28491028515936},{"$f":"H44+H15-H45-H46-H47","v":-225.55412120770939}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D48+10*LOG10(D9)","v":-213.23185307227624},{"$f":"E48+10*LOG10(E9)","v":-221.2010639948262},{"$f":"F48+10*LOG10(F9)","v":-202.27477511101984},{"$f":"G48+10*LOG10(G9)","v":-194.27461032851954},{"$f":"H48+10*LOG10(H9)","v":-202.54382125106957}]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1,1]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D49+10*LOG10(D50)","v":-213.23185307227624},-221.2010639948262,-202.27477511101984,-194.27461032851954,-202.54382125106957]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D17-D18-D51","v":41.231853072276238},49.2010639948262,30.274775111019835,22.274610328519543,30.543821251069573]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 231,5-250 GHz and EESS"]
[]
[null,null,null,"Band of EESS: 226-231,5 GHz",null,"Band of EESS: 239-248 GHz"]
[null,"Single-entry study",null,"AWS (Nadir)","AWS (outer)","ICI","AWS (Nadir)","AWS (outer)"]
[null,"Sensor type",null,"Nadir scan","Nadir scan","Conical Scan","Nadir Scan","Nadir Scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",228.75,228.75,243.5,243.5,243.5]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D62/10","v":1.3105681224043716E-3},{"$f":"2.99792458/E62/10","v":1.3105681224043716E-3},{"$f":"2.99792458/F62/10","v":1.2311805256673511E-3},{"$f":"2.99792458/G62/10","v":1.2311805256673511E-3},{"$f":"2.99792458/H62/10","v":1.2311805256673511E-3}]
[null,"Reference bandwidth","MHz",200,200,200,200,200]
[null,"Orbit altitude","km²",600,600,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",0,55.7,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D66","v":90},{"$f":"90-E66","v":34.299999999999997},{"$f":"90-F66","v":36.700000000000003},{"$f":"90-G66","v":90},{"$f":"90-H66","v":34.299999999999997}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D66*PI()/180)/(1+D65/6371)))*180/PI()+0.00000001","v":1E-8},49.024959080746484,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D65)/6371)*SIN(D68*PI()/180))*180/PI()-D68)*PI()/180)/SIN(D68*PI()/180)","v":600.00000000000011},980.87077854286042,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",50,50,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",28,141,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-160,-160,-160,-160,-160]
[null,"Apportionment factor","dB",12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D76-D77+D83","v":-15},-15,5,5,5]
[null,"Bandwidth of CDR Tx signal","GHz",0.63,0.63,0.63,0.63,0.63]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D78-10*LOG(D79*1000)","v":-42.993405494535821},{"$f":"E78-10*LOG(E79*1000)","v":-42.993405494535821},-22.993405494535818,-22.993405494535818,-22.993405494535818]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D80-30","v":-72.993405494535821},{"$f":"E80-30","v":-72.993405494535821},-52.993405494535821,-52.993405494535821,-52.993405494535821]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D81-D83","v":-82.993405494535821},{"$f":"E81-E83","v":-82.993405494535821},-62.993405494535821,-62.993405494535821,-62.993405494535821]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D81+D82-D83","v":-82.993405494535821},{"$f":"E81+E82-E83","v":-82.993405494535821},-62.993405494535821,-62.993405494535821,-62.993405494535821]
[]
[null,"Back lobe interference component:"]
[null,"Max. gain of the CDR antenna backlobe","dBi",-3.7,-3.7,-3.9,-3.9,-3.9]
[null,"Back lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D85+D88","v":-86.693405494535824},-86.693405494535824,{"$f":"F85+F88","v":-66.893405494535827},-66.893405494535827,-66.893405494535827]
[]
[null,"Reflected interference component:"]
[null,"Reflection loss on wet sand surface (with εr=8 for f>100GHz)","dB",6.42,6.42,6.42,6.42,6.42]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D81+D82-D92","v":-79.413405494535823},{"$f":"E81+E82-E92","v":-79.413405494535823},{"$f":"F81+F82-F92","v":-59.413405494535823},{"$f":"G81+G82-G92","v":-59.413405494535823},{"$f":"H81+H82-H92","v":-59.413405494535823}]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D69*1000/D63)","v":195.19803028432597},199.467241206876,{"$f":"20*LOG10(4*PI()*F69*1000/F63)","v":202.24095232306962},195.7407875405693,200.00999846311936]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D89-D95","v":-281.89143577886182},-286.16064670141179,{"$f":"F89-F95","v":-269.13435781760546},-262.63419303510511,-266.9034039576552]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D93-D95","v":-274.61143577886179},-278.88064670141182,{"$f":"F93-F95","v":-261.65435781760544},-255.15419303510512,-259.42340395765518]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D96/10)+10^(D97/10))","v":-273.8666790178882},-278.13588994043823,{"$f":"10*LOG10(10^(F96/10)+10^(F97/10))","v":-260.94051379051314},-254.44034900801282,-258.70955993056288]
[null,"Atmospheric loss (according to contribution SE24(20)WI71#9-3)","dB",4.8,8.5,8.8000000000000007,5.3,9.3000000000000007]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",0,0,0,0,0]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D98+D70-D99-D100-D101","v":-231.66667901788821},{"$f":"E98+E70-E99-E100-E101","v":-239.63588994043823},{"$f":"F98+F70-F99-F100-F101","v":-220.74051379051315},{"$f":"G98+G70-G99-G100-G101","v":-212.74034900801283},{"$f":"H98+H70-H99-H100-H101","v":-221.00955993056289}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D102+10*LOG10(D64)","v":-208.6563790612484},-216.62558998379842,{"$f":"F102+10*LOG10(F64)","v":-197.73021383387334},-189.73004905137302,-197.99925997392307]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1,1]
[null,"Corresponding received power at the EESS in a bandwidth of 200MHz (Nadir, Conical) and 10MHz (Limb) within the EESS's FOV","dBW",{"$f":"D103+10*LOG10(D104)","v":-208.6563790612484},-216.62558998379842,-197.73021383387334,-189.73004905137302,-197.99925997392307]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D72-D73-D105","v":36.656379061248401},44.62558998379842,25.730213833873336,17.730049051373015,25.999259973923074]

{"sheet":"EESS 231,5-250GHz (aggregate)","index":7,"n_rows":119,"n_cols":16384,"rows_kept":119,"cut":false,"hidden":false,"merged":[[65,3,65,4],[65,5,65,7],[3,3,3,4],[3,5,3,7]]}
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 231,5-250 GHz and EESS"]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 226-231,5 GHz",null,"Band of EESS: 239-248 GHz"]
[null,"Victim EESS system",null,"AWS (Nadir)","AWS (outer)","ICI","AWS (Nadir)","AWS (outer)"]
[null,"Sensor type",null,"Nadir scan","Nadir scan","Conical Scan","Nadir Scan","Nadir Scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",228.75,228.75,243.5,243.5,243.5]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D8/10","v":1.3105681224043716E-3},{"$f":"2.99792458/E8/10","v":1.3105681224043716E-3},{"$f":"2.99792458/F8/10","v":1.2311805256673511E-3},{"$f":"2.99792458/G8/10","v":1.2311805256673511E-3},{"$f":"2.99792458/H8/10","v":1.2311805256673511E-3}]
[null,"Reference bandwidth","MHz",200,200,200,200,200]
[null,"Orbit altitude","km²",600,600,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",0,55.7,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D12","v":90},{"$f":"90-E12","v":34.299999999999997},{"$f":"90-F12","v":36.700000000000003},{"$f":"90-G12","v":90},{"$f":"90-H12","v":34.299999999999997}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D12*PI()/180)/(1+D11/6371)))*180/PI()+0.00000001","v":1E-8},49.024959080746484,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D11)/6371)*SIN(D14*PI()/180))*180/PI()-D14)*PI()/180)/SIN(D14*PI()/180)","v":600.00000000000011},980.87077854286042,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",50,50,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",28,141,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-160,-160,-160,-160,-160]
[null,"Apportionment factor","dB",12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",1,1,1,1,1]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D22-D23+D29","v":13},13,33,33,33]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8,8]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D24-10*LOG(D25*1000)","v":-26.030899869919438},{"$f":"E24-10*LOG(E25*1000)","v":-26.030899869919438},-6.0308998699194376,-6.0308998699194376,-6.0308998699194376]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D26-30","v":-56.030899869919438},{"$f":"E26-30","v":-56.030899869919438},-36.030899869919438,-36.030899869919438,-36.030899869919438]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32,32]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D27-D29","v":-88.030899869919438},{"$f":"E27-E29","v":-88.030899869919438},-68.030899869919438,-68.030899869919438,-68.030899869919438]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D27+D28-D29","v":-88.030899869919438},{"$f":"E27+E28-E29","v":-88.030899869919438},-68.030899869919438,-68.030899869919438,-68.030899869919438]
[]
[null,"Reflected interference component:"]
[null,"Reduction of  e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dBi",-28.6,-28.6,-28.6,-28.6,-28.6]
[null,"Additional losses for the scattered component","dB",-10,-10,-10,-10,-10]
[null,"Average dielectric reflection attenuation at sand slope","dB",-20,-20,-20,-20,-20]
[null,"Reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D27+D28+D34+D35+D36","v":-114.63089986991943},{"$f":"E27+E28+E34+E35+E36","v":-114.63089986991943},{"$f":"F27+F28+F34+F35+F36","v":-94.630899869919432},{"$f":"G27+G28+G34+G35+G36","v":-94.630899869919432},{"$f":"H27+H28+H34+H35+H36","v":-94.630899869919432}]
[]
[null,"Back lobe/side lobe interference component:"]
[null,"Antenna side-lobe gain >45° offset angle","dBi",4,4,4,4,4]
[null,"Back lobe/side lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D31+D40","v":-84.030899869919438},{"$f":"E31+E40","v":-84.030899869919438},{"$f":"F31+F40","v":-64.030899869919438},{"$f":"G31+G40","v":-64.030899869919438},{"$f":"H31+H40","v":-64.030899869919438}]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D15*1000/D9)","v":195.19803028432597},{"$f":"20*LOG10(4*PI()*E15*1000/E9)","v":199.467241206876},{"$f":"20*LOG10(4*PI()*F15*1000/F9)","v":202.24095232306962},{"$f":"20*LOG10(4*PI()*G15*1000/G9)","v":195.7407875405693},{"$f":"20*LOG10(4*PI()*H15*1000/H9)","v":200.00999846311936}]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D37-D43","v":-309.82893015424543},{"$f":"E37-E43","v":-314.0981410767954},{"$f":"F37-F43","v":-296.87185219298908},{"$f":"G37-G43","v":-290.37168741048873},{"$f":"H37-H43","v":-294.64089833303876}]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D41-D43","v":-279.2289301542454},{"$f":"E41-E43","v":-283.49814107679543},{"$f":"F41-F43","v":-266.27185219298906},{"$f":"G41-G43","v":-259.77168741048877},{"$f":"H41-H43","v":-264.0408983330388}]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D44/10)+10^(D45/10))","v":-279.22514925370939},{"$f":"10*LOG10(10^(E44/10)+10^(E45/10))","v":-283.49436017625931},{"$f":"10*LOG10(10^(F44/10)+10^(F45/10))","v":-266.26807129245299},{"$f":"10*LOG10(10^(G44/10)+10^(G45/10))","v":-259.7679065099527},{"$f":"10*LOG10(10^(H44/10)+10^(H45/10))","v":-264.03711743250267}]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",4.8,8.5,8.8000000000000007,5.3,9.3000000000000007]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(D13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(E13,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296},{"$f":"VLOOKUP(F13,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(G13,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(H13,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296}]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D46+D16-D47-D48","v":-237.0251492537094},{"$f":"E46+E16-E47-E48","v":-244.99436017625931},{"$f":"F46+F16-F47-F48","v":-226.068071292453},{"$f":"G46+G16-G47-G48","v":-218.06790650995271},{"$f":"H46+H16-H47-H48","v":-226.33711743250268}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D50+10*LOG10(D10)","v":-214.01484929706959},{"$f":"E50+10*LOG10(E10)","v":-221.98406021961949},{"$f":"F50+10*LOG10(F10)","v":-203.05777133581319},{"$f":"G50+10*LOG10(G10)","v":-195.05760655331289},{"$f":"H50+10*LOG10(H10)","v":-203.32681747586287}]
[null,"Uniform CDR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5}]
[null,"Aggregate CDR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D52*75","v":5.701796065760714E-3},{"$f":"E52*75","v":5.701796065760714E-3},{"$f":"F52*75","v":5.701796065760714E-3},{"$f":"G52*75","v":5.701796065760714E-3},{"$f":"H52*75","v":5.701796065760714E-3}]
[null,"Number of aggregate CDR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D53*D17,0)","v":1},{"$f":"ROUNDUP(E53*E17,0)","v":1},{"$f":"ROUNDUP(F53*F17,0)","v":1},{"$f":"ROUNDUP(G53*G17,0)","v":1},{"$f":"ROUNDUP(H53*H17,0)","v":1}]
[null,"Percentage of CDRs operated indoors","%",90,90,90,90,90]
[null,"Resulting total number of outdoor interferers in EESS FOV on Earth's surface",null,{"$f":"ROUNDUP((D55/100)*D54*10^-(D49/10)+((1-D55/100)*D54),0)","v":1},{"$f":"ROUNDUP((E55/100)*E54*10^-(E49/10)+((1-E55/100)*E54),0)","v":1},{"$f":"ROUNDUP((F55/100)*F54*10^-(F49/10)+((1-F55/100)*F54),0)","v":1},{"$f":"ROUNDUP((G55/100)*G54*10^-(G49/10)+((1-G55/100)*G54),0)","v":1},{"$f":"ROUNDUP((H55/100)*H54*10^-(H49/10)+((1-H55/100)*H54),0)","v":1}]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D51+10*LOG10(D56)","v":-214.01484929706959},{"$f":"E51+10*LOG10(E56)","v":-221.98406021961949},{"$f":"F51+10*LOG10(F56)","v":-203.05777133581319},{"$f":"G51+10*LOG10(G56)","v":-195.05760655331289},{"$f":"H51+10*LOG10(H56)","v":-203.32681747586287}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D18-D19-D57","v":42.014849297069588},{"$f":"E18-E19-E57","v":49.984060219619494},{"$f":"F18-F19-F57","v":31.057771335813186},{"$f":"G18-G19-G57","v":23.057606553312894},{"$f":"H18-H19-H57","v":31.326817475862867}]
[]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 231,5-250 GHz and EESS"]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 226-231,5 GHz",null,"Band of EESS: 239-248 GHz"]
[null,"Victim EESS system",null,"AWS (Nadir)","AWS (outer)","ICI","AWS (Nadir)","AWS (outer)"]
[null,"Sensor type",null,"Nadir scan","Nadir scan","Conical Scan","Nadir Scan","Nadir Scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",228.75,228.75,243.5,243.5,243.5]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D70/10","v":1.3105681224043716E-3},{"$f":"2.99792458/E70/10","v":1.3105681224043716E-3},{"$f":"2.99792458/F70/10","v":1.2311805256673511E-3},{"$f":"2.99792458/G70/10","v":1.2311805256673511E-3},{"$f":"2.99792458/H70/10","v":1.2311805256673511E-3}]
[null,"Reference bandwidth","MHz",200,200,200,200,200]
[null,"Orbit altitude","km²",600,600,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",0,55.7,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D74","v":90},{"$f":"90-E74","v":34.299999999999997},{"$f":"90-F74","v":36.700000000000003},{"$f":"90-G74","v":90},{"$f":"90-H74","v":34.299999999999997}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D74*PI()/180)/(1+D73/6371)))*180/PI()+0.00000001","v":1E-8},49.024959080746484,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D73)/6371)*SIN(D76*PI()/180))*180/PI()-D76)*PI()/180)/SIN(D76*PI()/180)","v":600.00000000000011},980.87077854286042,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",50,50,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",28,141,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-160,-160,-160,-160,-160]
[null,"Apportionment factor","dB",12,12,12,12,12]
[]
[null,"CDR system:"]
[null,"Conducted Tx  power of CDR","dBm",-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,0,0,0]
[null,"Tx  e.i.r.p. of CDR","dBm",{"$f":"D84-D85+D91","v":-15},-15,5,5,5]
[null,"Bandwidth of CDR Tx signal","GHz",0.63,0.63,0.63,0.63,0.63]
[null,"Tx  e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D86-10*LOG(D87*1000)","v":-42.993405494535821},{"$f":"E86-10*LOG(E87*1000)","v":-42.993405494535821},-22.993405494535818,-22.993405494535818,-22.993405494535818]
[null,"Tx  e.i.r.p. spectral density of CDR","dBW/MHz",{"$f":"D88-30","v":-72.993405494535821},{"$f":"E88-30","v":-72.993405494535821},-52.993405494535821,-52.993405494535821,-52.993405494535821]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10]
[null,"Tx  power spectral density of CDR without mitigation","dBW/MHz",{"$f":"D89-D91","v":-82.993405494535821},{"$f":"E89-E91","v":-82.993405494535821},-62.993405494535821,-62.993405494535821,-62.993405494535821]
[null,"Tx  power spectral density of CDR with mitigation","dBW/MHz",{"$f":"D89+D90-D91","v":-82.993405494535821},{"$f":"E89+E90-E91","v":-82.993405494535821},-62.993405494535821,-62.993405494535821,-62.993405494535821]
[]
[null,"Back lobe interference component:"]
[null,"Max. gain of the CDR antenna backlobe","dBi",-3.7,-3.7,-3.9,-3.9,-3.9]
[null,"Back lobe e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D93+D96","v":-86.693405494535824},-86.693405494535824,-66.893405494535827,-66.893405494535827,-66.893405494535827]
[]
[null,"Scattered/reflected interference component:"]
[null,"Additional losses for the scattered component","dB",-10,-10,-10,-10,-10]
[null,"Average dielectric reflection attenuation at sand slope","dB",-20,-20,-20,-20,-20]
[null,"Scattered/reflected e.i.r.p. spectral density component sent to the EESS","dBW/MHz",{"$f":"D89+D90+D100+D101","v":-102.99340549453582},{"$f":"E89+E90+E100+E101","v":-102.99340549453582},{"$f":"F89+F90+F100+F101","v":-82.993405494535821},{"$f":"G89+G90+G100+G101","v":-82.993405494535821},{"$f":"H89+H90+H100+H101","v":-82.993405494535821}]
[]
[null,"Free space loss between CDR and EESS","dB",{"$f":"20*LOG10(4*PI()*D77*1000/D71)","v":195.19803028432597},{"$f":"20*LOG10(4*PI()*E77*1000/E71)","v":199.467241206876},{"$f":"20*LOG10(4*PI()*F77*1000/F71)","v":202.24095232306962},{"$f":"20*LOG10(4*PI()*G77*1000/G71)","v":195.7407875405693},{"$f":"20*LOG10(4*PI()*H77*1000/H71)","v":200.00999846311936}]
[null,"Back lobe e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D97-D104","v":-281.89143577886182},{"$f":"E97-E104","v":-286.16064670141179},{"$f":"F97-F104","v":-269.13435781760546},{"$f":"G97-G104","v":-262.63419303510511},{"$f":"H97-H104","v":-266.9034039576552}]
[null,"Reflected e.i.r.p. spectral density component at the EESS antenna","dBW/MHz",{"$f":"D102-D104","v":-298.19143577886177},{"$f":"E102-E104","v":-302.4606467014118},{"$f":"F102-F104","v":-285.23435781760543},{"$f":"G102-G104","v":-278.73419303510514},{"$f":"H102-H104","v":-283.00340395765517}]
[null,"Total e.i.r.p. spectral density at the EESS antenna (without consideration of atmospheric loss)","dBW/MHz",{"$f":"10*LOG10(10^(D105/10)+10^(D106/10))","v":-281.79080220035939},-286.06001312290942,{"$f":"10*LOG10(10^(F105/10)+10^(F106/10))","v":-269.02903857977941},-262.52887379727906,-266.79808471982915]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",4.8,8.5,8.8000000000000007,5.3,9.3000000000000007]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3]
[null,"Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(D75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(E75,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296},{"$f":"VLOOKUP(F75,'Indoor outdoor attenuation'!data_1,9)","v":22.316233894617302},{"$f":"VLOOKUP(G75,'Indoor outdoor attenuation'!data_1,9)","v":26.615627756397593},{"$f":"VLOOKUP(H75,'Indoor outdoor attenuation'!data_1,9)","v":22.416233894617296}]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D107+D78-D108-D109","v":-239.59080220035941},{"$f":"E107+E78-E108-E109","v":-247.56001312290942},{"$f":"F107+F78-F108-F109","v":-228.82903857977942},{"$f":"G107+G78-G108-G109","v":-220.82887379727907},{"$f":"H107+H78-H108-H109","v":-229.09808471982916}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single CDR","dBW",{"$f":"D111+10*LOG10(D72)","v":-216.58050224371959},{"$f":"E111+10*LOG10(E72)","v":-224.54971316626961},{"$f":"F111+10*LOG10(F72)","v":-205.81873862313961},{"$f":"G111+10*LOG10(G72)","v":-197.81857384063926},{"$f":"H111+10*LOG10(H72)","v":-206.08778476318935}]
[null,"Uniform CDR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5},{"$f":"'Market Size'!H21","v":7.6023947543476191E-5}]
[null,"Aggregate CDR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D113*75","v":5.701796065760714E-3},{"$f":"E113*75","v":5.701796065760714E-3},{"$f":"F113*75","v":5.701796065760714E-3},{"$f":"G113*75","v":5.701796065760714E-3},{"$f":"H113*75","v":5.701796065760714E-3}]
[null,"Number of aggregate CDR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D114*D79,0)","v":1},{"$f":"ROUNDUP(E114*E79,0)","v":1},{"$f":"ROUNDUP(F114*F79,0)","v":1},{"$f":"ROUNDUP(G114*G79,0)","v":1},{"$f":"ROUNDUP(H114*H79,0)","v":1}]
[null,"Percentage of CDRs operated indoors","%",90,90,90,90,90]
[null,"Resulting total number of outdoor interferers in EESS FOV on Earth's surface",null,{"$f":"ROUNDUP((D116/100)*D115*10^-(D110/10)+((1-D116/100)*D115),0)","v":1},{"$f":"ROUNDUP((E116/100)*E115*10^-(E110/10)+((1-E116/100)*E115),0)","v":1},{"$f":"ROUNDUP((F116/100)*F115*10^-(F110/10)+((1-F116/100)*F115),0)","v":1},{"$f":"ROUNDUP((G116/100)*G115*10^-(G110/10)+((1-G116/100)*G115),0)","v":1},{"$f":"ROUNDUP((H116/100)*H115*10^-(H110/10)+((1-H116/100)*H115),0)","v":1}]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's 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[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D80-D81-D118","v":44.580502243719593},{"$f":"E80-E81-E118","v":52.549713166269612},{"$f":"F80-F81-F118","v":33.818738623139609},{"$f":"G80-G81-G118","v":25.81857384063926},{"$f":"H80-H81-H118","v":34.087784763189347}]

{"sheet":"RAS 116-148,5GHz","index":8,"n_rows":100,"n_cols":7,"rows_kept":100,"cut":false,"hidden":false,"merged":[[4,3,4,4],[4,5,4,6],[54,3,54,4],[54,5,54,6]]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 116 to 148,5 GHz and RAS systems"]
[]
[null,"Victim RAS system",null,"Band of RAS system: 76-116 GHz",null,"Band of RAS system: 123-158,5 GHz"]
[null,"Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
[null,"RAS system:","Units"]
[null,"Assumed centre frequency of RAS system","GHz",96,96,135.75,135.75]
[null,"Wavelength of RAS system","m",{"$f":"2.99792458/D8/10","v":3.1228381041666668E-3},3.1228381041666668E-3,2.2084158968692447E-3,2.2084158968692447E-3]
[null,"Bandwidth (ITU-R RA.769-2)","MHz",8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2)","dBi",0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2)","dBW",-184.5,-209,-189.5,-209]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D13+30","v":-154.5},{"$f":"E13+30","v":-179},-159.5,-179]
[]
[null,"M-CDR/PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,0,0]
[null,"Tx power e.i.r.p. of CDR","dBm",{"$f":"D17-D18+D25","v":7},{"$f":"E17-E18+E25","v":7},{"$f":"F17-F18+F25","v":27},{"$f":"G17-G18+G25","v":27}]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D19-10*LOG(D20*1000)","v":-32.030899869919438},-32.030899869919438,-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D19+D21-10*LOG(D20*1000)","v":-32.030899869919438},-32.030899869919438,-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation ","dBm",{"$f":"D19+D21","v":7},{"$f":"E19+E21","v":7},{"$f":"F19+F21","v":27},{"$f":"G19+G21","v":27}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial mitigation (See Report clause 2.2.6.6)","dB",-28.6,-28.6,-28.6,-28.6]
[null,"Direct e.i.r.p. component sent to RAS","dBm",{"$f":"D24+D28","v":-21.6},{"$f":"E24+E28","v":-21.6},{"$f":"F24+F28","v":-1.6000000000000014},{"$f":"G24+G28","v":-1.6000000000000014}]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",0,0,0,0]
[null,"Side-lobe e.i.r.p. component sent to the RAS","dBm",{"$f":"D24-D25+D32","v":-25},{"$f":"E24-E25+E32","v":-25},{"$f":"F24-F25+F32","v":-5},{"$f":"G24-G25+G32","v":-5}]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",-28,-28,-28,-28]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",18,18,18,18]
[null,"Reflected e.i.r.p. component sent to the RAS","dBm",{"$f":"D24+D36-D37","v":-39},{"$f":"E24+E36-E37","v":-39},{"$f":"F24+F36-F37","v":-19},{"$f":"G24+G36-G37","v":-19}]
[]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"10*LOG10(10^(D29/10)+10^(D33/10)+10^(D38/10))","v":-19.911240149183488},{"$f":"10*LOG10(10^(E29/10)+10^(E33/10)+10^(E38/10))","v":-19.911240149183488},{"$f":"10*LOG10(10^(F29/10)+10^(F33/10)+10^(F38/10))","v":8.8759850816512637E-2},{"$f":"10*LOG10(10^(G29/10)+10^(G33/10)+10^(G38/10))","v":8.8759850816512637E-2}]
[null,"BWCF","dB",{"$f":"IF(D20*1000<=D10, 0, 10*LOG10(D10/D20/1000))","v":0},{"$f":"IF(E20*1000<=E10, 0, 10*LOG10(E10/E20/1000))","v":-39.030899869919438},{"$f":"IF(F20*1000<=F10, 0, 10*LOG10(F10/F20/1000))","v":0},{"$f":"IF(G20*1000<=G10, 0, 10*LOG10(G10/G20/1000))","v":-39.030899869919438}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D40-(D14-D11+D12)+D41","v":134.5887598508165},{"$f":"E40-(E14-E11+E12)+E41","v":120.05785998089706},{"$f":"F40-(F14-F11+F12)+F41","v":159.5887598508165},{"$f":"G40-(G14-G11+G12)+G41","v":140.05785998089706}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D45-32.44-20*LOG10(D8*1000))/20)","v":1.3340335732972284},{"$f":"10^((E45-32.44-20*LOG10(E8*1000))/20)","v":0.25039275926507404},{"$f":"10^((F45-32.44-20*LOG10(F8*1000))/20)","v":16.776376119832818},{"$f":"10^((G45-32.44-20*LOG10(G8*1000))/20)","v":1.7707333251894721}]
[null,"Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.06,0.06,0.1,0.1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.3218001299679363,0.24993807355311462,14.239537430119102,1.7355815454489816]
[null,"Balance check (should be close to zero)","dB",{"$f":"D45-20*LOG10(D48)-D48*D47-32.44-20*LOG10(D8*1000)","v":7.1137748595617722E-4},{"$f":"E45-20*LOG10(E48)-E48*E47-32.44-20*LOG10(E8*1000)","v":7.9067390414877536E-4},{"$f":"F45-20*LOG10(F48)-F48*F47-32.44-20*LOG10(F8*1000)","v":9.1712201765403734E-5},{"$f":"G45-20*LOG10(G48)-G48*G47-32.44-20*LOG10(G8*1000)","v":6.0458912722083369E-4}]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 116 to 148,5 GHz and RAS systems"]
[]
[null,"Victim RAS system",null,"Band of RAS system: 76-116 GHz",null,"Band of RAS system: 123-158,5 GHz"]
[null,"Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
[null,"RAS system:","Units"]
[null,"Assumed centre frequency of RAS system","GHz",96,96,135.75,135.75]
[null,"Wavelength of RAS system","m",{"$f":"2.99792458/D58/10","v":3.1228381041666668E-3},3.1228381041666668E-3,2.2084158968692447E-3,2.2084158968692447E-3]
[null,"Bandwidth (ITU-R RA.769-2)","MHz",8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2)","dBi",0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2)","dBW",-184.5,-209,-189.5,-209]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D63+30","v":-154.5},{"$f":"E63+30","v":-179},-159.5,-179]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,0,0]
[null,"Tx power e.i.r.p. of CDR","dBm",{"$f":"D67-D68+D75","v":-15},{"$f":"E67-E68+E75","v":-15},{"$f":"F67-F68+F75","v":5},{"$f":"G67-G68+G75","v":5}]
[null,"Bandwidth of CDR Tx signal","GHz",5.7,5.7,5.7,5.7]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D69-10*LOG(D70*1000)","v":-52.558748556724915},-52.558748556724915,-32.558748556724915,-32.558748556724915]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D69+D71-10*LOG(D70*1000)","v":-52.558748556724915},-52.558748556724915,-32.558748556724915,-32.558748556724915]
[null,"Tx e.i.r.p. of CDR with mitigation ","dBm",{"$f":"D69+D71","v":-15},{"$f":"E69+E71","v":-15},{"$f":"F69+F71","v":5},{"$f":"G69+G71","v":5}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",7,7,7,7]
[null,"Side-lobe e.i.r.p. component sent to the RAS","dBm",{"$f":"D74-D75+D78","v":-18},{"$f":"E74-E75+E78","v":-18},{"$f":"F74-F75+F78","v":2},{"$f":"G74-G75+G78","v":2}]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",0,0,0,0]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",18,18,18,18]
[null,"Reflected e.i.r.p. component sent to the RAS","dBm",{"$f":"D74+D82-D83","v":-33},{"$f":"E74+E82-E83","v":-33},{"$f":"F74+F82-F83","v":-13},{"$f":"G74+G82-G83","v":-13}]
[]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"10*LOG10(10^(D79/10)+10^(D84/10))","v":-17.86479077891962},{"$f":"10*LOG10(10^(E79/10)+10^(E84/10))","v":-17.86479077891962},{"$f":"10*LOG10(10^(F79/10)+10^(F84/10))","v":2.1352092210803817},{"$f":"10*LOG10(10^(G79/10)+10^(G84/10))","v":2.1352092210803817}]
[null,"BWCF","dB",{"$f":"IF(D70*1000<=D60, 0, 10*LOG10(D60/D70/1000))","v":0},{"$f":"IF(E70*1000<=E60, 0, 10*LOG10(E60/E70/1000))","v":-37.558748556724915},{"$f":"IF(F70*1000<=F60, 0, 10*LOG10(F60/F70/1000))","v":0},{"$f":"IF(G70*1000<=G60, 0, 10*LOG10(G60/G70/1000))","v":-37.558748556724915}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D86-(D64-D61+D62)+D87","v":136.63520922108037},{"$f":"E86-(E64-E61+E62)+E87","v":123.57646066435547},{"$f":"F86-(F64-F61+F62)+F87","v":161.63520922108037},{"$f":"G86-(G64-G61+G62)+G87","v":143.57646066435547}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D91-32.44-20*LOG10(D58*1000))/20)","v":1.688453979545399},{"$f":"10^((E91-32.44-20*LOG10(E58*1000))/20)","v":0.37544973331248843},{"$f":"10^((F91-32.44-20*LOG10(F58*1000))/20)","v":21.233452882201892},{"$f":"10^((G91-32.44-20*LOG10(G58*1000))/20)","v":2.6551141361325121}]
[null,"Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.06,0.06,0.1,0.1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.66896785782802,0.37445928395382949,17.38224524646435,2.57737588827387]
[null,"Balance check (should be close to zero)","dB",{"$f":"D91-20*LOG10(D94)-D94*D93-32.44-20*LOG10(D58*1000)","v":6.8703267412217883E-4},{"$f":"E91-20*LOG10(E94)-E94*E93-32.44-20*LOG10(E58*1000)","v":4.763964975751378E-4},{"$f":"F91-20*LOG10(F94)-F94*F93-32.44-20*LOG10(F58*1000)","v":7.0469203734546682E-5},{"$f":"G91-20*LOG10(G94)-G94*G93-32.44-20*LOG10(G58*1000)","v":3.7108404555397101E-4}]
[null,null,null,"Note 1",null,"Note 2"]
[]
[null,"Note 1: A power spectral density of -32.6dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 2km. Therefore, a separation distance of at least 2km should be considered in order to protect RAS."]
[]
[null,"Note 2: A power spectral density of -32.6dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 19.9km. Therefore, a separation distance of at least 19.9km should be considered in order to protect RAS."]

{"sheet":"RAS 167-182GHz","index":9,"n_rows":100,"n_cols":7,"rows_kept":100,"cut":false,"hidden":false,"merged":[[4,5,4,6],[4,3,4,4],[54,3,54,4],[54,5,54,6]]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 167 to 182 GHz and RAS systems"]
[]
[null,"Victim RAS system",null,"Band of RAS system: 164-174,5 GHz",null,"Band of RAS system: 182-185 GHz"]
[null,"Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
[null,"RAS system:","Units"]
[null,"Assumed centre frequency of RAS system","GHz",170.75,170.75,183.5,183.5]
[null,"Wavelength of RAS system","m",{"$f":"2.99792458/D8/10","v":1.75573913909224E-3},1.75573913909224E-3,{"$f":"2.99792458/F8/10","v":1.6337463651226157E-3},1.6337463651226157E-3]
[null,"Bandwidth (ITU-R RA.769-2)","MHz",8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2)","dBi",0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2)","dBW",-189.1,-209,-182.4,-209]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D13+30","v":-159.1},-179,{"$f":"F13+30","v":-152.4},-179]
[]
[null,"M-CDR/PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-2,-2,-2,-2]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx power e.i.r.p. of CDR","dBm",{"$f":"D17-D18+D25","v":30},{"$f":"E17-E18+E25","v":30},{"$f":"F17-F18+F25","v":10},{"$f":"G17-G18+G25","v":10}]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D19-10*LOG(D20*1000)","v":-9.0308998699194376},-9.0308998699194376,{"$f":"F19-10*LOG(F20*1000)","v":-29.030899869919438},-29.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D19+D21-10*LOG(D20*1000)","v":-9.0308998699194376},-9.0308998699194376,{"$f":"F19+F21-10*LOG(F20*1000)","v":-29.030899869919438},-29.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation ","dBm",{"$f":"D19+D21","v":30},{"$f":"E19+E21","v":30},{"$f":"F19+F21","v":10},{"$f":"G19+G21","v":10}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial mitigation","dB",-28.6,-28.6,-28.6,-28.6]
[null,"Direct e.i.r.p. component sent to RAS","dBm",{"$f":"D24+D28","v":1.3999999999999986},{"$f":"E24+E28","v":1.3999999999999986},{"$f":"F24+F28","v":-18.600000000000001},{"$f":"G24+G28","v":-18.600000000000001}]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",0,0,0,0]
[null,"Side-lobe e.i.r.p. component sent to the RAS","dBm",{"$f":"D24-D25+D32","v":-2},{"$f":"E24-E25+E32","v":-2},{"$f":"F24-F25+F32","v":-22},{"$f":"G24-G25+G32","v":-22}]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",-28,-28,-28,-28]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",23,23,23,23]
[null,"Reflected e.i.r.p. component sent to the RAS","dBm",{"$f":"D24+D36-D37","v":-21},{"$f":"E24+E36-E37","v":-21},{"$f":"F24+F36-F37","v":-41},{"$f":"G24+G36-G37","v":-41}]
[]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"10*LOG10(10^(D29/10)+10^(D33/10)+10^(D38/10))","v":3.0519759583700434},{"$f":"10*LOG10(10^(E29/10)+10^(E33/10)+10^(E38/10))","v":3.0519759583700434},{"$f":"10*LOG10(10^(F29/10)+10^(F33/10)+10^(F38/10))","v":-16.94802404162996},{"$f":"10*LOG10(10^(G29/10)+10^(G33/10)+10^(G38/10))","v":-16.94802404162996}]
[null,"BWCF","dB",{"$f":"IF(D20*1000<=D10, 0, 10*LOG10(D10/D20/1000))","v":0},{"$f":"IF(E20*1000<=E10, 0, 10*LOG10(E10/E20/1000))","v":-39.030899869919438},{"$f":"IF(F20*1000<=F10, 0, 10*LOG10(F10/F20/1000))","v":0},{"$f":"IF(G20*1000<=G10, 0, 10*LOG10(G10/G20/1000))","v":-39.030899869919438}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D40-(D14-D11+D12)+D41","v":162.15197595837003},{"$f":"E40-(E14-E11+E12)+E41","v":143.0210760884506},{"$f":"F40-(F14-F11+F12)+F41","v":135.45197595837004},{"$f":"G40-(G14-G11+G12)+G41","v":123.0210760884506}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D45-32.44-20*LOG10(D8*1000))/20)","v":17.915877552605505},{"$f":"10^((E45-32.44-20*LOG10(E8*1000))/20)","v":1.9801272117323896},{"$f":"10^((F45-32.44-20*LOG10(F8*1000))/20)","v":0.77083731382449838},{"$f":"10^((G45-32.44-20*LOG10(G8*1000))/20)","v":0.18425434408899427}]
[null,"Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.21,0.21,3.55,3.55]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",13.063700926644072,1.8916072438410481,0.60256359505757096,0.17176301040518924]
[null,"Balance check (should be close to zero)","dB",{"$f":"D45-20*LOG10(D48)-D48*D47-32.44-20*LOG10(D8*1000)","v":5.9929949458137344E-5},{"$f":"E45-20*LOG10(E48)-E48*E47-32.44-20*LOG10(E8*1000)","v":4.9509430937177967E-6},{"$f":"F45-20*LOG10(F48)-F48*F47-32.44-20*LOG10(F8*1000)","v":9.603489792198161E-5},{"$f":"G45-20*LOG10(G48)-G48*G47-32.44-20*LOG10(G8*1000)","v":3.1665675237491087E-6}]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 167 to 182 GHz and RAS systems"]
[]
[null,"Victim RAS system",null,"Band of RAS system: 164-174,5 GHz",null,"Band of RAS system: 182-185 GHz"]
[null,"Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
[null,"RAS system:","Units"]
[null,"Assumed centre frequency of RAS system","GHz",170.75,170.75,183.5,183.5]
[null,"Wavelength of RAS system","m",{"$f":"2.99792458/D58/10","v":1.75573913909224E-3},1.75573913909224E-3,1.6337463651226157E-3,1.6337463651226157E-3]
[null,"Bandwidth (ITU-R RA.769-2)","MHz",8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2)","dBi",0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2)","dBW",-189.1,-209,-182.4,-209]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D63+30","v":-159.1},-179,-152.4,-179]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx power e.i.r.p. of CDR","dBm",{"$f":"D67-D68+D75","v":5},{"$f":"E67-E68+E75","v":5},{"$f":"F67-F68+F75","v":-15},{"$f":"G67-G68+G75","v":-15}]
[null,"Bandwidth of CDR Tx signal","GHz",2.5,2.5,2.5,2.5]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D69-10*LOG(D70*1000)","v":-28.979400086720375},-28.979400086720375,-48.979400086720375,-48.979400086720375]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D69+D71-10*LOG(D70*1000)","v":-28.979400086720375},-28.979400086720375,-48.979400086720375,-48.979400086720375]
[null,"Tx e.i.r.p. of CDR with mitigation ","dBm",{"$f":"D69+D71","v":5},{"$f":"E69+E71","v":5},{"$f":"F69+F71","v":-15},{"$f":"G69+G71","v":-15}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",7,7,7,7]
[null,"Side-lobe e.i.r.p. component sent to the RAS","dBm",{"$f":"D74-D75+D78","v":2},{"$f":"E74-E75+E78","v":2},{"$f":"F74-F75+F78","v":-18},{"$f":"G74-G75+G78","v":-18}]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",0,0,0,0]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",23,23,23,23]
[null,"Reflected e.i.r.p. component sent to the RAS","dBm",{"$f":"D74+D82-D83","v":-18},{"$f":"E74+E82-E83","v":-18},{"$f":"F74+F82-F83","v":-38},{"$f":"G74+G82-G83","v":-38}]
[]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"10*LOG10(10^(D79/10)+10^(D84/10))","v":2.0432137378264259},{"$f":"10*LOG10(10^(E79/10)+10^(E84/10))","v":2.0432137378264259},{"$f":"10*LOG10(10^(F79/10)+10^(F84/10))","v":-17.95678626217358},{"$f":"10*LOG10(10^(G79/10)+10^(G84/10))","v":-17.95678626217358}]
[null,"BWCF","dB",{"$f":"IF(D70*1000<=D60, 0, 10*LOG10(D60/D70/1000))","v":0},{"$f":"IF(E70*1000<=E60, 0, 10*LOG10(E60/E70/1000))","v":-33.979400086720375},{"$f":"IF(F70*1000<=F60, 0, 10*LOG10(F60/F70/1000))","v":0},{"$f":"IF(G70*1000<=G60, 0, 10*LOG10(G60/G70/1000))","v":-33.979400086720375}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D86-(D64-D61+D62)+D87","v":161.14321373782641},{"$f":"E86-(E64-E61+E62)+E87","v":147.06381365110605},{"$f":"F86-(F64-F61+F62)+F87","v":134.44321373782643},{"$f":"G86-(G64-G61+G62)+G87","v":127.06381365110605}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D91-32.44-20*LOG10(D58*1000))/20)","v":15.951442934058944},{"$f":"10^((E91-32.44-20*LOG10(E58*1000))/20)","v":3.1537696553415078},{"$f":"10^((F91-32.44-20*LOG10(F58*1000))/20)","v":0.68631678168209875},{"$f":"10^((G91-32.44-20*LOG10(G58*1000))/20)","v":0.29346385212510129}]
[null,"Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.21,0.21,3.55,3.55]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",11.949144562822886,2.9377132191854241,0.54849429490581791,0.2635108208658784]
[null,"Balance check (should be close to zero)","dB",{"$f":"D91-20*LOG10(D94)-D94*D93-32.44-20*LOG10(D58*1000)","v":-5.7174052216169002E-5},{"$f":"E91-20*LOG10(E94)-E94*E93-32.44-20*LOG10(E58*1000)","v":-5.0832222083840861E-4},{"$f":"F91-20*LOG10(F94)-F94*F93-32.44-20*LOG10(F58*1000)","v":-1.0467435103578282E-4},{"$f":"G91-20*LOG10(G94)-G94*G93-32.44-20*LOG10(G58*1000)","v":-3.4021229330960523E-4}]
[null,null,null,"Note 1",null,"Note 2"]
[]
[null,"Note 1: A power spectral density of -29dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 18.3km. Therefore, a separation distance of at least 18.3km should be considered in order to protect RAS."]
[]
[null,"Note 2: A power spectral density of -29dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 0.9km. Therefore, a separation distance of at least 0.9km should be considered in order to protect RAS."]

{"sheet":"RAS 231,5-250GHz","index":10,"n_rows":102,"n_cols":9,"rows_kept":102,"cut":false,"hidden":false,"merged":[[4,3,4,4],[4,5,4,6],[4,7,4,8],[54,3,54,4],[54,5,54,6],[54,7,54,8]]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 231,5 to 250 GHz and RAS systems"]
[]
[null,"Victim RAS system",null,"Band of RAS system: 190-231,5 GHz",null,"Band of RAS system: 235-238 GHz",null,"Band of RAS system: 241-275 GHz"]
[null,"Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
[null,"RAS system:","Units"]
[null,"Assumed centre frequency of RAS system","GHz",210.75,210.75,236.5,236.5,245.5,245.5]
[null,"Wavelength of RAS system","m",{"$f":"2.99792458/D8/10","v":1.4225027663107947E-3},1.4225027663107947E-3,1.2676213868921776E-3,1.2676213868921776E-3,1.2211505417515276E-3,1.2211505417515276E-3]
[null,"Bandwidth (ITU-R RA.769-2)","MHz",8000,1,8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2)","dBi",0,0,0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2)","dBW",-187.8,-207,-187.8,-207,-186.8,-207]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D13+30","v":-157.80000000000001},-177,-157.80000000000001,-177,-156.80000000000001,-177]
[]
[null,"M-CDR/PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",1,1,1,1,1,1]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,0,0,0,0]
[null,"Tx power e.i.r.p. of CDR","dBm",{"$f":"D17-D18+D25","v":13},13,33,33,33,33]
[null,"Bandwidth of CDR Tx signal","GHz",8,8,8,8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D19-10*LOG(D20*1000)","v":-26.030899869919438},-26.030899869919438,-6.0308998699194376,-6.0308998699194376,-6.0308998699194376,-6.0308998699194376]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D19+D21-10*LOG(D20*1000)","v":-26.030899869919438},-26.030899869919438,-6.0308998699194376,-6.0308998699194376,-6.0308998699194376,-6.0308998699194376]
[null,"Tx e.i.r.p. of CDR with mitigation ","dBm",{"$f":"D19+D21","v":13},13,33,33,33,33]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial mitigation","dB",-28.6,-28.6,-28.6,-28.6,-28.6,-28.6]
[null,"Direct e.i.r.p. component sent to RAS","dBm",{"$f":"D24+D28","v":-15.600000000000001},-15.600000000000001,4.3999999999999986,4.3999999999999986,4.3999999999999986,4.3999999999999986]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",0,0,0,0,0,0]
[null,"Side-lobe e.i.r.p. component sent to the RAS","dBm",{"$f":"D24-D25+D32","v":-19},-19,1,1,1,1]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",-28,-28,-28,-28,-28,-28]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",25,25,25,25,25,25]
[null,"Reflected e.i.r.p. component sent to the RAS","dBm",{"$f":"D24+D36-D37","v":-40},-40,-20,-20,-20,-20]
[]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"10*LOG10(10^(D29/10)+10^(D33/10)+10^(D38/10))","v":-13.954333305732671},-13.954333305732671,6.0456666942673296,6.0456666942673296,6.0456666942673296,6.0456666942673296]
[null,"BWCF","dB",{"$f":"IF(D20*1000<=D10, 0, 10*LOG10(D10/D20/1000))","v":0},-39.030899869919438,0,-39.030899869919438,0,-39.030899869919438]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D40-(D14-D11+D12)+D41","v":143.84566669426735},124.0147668243479,163.84566669426735,144.0147668243479,162.84566669426735,144.0147668243479]
[null,"Separation distance with FSL model","km",{"$f":"10^((D45-32.44-20*LOG10(D8*1000))/20)","v":1.7640697443212003},0.17987497969534463,15.719987256477502,1.6029028317460412,13.496831880588228,1.5441406098083033]
[null,"Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.25,0.25,0.27,0.27,0.28999999999999998,0.28999999999999998]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.6807405125631378,0.17894644518711411,11.123715827064093,1.5285036984791094,9.7468717829359921,1.4701572812637094]
[null,"Balance check (should be close to zero)","dB",{"$f":"D45-20*LOG10(D48)-D48*D47-32.44-20*LOG10(D8*1000)","v":1.1653159006641545E-4},2.1703810554640768E-4,6.4280761218071802E-4,1.1804600184461833E-4,7.3888616591943901E-4,1.1529978090152326E-4]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 231,5 to 250 GHz and RAS systems"]
[]
[null,"Victim RAS system",null,"Band of RAS system: 190-231,5 GHz",null,"Band of RAS system: 235-238 GHz",null,"Band of RAS system: 241-275 GHz"]
[null,"Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
[null,"RAS system:","Units"]
[null,"Assumed centre frequency of RAS system","GHz",210.75,210.75,236.5,236.5,245.5,245.5]
[null,"Wavelength of RAS system","m",{"$f":"2.99792458/D58/10","v":1.4225027663107947E-3},1.4225027663107947E-3,1.2676213868921776E-3,1.2676213868921776E-3,1.2211505417515276E-3,1.2211505417515276E-3]
[null,"Bandwidth (ITU-R RA.769-2)","MHz",8000,1,8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2)","dBi",0,0,0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2)","dBW",-187.8,-207,-187.8,-207,-186.8,-207]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D63+30","v":-157.80000000000001},-177,-157.80000000000001,-177,-156.80000000000001,-177]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,0,0,0,0]
[null,"Tx power e.i.r.p. of CDR","dBm",{"$f":"D67-D68+D75","v":-15},-15,5,5,5,5]
[null,"Bandwidth of CDR Tx signal","GHz",0.63,0.63,0.63,0.63,0.63,0.63]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D69-10*LOG(D70*1000)","v":-42.993405494535821},-42.993405494535821,-22.993405494535818,-22.993405494535818,-22.993405494535818,-22.993405494535818]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D69+D71-10*LOG(D70*1000)","v":-42.993405494535821},-42.993405494535821,-22.993405494535818,-22.993405494535818,-22.993405494535818,-22.993405494535818]
[null,"Tx e.i.r.p. of CDR with mitigation ","dBm",{"$f":"D69+D71","v":-15},-15,5,5,5,5]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",7,7,7,7,7,7]
[null,"Side-lobe e.i.r.p. component sent to the RAS","dBm",{"$f":"D74-D75+D78","v":-18},-18,2,2,2,2]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",0,0,0,0,0,0]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",25,25,25,25,25,25]
[null,"Reflected e.i.r.p. component sent to the RAS","dBm",{"$f":"D74+D82-D83","v":-40},-40,-20,-20,-20,-20]
[]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"10*LOG10(10^(D79/10)+10^(D84/10))","v":-17.972683956650613},-17.972683956650613,2.0273160433493893,2.0273160433493893,2.0273160433493893,2.0273160433493893]
[null,"BWCF","dB",{"$f":"IF(D70*1000<=D60, 0, 10*LOG10(D60/D70/1000))","v":0},-27.993405494535818,0,-27.993405494535818,0,-27.993405494535818]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D86-(D64-D61+D62)+D87","v":139.82731604334941},131.03391054881359,159.82731604334941,151.03391054881359,158.82731604334941,151.03391054881359]
[null,"Separation distance with FSL model","km",{"$f":"10^((D91-32.44-20*LOG10(D58*1000))/20)","v":1.1107037006895122},0.40357842780253839,9.8977084532902619,3.5963701335892155,8.4979526266530563,3.4645276439667985]
[null,"Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.25,0.25,0.27,0.27,0.28999999999999998,0.28999999999999998]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.0767463929569672,0.39897036418769233,7.7731134849694836,3.2505471968871769,6.7770941857795304,3.1214628061153662]
[null,"Balance check (should be close to zero)","dB",{"$f":"D91-20*LOG10(D94)-D94*D93-32.44-20*LOG10(D58*1000)","v":5.0926770049386505E-4},3.5484099782934209E-6,5.2334686344579495E-5,5.1037946177245885E-4,5.8373076427642445E-5,4.9311687874364907E-4]
[null,null,null,"Note 1",null,"Note 2",null,"Note 3"]
[]
[null,"Note 1: A power spectral density of -23dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 3.6km. Therefore, a separation distance of at least 3.6km should be considered in order to protect RAS."]
[]
[null,"Note 2: A power spectral density of -23dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 19.3km. Therefore, a separation distance of at least 19.3km should be considered in order to protect RAS."]
[]
[null,"Note 3: A power spectral density of -23dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 17.1km. Therefore, a separation distance of at least 17.1km should be considered in order to protect RAS."]

{"sheet":"DBF-CDR vs. FS 116-148,5GHz","index":11,"n_rows":113,"n_cols":9,"rows_kept":113,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 116-148,5 GHz and Fixed Service (FS) systems"]
[]
[null,"Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building. See Report figure 38."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,113.02500000000001,132,132,144.75,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D10/10","v":2.6524437779252377E-3},2.6524437779252377E-3,2.2711549848484845E-3,2.2711549848484845E-3,2.0711050639032813E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000,1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,12,14,14,14,14]
[null,"Misalignment of antenna main beam towards CDR (see figure 38 in the Report)","°",0.19,0.19,0.19,0.19,0.19,0.19]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (see figure 38 in the Report)","°",0.67,0.67,0.67,0.67,0.67,0.67]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43,43,43,43,43,43]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",40,40,40,40,40,40]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0,0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,5,-20,5,-20,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-132,-130,-130,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D20+D19","v":-152},-127,-150,-125,-150,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D21+10*LOG10(D12)+30","v":-92},-67,-90,-65,-90,-65]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D13-30","v":-131.82999999999998},-131.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,5,-5,5,-5,5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,20,0,0,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D26-D27+D34","v":-15},-5,5,15,5,15]
[null,"Bandwidth of CDR Tx signal ","GHz",5.7,5.7,5.7,5.7,5.7,5.7]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D28-10*LOG(D29*1000)","v":-52.558748556724915},-42.558748556724915,-32.558748556724915,-22.558748556724915,-32.558748556724915,-22.558748556724915]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D28+D30-10*LOG(D29*1000)","v":-52.558748556724915},-42.558748556724915,-32.558748556724915,-22.558748556724915,-32.558748556724915,-22.558748556724915]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D28+D30","v":-15},-5,5,15,5,15]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain (offset angle 90°+ε, see figure 38 in the Report )","dBi",-4.7,-4.7,-5.4,-5.4,-6.9,-6.9]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D37","v":-29.7},-19.7,-10.4,-0.40000000000000036,-11.9,-1.9000000000000004]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D38+D16-D18","v":13.3},23.3,32.6,42.6,31.1,41.1]
[]
[null,"Reflected interference component:"]
[null,"Offset angle of reflected interference component (angle ζ in figure 38 in the Report)","°",19.71,19.71,19.71,19.71,19.71,19.71]
[null,"Antenna gain at angle ζ (see figure 38 in the Report)","dBi",10,10,10,10,10,10]
[null,"Reflection loss on sand surface (angle of incidence 52,71°)","dB",9,9,9,9,9,9]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D43-D44","v":-24},-14,-4,6,-4,6]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D45+D17-D18","v":16},26,36,46,36,46]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D39/10)+10^(D46/10))","v":17.866828517842684},27.866828517842688,37.634858380459171,47.634858380459164,37.217546772192591,47.217546772192591]
[null,"BWCF","dB",{"$f":"IF(D12*1000<=D29, 0, 10*LOG10(D12/D29/1000))","v":-7.5587485567249146},0,{"$f":"IF(F12*1000<=F29, 0, 10*LOG10(F12/F29/1000))","v":-7.5587485567249146},0,{"$f":"IF(H12*1000<=H29, 0, 10*LOG10(H12/H29/1000))","v":-7.5587485567249146},0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D48-D22+D49","v":102.30807996111778},94.866828517842691,120.07610982373427,112.63485838045916,119.65879821546767,112.21754677219259]
[null,"Separation distance with FSL model","km",{"$f":"10^((D52-32.44-20*LOG10(D10*1000))/20)","v":2.755684429619383E-2},{"$f":"10^((E52-32.44-20*LOG10(E10*1000))/20)","v":1.1699489451449279E-2},0.18248684382969163,{"$f":"10^((G52-32.44-20*LOG10(G10*1000))/20)","v":7.7476320636199775E-2},0.15860663030623257,{"$f":"10^((I52-32.44-20*LOG10(I10*1000))/20)","v":6.7337775626724675E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.8,0.8,1,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.7520413538378294E-2,1.1693016999667304E-2,0.1794862348542198,7.6926846243007163E-2,0.15577998485425035,6.6821700935689024E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D52-20*LOG10(D55)-D55*D54-32.44-20*LOG10(D10*1000)","v":4.8236989472627556E-4},1.2937546340197059E-4,4.1926554590077103E-4,2.7971725205588882E-4,4.1363704175978455E-4,3.0964823167778377E-6]
[null,null,null,"Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx at light pole. See Report figure 39."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,113.02500000000001,132,132,144.75,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D66/10","v":2.6524437779252377E-3},2.6524437779252377E-3,2.2711549848484845E-3,2.2711549848484845E-3,2.0711050639032813E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000,1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,12,14,14,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 39 in the Report)","°",3.62,3.62,3.62,3.62,3.62,3.62]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle α+β in figure 39 in the Report)","°",4.29,4.29,4.29,4.29,4.29,4.29]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22,22,22,22,22,22]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",19,19,19,19,19,19]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0,0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,5,-20,5,-20,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-132,-130,-130,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D76+D75","v":-152},-127,-150,-125,-150,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D77+10*LOG10(D68)+30","v":-92},-67,-90,-65,-90,-65]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D69-30","v":-131.82999999999998},-131.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,5,-5,5,-5,5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,20,0,0,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D82-D83+D90","v":-15},-5,5,15,5,15]
[null,"Bandwidth of CDR Tx signal ","GHz",5.7,5.7,5.7,5.7,5.7,5.7]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D84-10*LOG(D85*1000)","v":-52.558748556724915},-42.558748556724915,-32.558748556724915,-22.558748556724915,-32.558748556724915,-22.558748556724915]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D84+D86-10*LOG(D85*1000)","v":-52.558748556724915},-42.558748556724915,-32.558748556724915,-22.558748556724915,-32.558748556724915,-22.558748556724915]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D84+D86","v":-15},-5,5,15,5,15]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain (offset angle 90°, see figure 39 in the Report )","dBi",-4.7,-4.7,-5.4,-5.4,-6.9,-6.9]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D93","v":-29.7},-19.7,-10.4,-0.40000000000000036,-11.9,-1.9000000000000004]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D94+D72-D74","v":-7.6999999999999993},2.3000000000000007,11.6,21.6,10.1,20.100000000000001]
[]
[null,"Reflected interference component:"]
[null,"Offset angle of reflected interference component (angle ζ in figure 39 in the Report)","°",23.33,23.33,23.33,23.33,23.33,23.33]
[null,"Antenna gain at angle ζ (see figure 39 in the Report)","dBi",10,10,10,10,10,10]
[null,"Reflection loss on sand surface (angle of incidence 56,33°)","dB",8,8,8,8,8,8]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D99-D100","v":-23},-13,-3,7,-3,7]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D101+D73-D74","v":-4},6,16,26,16,26]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D95/10)+10^(D102/10))","v":-2.457040153744285},7.5429598462557159,17.345207258165814,27.345207258165818,16.993489517962665,26.993489517962665]
[null,"BWCF","dB",{"$f":"IF(D68*1000<=D85, 0, 10*LOG10(D68/D85/1000))","v":-7.5587485567249146},0,{"$f":"IF(F68*1000<=F85, 0, 10*LOG10(F68/F85/1000))","v":-7.5587485567249146},0,{"$f":"IF(H68*1000<=H85, 0, 10*LOG10(H68/H85/1000))","v":-7.5587485567249146},0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D104-D78+D105","v":81.984211289530805},74.542959846255712,99.786458701440893,92.345207258165814,99.434740961237765,91.993489517962672]
[null,"Separation distance with FSL model","km",{"$f":"10^((D108-32.44-20*LOG10(D66*1000))/20)","v":2.6548259176134865E-3},1.1271286176568192E-3,1.7650174517499985E-2,7.4935296786596151E-3,1.5456760429082152E-2,6.5622973243929308E-3]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.8,0.8,1,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.6543522957608355E-3,1.1269889291836491E-3,1.7620577869633409E-2,7.4883602117523833E-3,1.5428476742386831E-2,6.5573147929858097E-3]
[null,"Balance check (should be close to zero)","dB",{"$f":"D108-20*LOG10(D111)-D111*D110-32.44-20*LOG10(D66*1000)","v":4.8796300491460443E-4},6.2573982454239285E-4,4.8067371446336438E-4,3.404852833455152E-6,4.8003310678268463E-4,4.0093669099405815E-5]
[null,null,null,"Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective"]

{"sheet":"DBF-CDR vs. FS 167-182GHz","index":12,"n_rows":113,"n_cols":5,"rows_kept":113,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 167 to 182 GHz and Fixed Service (FS) systems"]
[]
[null,"Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building. See Report figure 38."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz","Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9,170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D10/10","v":1.7541981158572264E-3},{"$f":"2.99792458/E10/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14,14]
[null,"Misalignment of antenna main beam towards CDR (see figure 38 in the Report)","°",0.19,0.19]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (see figure 38 in the Report)","°",0.67,0.67]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43,43]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",40,40]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D20+D19","v":-150},{"$f":"E20+E19","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D21+10*LOG10(D12)+30","v":-90},{"$f":"E21+10*LOG10(E12)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D13-30","v":-129.82999999999998},{"$f":"-113.83+E13-30","v":-129.82999999999998}]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D26-D27+D34","v":5},{"$f":"E26-E27+E34","v":15}]
[null,"Bandwidth of CDR Tx signal ","GHz",2.5,2.5]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D28-10*LOG(D29*1000)","v":-28.979400086720375},{"$f":"E28-10*LOG(E29*1000)","v":-18.979400086720375}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D28+D30-10*LOG(D29*1000)","v":-28.979400086720375},{"$f":"E28+E30-10*LOG(E29*1000)","v":-18.979400086720375}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D28+D30","v":5},{"$f":"E28+E30","v":15}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain (offset angle 90°+ε, see figure 38 in the Report )","dBi",-5.0999999999999996,-5.0999999999999996]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D37","v":-10.1},{"$f":"E33-E34+E37","v":-9.9999999999999645E-2}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D38+D16-D18","v":32.9},{"$f":"E38+E16-E18","v":42.9}]
[]
[null,"Reflected interference component:"]
[null,"Offset angle of reflected interference component (angle ζ in figure 38 in the Report)","°",19.71,19.71]
[null,"Antenna gain at angle ζ (see figure 38 in the Report)","dBi",10,10]
[null,"Reflection loss on sand surface (angle of incidence 52,71°)","dB",12.5,12.5]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D43-D44","v":-7.5},{"$f":"E33-E34+E43-E44","v":2.5}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D45+D17-D18","v":32.5},{"$f":"E45+E17-E18","v":42.5}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D39/10)+10^(D46/10))","v":35.714903500002883},{"$f":"10*LOG10(10^(E39/10)+10^(E46/10))","v":45.714903500002883}]
[null,"BWCF","dB",{"$f":"IF(D12*1000<=D29, 0, 10*LOG10(D12/D29/1000))","v":-3.9794000867203758},0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D48-D22+D49","v":121.73550341328252},{"$f":"E48-E22+E49","v":110.71490350000289}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D52-32.44-20*LOG10(D10*1000))/20)","v":0.17062124552014973},{"$f":"10^((E52-32.44-20*LOG10(E10*1000))/20)","v":4.7973688655714428E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2,2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.1642871041751881,4.7451525928663883E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D52-20*LOG10(D55)-D55*D54-32.44-20*LOG10(D10*1000)","v":1.8459705444229257E-5},{"$f":"E52-20*LOG10(E55)-E55*E54-32.44-20*LOG10(E10*1000)","v":1.5553633900822206E-4}]
[null,null,null,"Long term interference criterion","Peak power objective"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx at light pole. See Report figure 39."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz","Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9,170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D66/10","v":1.7541981158572264E-3},{"$f":"2.99792458/E66/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14,14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 39 in the Report)","°",3.62,3.62]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle α+β in figure 39 in the Report)","°",4.29,4.29]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22,22]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",19,19]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D76+D75","v":-150},{"$f":"E76+E75","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D77+10*LOG10(D68)+30","v":-90},{"$f":"E77+10*LOG10(E68)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D69-30","v":-129.82999999999998},{"$f":"-113.83+E69-30","v":-129.82999999999998}]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D82-D83+D90","v":5},{"$f":"E82-E83+E90","v":15}]
[null,"Bandwidth of CDR Tx signal ","GHz",2.5,2.5]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D84-10*LOG(D85*1000)","v":-28.979400086720375},{"$f":"E84-10*LOG(E85*1000)","v":-18.979400086720375}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D84+D86-10*LOG(D85*1000)","v":-28.979400086720375},{"$f":"E84+E86-10*LOG(E85*1000)","v":-18.979400086720375}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D84+D86","v":5},{"$f":"E84+E86","v":15}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain (offset angle 90°, see figure 39 in the Report )","dBi",-5.0999999999999996,-5.0999999999999996]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D93","v":-10.1},{"$f":"E89-E90+E93","v":-9.9999999999999645E-2}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D94+D72-D74","v":11.9},{"$f":"E94+E72-E74","v":21.9}]
[]
[null,"Reflected interference component:"]
[null,"Offset angle of reflected interference component (angle ζ in figure 39 in the Report)","°",23.33,23.33]
[null,"Antenna gain at angle ζ (see figure 39 in the Report)","dBi",10,10]
[null,"Reflection loss on sand surface (angle of incidence 56,33°)","dB",12.5,12.5]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D99-D100","v":-7.5},{"$f":"E89-E90+E99-E100","v":2.5}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D101+D73-D74","v":11.5},{"$f":"E101+E73-E74","v":21.5}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D95/10)+10^(D102/10))","v":14.714903500002883},{"$f":"10*LOG10(10^(E95/10)+10^(E102/10))","v":24.71490350000288}]
[null,"BWCF","dB",{"$f":"IF(D68*1000<=D85, 0, 10*LOG10(D68/D85/1000))","v":-3.9794000867203758},0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D104-D78+D105","v":100.73550341328252},{"$f":"E104-E78+E105","v":89.714903500002876}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D108-32.44-20*LOG10(D66*1000))/20)","v":1.5206634513538153E-2},{"$f":"10^((E108-32.44-20*LOG10(E66*1000))/20)","v":4.2756595020141631E-3}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2,2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.515361466943335E-2,4.2713733364656697E-3]
[null,"Balance check (should be close to zero)","dB",{"$f":"D108-20*LOG10(D111)-D111*D110-32.44-20*LOG10(D66*1000)","v":3.0135806639464136E-5},{"$f":"E108-20*LOG10(E111)-E111*E110-32.44-20*LOG10(E66*1000)","v":1.6885295448787474E-4}]
[null,null,null,"Long term interference criterion","Peak power objective"]

{"sheet":"M-&PA-CDR vs. FS 116-148,5GHz P","index":13,"n_rows":207,"n_cols":6,"rows_kept":207,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 116-148,5 GHz and Fixed Service (FS) systems"]
[]
[null,"Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 44."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D10/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 44 in the Report)","°",0.19,0.19,0.19]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle δ in figure 44 in the Report)","°",0.67,0.67,0.67]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43,43,43]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",40,40,40]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5,5,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D20+D19","v":-127},-125,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D21+10*LOG10(D12)+30","v":-67},-65,-65]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D13-30","v":-131.82999999999998},-129.82999999999998,-129.82999999999998]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-3.4,-3.4,-3.4]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D26-D27+D34","v":8.6000000000000014},28.6,28.6]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D28-10*LOG(D29*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D28+D30-10*LOG(D29*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D28+D30","v":8.6000000000000014},28.6,28.6]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=74°, see figure 44 in the Report )","dBi",0,0,0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D37","v":-23.4},-3.3999999999999986,-3.3999999999999986]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D38+D16-D18","v":19.600000000000001},39.6,39.6]
[]
[null,"Reflected interference component:"]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 44 in the Report)","°",0,0,0]
[null,"Antenna gain at angle 0° (see figure 44 in the Report)","dBi",32,32,32]
[null,"Reflection loss on sand surface (angle of incidence 52,71°)","dB",9,9,9]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D43-D44","v":-0.39999999999999858},19.600000000000001,19.600000000000001]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D45+D17-D18","v":39.6},59.6,59.6]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D39/10)+10^(D46/10))","v":39.643213737826429},59.643213737826429,59.643213737826429]
[null,"BWCF","dB",0,0,0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D48-D22+D49","v":106.64321373782643},124.64321373782643,124.64321373782643]
[null,"Separation distance with FSL model","km",{"$f":"10^((D52-32.44-20*LOG10(D10*1000))/20)","v":4.5392716246079677E-2},0.30873563216357219,0.28154130186937121]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",4.5298252878347815E-2,0.30031408761235451,0.27283611096235416]
[null,"Balance check (should be close to zero)","dB",{"$f":"D52-20*LOG10(D55)-D55*D54-32.44-20*LOG10(D10*1000)","v":-2.4915533757052799E-5},-3.0261486017479911E-5,-3.0829509256591336E-5]
[null,null,null,"Peak power objective","Peak power objective","Peak power objective"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 45."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D66/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 45 in the Report)","°",3.62,3.62,3.62]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle δ in figure 45 in the Report)","°",4.29,4.29,4.29]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22,22,22]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",19,19,19]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5,5,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D76+D75","v":-127},-125,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D77+10*LOG10(D68)+30","v":-67},-65,-65]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D69-30","v":-131.82999999999998},-129.82999999999998,-129.82999999999998]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-3.4,-3.4,-3.4]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D82-D83+D90","v":8.6000000000000014},28.6,28.6]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D84-10*LOG(D85*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D84+D86-10*LOG(D85*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D84+D86","v":8.6000000000000014},28.6,28.6]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=67°, see figure 45 in the Report )","dBi",0,0,0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D93","v":-23.4},{"$f":"E89-E90+E93","v":-3.3999999999999986},{"$f":"F89-F90+F93","v":-3.3999999999999986}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D94+D72-D74","v":-1.3999999999999986},{"$f":"E94+E72-E74","v":18.600000000000001},{"$f":"F94+F72-F74","v":18.600000000000001}]
[]
[null,"Reflected interference component:"]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 45 in the Report)","°",0,0,0]
[null,"Antenna gain at angle 0° (see figure 45 in the Report)","dBi",32,32,32]
[null,"Reflection loss on sand surface (angle of incidence 56,33°)","dB",8,8,8]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D99-D100","v":0.60000000000000142},{"$f":"E89-E90+E99-E100","v":20.6},{"$f":"F89-F90+F99-F100","v":20.6}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D101+D73-D74","v":19.600000000000001},{"$f":"E101+E73-E74","v":39.6},{"$f":"F101+F73-F74","v":39.6}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D95/10)+10^(D102/10))","v":19.634360947517287},39.634360947517287,39.634360947517287]
[null,"BWCF","dB",0,0,0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D104-D78+D105","v":86.63436094751728},104.63436094751728,104.63436094751728]
[null,"Separation distance with FSL model","km",{"$f":"10^((D108-32.44-20*LOG10(D66*1000))/20)","v":4.5346474870946252E-3},3.084211244327164E-2,2.8125449689201054E-2]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",4.533713576380871E-3,3.0754960531515128E-2,2.8034898710806801E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D108-20*LOG10(D111)-D111*D110-32.44-20*LOG10(D66*1000)","v":-2.4442104304966961E-5},-2.5125443357865151E-5,-2.5226088268937019E-5]
[null,null,null,"Peak power objective","Peak power objective","Peak power objective"]
[]
[]
[]
[null,"Scenario 3: Light pole connected to a building by means of an FS link – FS Rx on building. Horizontal emission. See Report figure 46."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D122/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 46 in the Report)","°",0.19,0.19,0.19]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43,43,43]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5,5,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D130+D129","v":-127},-125,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D131+10*LOG10(D124)+30","v":-67},{"$f":"E131+10*LOG10(E124)+30","v":-65},{"$f":"F131+10*LOG10(F124)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D125-30","v":-131.82999999999998},{"$f":"-113.83+E125-30","v":-129.82999999999998},{"$f":"-113.83+F125-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-3.4,-3.4,-3.4]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D136-D137+D144","v":8.6000000000000014},28.6,28.6]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D138-10*LOG(D139*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D138+D140-10*LOG(D139*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D138+D140","v":8.6000000000000014},28.6,28.6]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain at offset angle ε (offset angle ε=3,8°, see figure 46 in the Report )","dBi",29,29,29]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D143-D144+D147","v":5.6000000000000014},{"$f":"E143-E144+E147","v":25.6},{"$f":"F143-F144+F147","v":25.6}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D148+D127-D128","v":48.6},{"$f":"E148+E127-E128","v":68.599999999999994},{"$f":"F148+F127-F128","v":68.599999999999994}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D149","v":48.6},{"$f":"E149","v":68.599999999999994},{"$f":"F149","v":68.599999999999994}]
[null,"BWCF","dB",0,0,0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D151-D132+D152","v":115.6},{"$f":"E151-E132+E152","v":133.6},{"$f":"F151-F132+F152","v":133.6}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D155-32.44-20*LOG10(D122*1000))/20)","v":0.12729914428275554},{"$f":"10^((E155-32.44-20*LOG10(E122*1000))/20)","v":0.86581692029528146},{"$f":"10^((F155-32.44-20*LOG10(F122*1000))/20)","v":0.7895532537407739}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.12655974240357842,0.80401815992147063,0.72622394034572024]
[null,"Balance check (should be close to zero)","dB",{"$f":"D155-20*LOG10(D158)-D158*D157-32.44-20*LOG10(D122*1000)","v":-2.5855143306330319E-5},{"$f":"E155-20*LOG10(E158)-E158*E157-32.44-20*LOG10(E122*1000)","v":-1.0312710230664379E-5},{"$f":"F155-20*LOG10(F158)-F158*F157-32.44-20*LOG10(F122*1000)","v":-6.6194118062412599E-6}]
[null,null,null,"Peak power objective","Peak power objective","Peak power objective"]
[]
[]
[]
[null,"Scenario 4: Light pole connected to a building by means of an FS link – FS Rx on light pole. Horizontal emission. See Report figure 47."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D169/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 47 in the Report)","°",3.62,3.62,3.62]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22,22,22]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5,5,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D177+D176","v":-127},-125,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D178+10*LOG10(D171)+30","v":-67},{"$f":"E178+10*LOG10(E171)+30","v":-65},{"$f":"F178+10*LOG10(F171)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D172-30","v":-131.82999999999998},{"$f":"-113.83+E172-30","v":-129.82999999999998},{"$f":"-113.83+F172-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-3.4,-3.4,-3.4]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D183-D184+D191","v":8.6000000000000014},28.6,28.6]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D185-10*LOG(D186*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D185+D187-10*LOG(D186*1000)","v":-30.430899869919436},-10.430899869919436,-10.430899869919436]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D185+D187","v":8.6000000000000014},28.6,28.6]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna gain in the direction of the FS receiver","dBi",32,32,32]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D190-D191+D194","v":8.6000000000000014},{"$f":"E190-E191+E194","v":28.6},{"$f":"F190-F191+F194","v":28.6}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D195+D174-D175","v":30.6},{"$f":"E195+E174-E175","v":50.6},{"$f":"F195+F174-F175","v":50.6}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D196","v":30.6},{"$f":"E196","v":50.6},{"$f":"F196","v":50.6}]
[null,"BWCF","dB",0,0,0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D198-D179+D199","v":97.6},{"$f":"E198-E179+E199","v":115.6},{"$f":"F198-F179+F199","v":115.6}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D202-32.44-20*LOG10(D169*1000))/20)","v":1.6026012763721301E-2},{"$f":"10^((E202-32.44-20*LOG10(E169*1000))/20)","v":0.10899989229210948},{"$f":"10^((F202-32.44-20*LOG10(F169*1000))/20)","v":9.9398865509902845E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.6014243485256707E-2,0.10792213415136701,9.8280813795395314E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D202-20*LOG10(D205)-D205*D204-32.44-20*LOG10(D169*1000)","v":-2.4558762348192431E-5},{"$f":"E202-20*LOG10(E205)-E205*E204-32.44-20*LOG10(E169*1000)","v":-2.6829169826214638E-5},{"$f":"F202-20*LOG10(F205)-F205*F204-32.44-20*LOG10(F169*1000)","v":-2.714008377324717E-5}]
[null,null,null,"Peak power objective","Peak power objective","Peak power objective"]

{"sheet":"M-&PA-CDR vs. FS 116-148,5G LT","index":14,"n_rows":211,"n_cols":6,"rows_kept":211,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 116-148,5 GHz and Fixed Service (FS) systems"]
[]
[null,"Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 44."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D10/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 44 in the Report)","°",0.19,0.19,0.19]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle δ in figure 44 in the Report)","°",0.67,0.67,0.67]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43,43,43]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",40,40,40]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,-20,-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D20+D19","v":-152},-150,-150]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D21+10*LOG10(D12)+30","v":-92},-90,-90]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D13-30","v":-131.82999999999998},-129.82999999999998,-129.82999999999998]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D26-D27+D34","v":7},27,27]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D28-10*LOG(D29*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D28+D30-10*LOG(D29*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D28+D30","v":7},27,27]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=74°, see figure 44 in the Report )","dBi",0,0,0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D37","v":-25},{"$f":"E33-E34+E37","v":-5},-5]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D38+D16-D18","v":18},38,38]
[]
[null,"Reflected interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6,-28.6,-28.6]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 44 in the Report)","°",0,0,0]
[null,"Antenna gain at angle 0° (see figure 44 in the Report)","dBi",32,32,32]
[null,"Reflection loss on sand surface (angle of incidence 52,71°)","dB",9,9,9]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D44-D45+D42","v":-30.6},{"$f":"E33-E34+E44-E45+E42","v":-10.600000000000001},{"$f":"F33-F34+F44-F45+F42","v":-10.600000000000001}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D46+D17-D18","v":9.3999999999999986},{"$f":"E46+E17-E18","v":29.4},{"$f":"F46+F17-F18","v":29.4}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D39/10)+10^(D47/10))","v":18.56156926486041},38.56156926486041,38.56156926486041]
[null,"BWCF","dB",{"$f":"IF(D12*1000<=D29, 0, 10*LOG10(D12/D29/1000))","v":-9.0308998699194358},{"$f":"IF(E12*1000<=E29, 0, 10*LOG10(E12/E29/1000))","v":-9.0308998699194358},{"$f":"IF(F12*1000<=F29, 0, 10*LOG10(F12/F29/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D49-D22+D50","v":101.53066939494097},119.53066939494096,119.53066939494096]
[null,"Separation distance with FSL model","km",{"$f":"10^((D53-32.44-20*LOG10(D10*1000))/20)","v":2.5197587038891529E-2},0.17137976324826465,0.15628413643365052]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.5166088453097941E-2,0.16872451478567729,0.1535347954845778]
[null,"Balance check (should be close to zero)","dB",{"$f":"D53-20*LOG10(D56)-D56*D55-32.44-20*LOG10(D10*1000)","v":7.9827109452423883E-4},6.4740138515162471E-4,6.2685494677339193E-4]
[null,null,null,"Long term interference criterion","Long term interference criterion","Long term interference criterion"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 45."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D67/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 45 in the Report)","°",3.62,3.62,3.62]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle δ in figure 45 in the Report)","°",4.29,4.29,4.29]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22,22,22]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",19,19,19]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,-20,-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D77+D76","v":-152},-150,-150]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D78+10*LOG10(D69)+30","v":-92},-90,-90]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D70-30","v":-131.82999999999998},-129.82999999999998,-129.82999999999998]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D83-D84+D91","v":7},27,27]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D85-10*LOG(D86*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D85+D87-10*LOG(D86*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D85+D87","v":7},27,27]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=67°, see figure 45 in the Report )","dBi",0,0,0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D90-D91+D94","v":-25},-5,-5]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D95+D73-D75","v":-3},17,17]
[]
[null,"Reflected interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6,-28.6,-28.6]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 45 in the Report)","°",0,0,0]
[null,"Antenna gain at angle 0° (see figure 45 in the Report)","dBi",32,32,32]
[null,"Reflection loss on sand surface (angle of incidence 56,33°)","dB",8,8,8]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D90-D91+D101-D102+D99","v":-29.6},{"$f":"E90-E91+E101-E102+E99","v":-9.6000000000000014},{"$f":"F90-F91+F101-F102+F99","v":-9.6000000000000014}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D103+D74-D75","v":-10.600000000000001},9.3999999999999986,9.3999999999999986]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D96/10)+10^(D104/10))","v":-2.3041326402579938},17.695867359742007,17.695867359742007]
[null,"BWCF","dB",{"$f":"IF(D69*1000<=D86, 0, 10*LOG10(D69/D86/1000))","v":-9.0308998699194358},{"$f":"IF(E69*1000<=E86, 0, 10*LOG10(E69/E86/1000))","v":-9.0308998699194358},{"$f":"IF(F69*1000<=F86, 0, 10*LOG10(F69/F86/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D106-D79+D107","v":80.664967489822573},98.664967489822573,98.664967489822573]
[null,"Separation distance with FSL model","km",{"$f":"10^((D110-32.44-20*LOG10(D67*1000))/20)","v":2.2807299139457767E-3},1.5512237425034719E-2,1.4145874543036823E-2]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.2802778276819133E-3,1.548870664302112E-2,1.412160608731847E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D110-20*LOG10(D113)-D113*D112-32.44-20*LOG10(D67*1000)","v":8.0977649996327727E-4},7.9481473602527331E-4,7.925762271554504E-4]
[null,null,null,"Long term interference criterion","Long term interference criterion","Long term interference criterion"]
[]
[]
[]
[null,"Scenario 3: Light pole connected to a building by means of an FS link – FS Rx on building. Horizontal emission. See Report figure 46."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D124/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 46 in the Report)","°",0.19,0.19,0.19]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43,43,43]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,-20,-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D132+D131","v":-152},-150,-150]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D133+10*LOG10(D126)+30","v":-92},{"$f":"E133+10*LOG10(E126)+30","v":-90},{"$f":"F133+10*LOG10(F126)+30","v":-90}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D127-30","v":-131.82999999999998},{"$f":"-113.83+E127-30","v":-129.82999999999998},{"$f":"-113.83+F127-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D138-D139+D146","v":7},27,27]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D140-10*LOG(D141*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D140+D142-10*LOG(D141*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D140+D142","v":7},27,27]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6,-28.6,-28.6]
[null,"Antenna gain at offset angle ε (offset angle ε=3,8°, see figure 46 in the Report )","dBi",29,29,29]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D145-D146+D150+D149","v":-24.6},{"$f":"E145-E146+E150+E149","v":-4.6000000000000014},{"$f":"F145-F146+F150+F149","v":-4.6000000000000014}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D151+D129-D130","v":18.399999999999999},{"$f":"E151+E129-E130","v":38.4},{"$f":"F151+F129-F130","v":38.4}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D152","v":18.399999999999999},{"$f":"E152","v":38.4},{"$f":"F152","v":38.4}]
[null,"BWCF","dB",{"$f":"IF(D126*1000<=D141, 0, 10*LOG10(D126/D141/1000))","v":-9.0308998699194358},{"$f":"IF(E126*1000<=E141, 0, 10*LOG10(E126/E141/1000))","v":-9.0308998699194358},{"$f":"IF(F126*1000<=F141, 0, 10*LOG10(F126/F141/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D154-D134+D155","v":101.36910013008057},{"$f":"E154-E134+E155","v":119.36910013008057},{"$f":"F154-F134+F155","v":119.36910013008057}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D158-32.44-20*LOG10(D124*1000))/20)","v":2.4733210333906311E-2},{"$f":"10^((E158-32.44-20*LOG10(E124*1000))/20)","v":0.16822133503704217},{"$f":"10^((F158-32.44-20*LOG10(F124*1000))/20)","v":0.15340391174362381}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.4702822442933026E-2,0.16566171218184636,0.15075346652904409]
[null,"Balance check (should be close to zero)","dB",{"$f":"D158-20*LOG10(D161)-D161*D160-32.44-20*LOG10(D124*1000)","v":7.9715104429567418E-4},{"$f":"E158-20*LOG10(E161)-E161*E160-32.44-20*LOG10(E124*1000)","v":6.4922305861614404E-4},{"$f":"F158-20*LOG10(F161)-F161*F160-32.44-20*LOG10(F124*1000)","v":6.2906769295523191E-4}]
[null,null,null,"Long term interference criterion","Long term interference criterion","Long term interference criterion"]
[]
[]
[]
[null,"Scenario 4: Light pole connected to a building by means of an FS link – FS Rx on light pole. Horizontal emission. See Report figure 47."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,132,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D172/10","v":2.6524437779252377E-3},2.2711549848484845E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,14,14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 47 in the Report)","°",3.62,3.62,3.62]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22,22,22]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20,-20,-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D180+D179","v":-152},-150,-150]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D181+10*LOG10(D174)+30","v":-92},{"$f":"E181+10*LOG10(E174)+30","v":-90},{"$f":"F181+10*LOG10(F174)+30","v":-90}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D175-30","v":-131.82999999999998},{"$f":"-113.83+E175-30","v":-129.82999999999998},{"$f":"-113.83+F175-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D186-D187+D194","v":7},27,27]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D188-10*LOG(D189*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D188+D190-10*LOG(D189*1000)","v":-32.030899869919438},-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D188+D190","v":7},27,27]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6,-28.6,-28.6]
[null,"Antenna gain in the direction of the FS receiver","dBi",32,32,32]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D193-D194+D198+D197","v":-21.6},{"$f":"E193-E194+E198+E197","v":-1.6000000000000014},{"$f":"F193-F194+F198+F197","v":-1.6000000000000014}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D199+D177-D178","v":0.39999999999999858},{"$f":"E199+E177-E178","v":20.399999999999999},{"$f":"F199+F177-F178","v":20.399999999999999}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D200","v":0.39999999999999858},{"$f":"E200","v":20.399999999999999},{"$f":"F200","v":20.399999999999999}]
[null,"BWCF","dB",{"$f":"IF(D174*1000<=D189, 0, 10*LOG10(D174/D189/1000))","v":-9.0308998699194358},{"$f":"IF(E174*1000<=E189, 0, 10*LOG10(E174/E189/1000))","v":-9.0308998699194358},{"$f":"IF(F174*1000<=F189, 0, 10*LOG10(F174/F189/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D202-D182+D203","v":83.369100130080568},{"$f":"E202-E182+E203","v":101.36910013008057},{"$f":"F202-F182+F203","v":101.36910013008057}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D206-32.44-20*LOG10(D172*1000))/20)","v":3.1137267004604742E-3},{"$f":"10^((E206-32.44-20*LOG10(E172*1000))/20)","v":2.1177811348407276E-2},{"$f":"10^((F206-32.44-20*LOG10(F172*1000))/20)","v":1.9312408276267758E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.8,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",3.1129908271375407E-3,2.1134708941904487E-2,1.9267872944877286E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D206-20*LOG10(D209)-D209*D208-32.44-20*LOG10(D172*1000)","v":8.0780012261527645E-4},{"$f":"E206-20*LOG10(E209)-E209*E208-32.44-20*LOG10(E172*1000)","v":7.8831301124182573E-4},{"$f":"F206-20*LOG10(F209)-F209*F208-32.44-20*LOG10(F172*1000)","v":7.8533211373610357E-4}]
[null,null,null,"Long term interference criterion","Long term interference criterion","Long term interference criterion"]

{"sheet":"M-&PA-CDR vs. FS 167-182GHz P","index":15,"n_rows":207,"n_cols":4,"rows_kept":207,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 167-182 GHz and Fixed Service (FS) systems"]
[]
[null,"Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 44."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D10/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 44 in the Report)","°",0.19]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle δ in figure 44 in the Report)","°",0.67]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",40]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D20+D19","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D21+10*LOG10(D12)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D13-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",2.6]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D26-D27+D34","v":34.6}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D28-10*LOG(D29*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D28+D30-10*LOG(D29*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D28+D30","v":34.6}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=74°, see figure 44 in the Report )","dBi",0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D37","v":2.6000000000000014}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D38+D16-D18","v":45.6}]
[]
[null,"Reflected interference component:"]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 44 in the Report)","°",0]
[null,"Antenna gain at angle 0° (see figure 44 in the Report)","dBi",32]
[null,"Reflection loss on sand surface (angle of incidence 52,71°)","dB",12.5]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D43-D44","v":22.1}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D45+D17-D18","v":62.1}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D39/10)+10^(D46/10))","v":62.196154084401421}]
[null,"BWCF","dB",0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D48-D22+D49","v":127.19615408440143}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D52-32.44-20*LOG10(D10*1000))/20)","v":0.3199378643674699}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.2986776612089847]
[null,"Balance check (should be close to zero)","dB",{"$f":"D52-20*LOG10(D55)-D55*D54-32.44-20*LOG10(D10*1000)","v":-9.7331091410524095E-5}]
[null,null,null,"Peak power objective"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 45."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D66/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 45 in the Report)","°",3.62]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle α+β in figure 45 in the Report)","°",4.29]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",19]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D76+D75","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D77+10*LOG10(D68)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D69-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",2.6]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D82-D83+D90","v":34.6}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D84-10*LOG(D85*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D84+D86-10*LOG(D85*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D84+D86","v":34.6}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=67°, see figure 45 in the Report )","dBi",0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D93","v":2.6000000000000014}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D94+D72-D74","v":24.6}]
[]
[null,"Reflected interference component:"]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 45 in the Report)","°",0]
[null,"Antenna gain at angle 0° (see figure 45 in the Report)","dBi",32]
[null,"Reflection loss on sand surface (angle of incidence 56,33°)","dB",12.5]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D89-D90+D99-D100","v":22.1}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D101+D73-D74","v":41.1}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D95/10)+10^(D102/10))","v":41.196154084401414}]
[null,"BWCF","dB",0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D104-D78+D105","v":106.19615408440141}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D108-32.44-20*LOG10(D66*1000))/20)","v":2.851449217620141E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.8329760686572857E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D108-20*LOG10(D111)-D111*D110-32.44-20*LOG10(D66*1000)","v":-2.0480873499195695E-4}]
[null,null,null,"Peak power objective"]
[]
[]
[]
[null,"Scenario 3: Light pole connected to a building by means of an FS link – FS Rx on building. Horizontal emission. See Report figure 46."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D122/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 46 in the Report)","°",0.19]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D130+D129","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D131+10*LOG10(D124)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D125-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",2.6]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D136-D137+D144","v":34.6}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D138-10*LOG(D139*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D138+D140-10*LOG(D139*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D138+D140","v":34.6}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain at offset angle ε (offset angle ε=3,8°, see figure 46 in the Report )","dBi",29]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D143-D144+D147","v":31.6}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D148+D127-D128","v":74.599999999999994}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D149","v":74.599999999999994}]
[null,"BWCF","dB",0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D151-D132+D152","v":139.6}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D155-32.44-20*LOG10(D122*1000))/20)","v":1.3343136758340635}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.0481893693797566]
[null,"Balance check (should be close to zero)","dB",{"$f":"D155-20*LOG10(D158)-D158*D157-32.44-20*LOG10(D122*1000)","v":-1.500962380873716E-5}]
[null,null,null,"Peak power objective"]
[]
[]
[]
[null,"Scenario 4: Light pole connected to a building by means of an FS link – FS Rx on light pole. Horizontal emission. See Report figure 47."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D169/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 47 in the Report)","°",3.62]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D177+D176","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D178+10*LOG10(D171)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D172-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",2.6]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D183-D184+D191","v":34.6}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D185-10*LOG(D186*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D185+D187-10*LOG(D186*1000)","v":-4.4308998699194362}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D185+D187","v":34.6}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna gain in the direction of the FS receiver","dBi",32]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D190-D191+D194","v":34.6}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D195+D174-D175","v":56.6}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D196","v":56.6}]
[null,"BWCF","dB",0]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D198-D179+D199","v":121.6}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D202-32.44-20*LOG10(D169*1000))/20)","v":0.16798013938119868}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.1618382492213537]
[null,"Balance check (should be close to zero)","dB",{"$f":"D202-20*LOG10(D205)-D205*D204-32.44-20*LOG10(D169*1000)","v":-1.4118399749918353E-4}]
[null,null,null,"Peak power objective"]

{"sheet":"M-&PA-CDR vs. FS 167-182GHz LT","index":16,"n_rows":211,"n_cols":4,"rows_kept":211,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 167-182 GHz and Fixed Service (FS) systems"]
[]
[null,"Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 44."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D10/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 44 in the Report)","°",0.19]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle δ in figure 44 in the Report)","°",0.67]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",40]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D20+D19","v":-150}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D21+10*LOG10(D12)+30","v":-90}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D13-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-2]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D26-D27+D34","v":30}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D28-10*LOG(D29*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D28+D30-10*LOG(D29*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D28+D30","v":30}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=74°, see figure 44 in the Report )","dBi",0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D37","v":-2}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D38+D16-D18","v":41}]
[]
[null,"Reflected interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 44 in the Report)","°",0]
[null,"Antenna gain at angle 0° (see figure 44 in the Report)","dBi",32]
[null,"Reflection loss on sand surface (angle of incidence 52,71°)","dB",12.5]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D33-D34+D44-D45+D42","v":-11.100000000000001}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D46+D17-D18","v":28.9}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D39/10)+10^(D47/10))","v":41.259852503597614}]
[null,"BWCF","dB",{"$f":"IF(D12*1000<=D29, 0, 10*LOG10(D12/D29/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D49-D22+D50","v":122.22895263367818}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D53-32.44-20*LOG10(D10*1000))/20)","v":0.18059493629772772}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.17351312806255417]
[null,"Balance check (should be close to zero)","dB",{"$f":"D53-20*LOG10(D56)-D56*D55-32.44-20*LOG10(D10*1000)","v":4.383383603396851E-4}]
[null,null,null,"Long term interference criterion"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx on building. Reflected interference component points directly to FS Rx. See Report figure 45."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D67/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 45 in the Report)","°",3.62]
[null,"Misalignment of antenna main beam towards reflection point on sand surface (angle α+β in figure 45 in the Report)","°",4.29]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22]
[null,"Antenna gain in the direction of interferer for the reflected interference component (ITU-R-F.758-6)","dBi",19]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D77+D76","v":-150}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D78+10*LOG10(D69)+30","v":-90}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D70-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-2]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D83-D84+D91","v":30}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D85-10*LOG(D86*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D85+D87-10*LOG(D86*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D85+D87","v":30}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle (offset angle ξ=67°, see figure 45 in the Report )","dBi",0]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D90-D91+D94","v":-2}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D95+D73-D75","v":20}]
[]
[null,"Reflected interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6]
[null,"Misalignment of reflected interference component towards FS receiver (see figure 45 in the Report)","°",0]
[null,"Antenna gain at angle 0° (see figure 45 in the Report)","dBi",32]
[null,"Reflection loss on sand surface (angle of incidence 56,33°)","dB",12.5]
[null,"Reflected  e.i.r.p. component sent to FS system","dBm",{"$f":"D90-D91+D101-D102+D99","v":-11.100000000000001}]
[null,"Reflected e.i.r.p. component at FS receiver","dBm",{"$f":"D103+D74-D75","v":7.8999999999999986}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"10*LOG10(10^(D96/10)+10^(D104/10))","v":20.259852503597617}]
[null,"BWCF","dB",{"$f":"IF(D69*1000<=D86, 0, 10*LOG10(D69/D86/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D106-D79+D107","v":101.22895263367818}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D110-32.44-20*LOG10(D67*1000))/20)","v":1.6095540639755386E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.6034802801408194E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D110-20*LOG10(D113)-D113*D112-32.44-20*LOG10(D67*1000)","v":7.693081866761986E-4}]
[null,null,null,"Long term interference criterion"]
[]
[]
[]
[null,"Scenario 3: Light pole connected to a building by means of an FS link – FS Rx on building. Horizontal emission. See Report figure 46."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D124/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle ε-α in figure 46 in the Report)","°",0.19]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",43]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D132+D131","v":-150}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D133+10*LOG10(D126)+30","v":-90}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D127-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-2]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D138-D139+D146","v":30}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D140-10*LOG(D141*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D140+D142-10*LOG(D141*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D140+D142","v":30}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6]
[null,"Antenna side-lobe gain at offset angle ε (offset angle ε=3,8°, see figure 46 in the Report )","dBi",29]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D145-D146+D150+D149","v":-1.6000000000000014}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D151+D129-D130","v":41.4}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D152","v":41.4}]
[null,"BWCF","dB",{"$f":"IF(D126*1000<=D141, 0, 10*LOG10(D126/D141/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D154-D134+D155","v":122.36910013008057}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D158-32.44-20*LOG10(D124*1000))/20)","v":0.18353248451798015}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.17622548303431654]
[null,"Balance check (should be close to zero)","dB",{"$f":"D158-20*LOG10(D161)-D161*D160-32.44-20*LOG10(D124*1000)","v":4.3371672961711738E-4}]
[null,null,null,"Long term interference criterion"]
[]
[]
[]
[null,"Scenario 4: Light pole connected to a building by means of an FS link – FS Rx on light pole. Horizontal emission. See Report figure 47."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)"]
[null,"FS system:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D172/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14]
[null,"Misalignment of antenna main beam towards CDR (angle α in figure 47 in the Report)","°",3.62]
[null,"Antenna gain in the direction of interferer for the side-lobe interference component (ITU-R-F.758-6)","dBi",22]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0]
[null,"I/N criteria (ITU-R F.758-6 )","dB",-20]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D180+D179","v":-150}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D181+10*LOG10(D174)+30","v":-90}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D175-30","v":-129.82999999999998}]
[]
[null,"M- and PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-2]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D186-D187+D194","v":30}]
[null,"Bandwidth of CDR Tx signal ","GHz",8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D188-10*LOG(D189*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D188+D190-10*LOG(D189*1000)","v":-9.0308998699194376}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D188+D190","v":30}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32]
[]
[null,"Side-lobe interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6]
[null,"Antenna gain in the direction of the FS receiver","dBi",32]
[null,"Direct  e.i.r.p. component sent to FS system","dBm",{"$f":"D193-D194+D198+D197","v":1.3999999999999986}]
[null,"Direct  e.i.r.p. component at FS receiver","dBm",{"$f":"D199+D177-D178","v":23.4}]
[]
[null,"Total  e.i.r.p. at FS receiver","dBm",{"$f":"D200","v":23.4}]
[null,"BWCF","dB",{"$f":"IF(D174*1000<=D189, 0, 10*LOG10(D174/D189/1000))","v":-9.0308998699194358}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D202-D182+D203","v":104.36910013008057}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D206-32.44-20*LOG10(D172*1000))/20)","v":2.310537086494047E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",2.2981438316414769E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D206-20*LOG10(D209)-D209*D208-32.44-20*LOG10(D172*1000)","v":7.5187984273838993E-4}]
[null,null,null,"Long term interference criterion"]

{"sheet":"Amateur 116-148,5GHz","index":17,"n_rows":100,"n_cols":11,"rows_kept":100,"cut":false,"hidden":false,"merged":[[4,3,4,6],[4,7,4,10],[57,3,57,6],[57,7,57,10]]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 116 to 148,5 GHz and Amateur systems"]
[]
[null,"Victim Amateur system",null,"Band of amateur system: 122,25-123 GHz",null,null,null,"Band of amateur system: 134-141 GHz"]
[null,"Sensor type",null,"Morse on-off keying","Analogue voice","Data, digital voice and multimedia","Earth-moon-earth (EME) systems","Morse on-off keying","Analogue voice","Data, digital voice and multimedia","Earth-moon-earth (EME) systems"]
[null,"Amateur system:","Units"]
[null,"Assumed centre frequency of Amateur system","GHz",122.625,122.625,122.625,122.625,137.5,137.5,137.5,137.5]
[null,"Wavelength of Amateur system","m",{"$f":"2.99792458/D8/10","v":2.4447906870540262E-3},2.4447906870540262E-3,2.4447906870540262E-3,2.4447906870540262E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3]
[null,"Receiver IF bandwidth (ITU-R M.1732-2)","MHz",5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3,5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3]
[null,"Receiver noise figure (ITU-R M.1732-2)","dB",3,3,3,3,3,3,3,3]
[null,"Antenna gain in the direction of interferer (ITU-R M.1732-2)","dBi",32,32,32,32,32,32,32,32]
[null,"Feeder (insertion) loss (ITU-R M.1732-2)","dB",2,2,2,3,2,2,2,3]
[null,"I/N criteria (ITU-R M.1808)","dB",-10,-10,-10,-10,-10,-10,-10,-10]
[null,"Receiver noise power density","dBW/MHz",{"$f":"-113.83+D11-30","v":-140.82999999999998},-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998]
[null,"Interference power density threshold","dBW/MHz",{"$f":"D15+D14","v":-150.82999999999998},-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D16+10*LOG10(D10)+30","v":-153.8402999566398},-146.51636235841011,-146.51636235841011,-147.02788758288392,-153.8402999566398,-146.51636235841011,-146.51636235841011,-147.02788758288392]
[]
[null,"M-CDR/PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if Amateur victim is located in an adjacent band)","dB",0,0,0,0,0,0,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D20-D21+D28","v":27},27,27,27,27,27,27,27]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8,8,8,8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D22-10*LOG(D23*1000)","v":-12.030899869919438},-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D22+D24-10*LOG(D23*1000)","v":-12.030899869919438},-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438,-12.030899869919438]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D22+D24","v":27},27,27,27,27,27,27,27]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32,32,32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6,-28.6]
[null,"Direct e.i.r.p. component sent to RAS","dBm",{"$f":"D31+D27","v":-1.6000000000000014},-1.6000000000000014,-1.6000000000000014,-1.6000000000000014,-1.6000000000000014,-1.6000000000000014,-1.6000000000000014,-1.6000000000000014]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",0,0,0,0,0,0,0,0]
[null,"Side-lobe e.i.r.p. component sent to Amateur system","dBm",{"$f":"D27-D28+D35","v":-5},-5,-5,-5,-5,-5,-5,-5]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",-28,-28,-28,-28,-28,-28,-28,-28]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",18,18,18,18,18,18,18,18]
[null,"Reflected e.i.r.p. component sent to Amateur system","dBm",{"$f":"D27+D39-D40","v":-19},-19,-19,-19,-19,-19,-19,-19]
[]
[null,"Total e.i.r.p. towards Amateur system","dBm",{"$f":"10*LOG10(10^(D32/10)+10^(D36/10)+10^(D41/10))","v":8.8759850816512637E-2},8.8759850816512637E-2,8.8759850816512637E-2,8.8759850816512637E-2,8.8759850816512637E-2,8.8759850816512637E-2,8.8759850816512637E-2,8.8759850816512637E-2]
[null,"BWCF","dB",{"$f":"IF(D23*1000<=D10, 0, 10*LOG10(D10/D23/1000))","v":-72.04119982655925},-64.71726222832956,-64.71726222832956,-65.228787452803374,-72.04119982655925,-64.71726222832956,-64.71726222832956,-65.228787452803374]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D43-(D17-D12+D13)+D44","v":111.88785998089705},111.88785998089705,111.88785998089705,110.88785998089705,111.88785998089705,111.88785998089705,111.88785998089705,110.88785998089705]
[null,"Separation distance with FSL model","km",{"$f":"10^((D47-32.44-20*LOG10(D8*1000))/20)","v":7.6526874915893092E-2},7.6526874915893092E-2,7.6526874915893092E-2,6.8204649061233552E-2,6.8248058447719223E-2,6.8248058447719223E-2,6.8248058447719223E-2,6.082614611733643E-2]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.4,0.4,0.8,0.8,0.8,0.8]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",7.6251876411615807E-2,7.6251839374434902E-2,7.6251839374434902E-2,6.7985366635225433E-2,6.7817303609401386E-2,6.7817303609393392E-2,6.7817303609393392E-2,6.0483028175398988E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D47-20*LOG10(D50)-D50*D49-32.44-20*LOG10(D8*1000)","v":7.6811657388020649E-4},7.7235031372424601E-4,7.7235031372424601E-4,7.7654691071415982E-4,7.4180669700751878E-4,7.4180669805912203E-4,7.4180669805912203E-4,7.4906191950674383E-4]
[]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 116 to 148,5 GHz and Amateur systems"]
[]
[null,"Victim Amateur system",null,"Band of amateur system: 122,25-123 GHz",null,null,null,"Band of amateur system: 134-141 GHz"]
[null,"Sensor type",null,"Morse on-off keying","Analogue voice","Data, digital voice and multimedia","Earth-moon-earth (EME) systems","Morse on-off keying","Analogue voice","Data, digital voice and multimedia","Earth-moon-earth (EME) systems"]
[null,"Amateur system:","Units"]
[null,"Assumed centre frequency of Amateur system","GHz",122.625,122.625,122.625,122.625,137.5,137.5,137.5,137.5]
[null,"Wavelength of Amateur system","m",{"$f":"2.99792458/D61/10","v":2.4447906870540262E-3},2.4447906870540262E-3,2.4447906870540262E-3,2.4447906870540262E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3]
[null,"Receiver IF bandwidth (ITU-R M.1732-2)","MHz",5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3,5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3]
[null,"Receiver noise figure (ITU-R M.1732-2)","dB",3,3,3,3,3,3,3,3]
[null,"Antenna gain in the direction of interferer (ITU-R M.1732-2)","dBi",32,32,32,32,32,32,32,32]
[null,"Feeder (insertion) loss (ITU-R M.1732-2)","dB",2,2,2,3,2,2,2,3]
[null,"I/N criteria (ITU-R M.1808)","dB",-10,-10,-10,-10,-10,-10,-10,-10]
[null,"Receiver noise power density","dBW/MHz",{"$f":"-113.83+D64-30","v":-140.82999999999998},-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998]
[null,"Interference power density threshold","dBW/MHz",{"$f":"D68+D67","v":-150.82999999999998},-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D69+10*LOG10(D63)+30","v":-153.8402999566398},-146.51636235841011,-146.51636235841011,-147.02788758288392,-153.8402999566398,-146.51636235841011,-146.51636235841011,-147.02788758288392]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5,-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if Amateur victim is located in an adjacent band)","dB",0,0,0,0,0,0,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D73-D74+D81","v":5},5,5,5,5,5,5,5]
[null,"Bandwidth of CDR Tx signal ","GHz",5.7,5.7,5.7,5.7,5.7,5.7,5.7,5.7]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D75-10*LOG(D76*1000)","v":-32.558748556724915},-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D75+D77-10*LOG(D76*1000)","v":-32.558748556724915},-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915,-32.558748556724915]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D75+D77","v":5},5,5,5,5,5,5,5]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10,10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",7,7,7,7,7,7,7,7]
[null,"Side-lobe e.i.r.p. component sent to Amateur system","dBm",{"$f":"D80-D81+D84","v":2},2,2,2,2,2,2,2]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",0,0,0,0,0,0,0,0]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",18,18,18,18,18,18,18,18]
[null,"Reflected e.i.r.p. component sent to Amateur system","dBm",{"$f":"D80+D88-D89","v":-13},-13,-13,-13,-13,-13,-13,-13]
[]
[null,"Total e.i.r.p. towards Amateur system","dBm",{"$f":"10*LOG10(10^(D85/10)+10^(D90/10))","v":2.1352092210803817},2.1352092210803817,2.1352092210803817,2.1352092210803817,2.1352092210803817,2.1352092210803817,2.1352092210803817,2.1352092210803817]
[null,"BWCF","dB",{"$f":"IF(D76*1000<=D63, 0, 10*LOG10(D63/D76/1000))","v":-70.56904851336472},-63.245110915135037,-63.245110915135037,-63.756636139608851,-70.56904851336472,-63.245110915135037,-63.245110915135037,-63.756636139608851]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D92-(D70-D65+D66)+D93","v":115.40646066435545},115.40646066435545,115.40646066435545,114.40646066435545,115.40646066435545,115.40646066435545,115.40646066435545,114.40646066435545]
[null,"Separation distance with FSL model","km",{"$f":"10^((D96-32.44-20*LOG10(D61*1000))/20)","v":0.11474770621459382},0.11474770621459382,0.11474770621459382,0.10226900081245216,0.10233409072410592,0.10233409072410592,0.10233409072410592,9.1205354360923224E-2]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.4,0.4,0.8,0.8,0.8,0.8]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.11414003275635252,0.11414002279126501,0.11414002279126501,0.10178526885399808,0.10137779306775035,0.10137779306775027,0.10137779306775027,9.044404431324625E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D96-20*LOG10(D99)-D99*D98-32.44-20*LOG10(D61*1000)","v":4.6438652313440798E-4},4.6514883780446326E-4,4.6514883780446326E-4,4.6758675159708218E-4,4.4781324903908626E-4,4.4781324903908626E-4,4.4781324903908626E-4,4.5198352033537503E-4]

{"sheet":"Amateur 231,5-250GHz","index":18,"n_rows":100,"n_cols":7,"rows_kept":100,"cut":false,"hidden":false,"merged":[[4,3,4,6],[57,3,57,6]]}
[]
[]
[null,"Compatibility analysis between M-CDR and PA-CDR in the frequency band 231,5 to 250 GHz and Amateur systems"]
[]
[null,"Victim Amateur system",null,"Band of amateur system: 241-250 GHz"]
[null,"Sensor type",null,"Morse on-off keying","Analogue voice","Data, digital voice and multimedia","Earth-moon-earth (EME) systems"]
[null,"Amateur system:","Units"]
[null,"Assumed centre frequency of Amateur system","GHz",245.5,245.5,245.5,245.5]
[null,"Wavelength of Amateur system","m",{"$f":"2.99792458/D8/10","v":1.2211505417515276E-3},{"$f":"2.99792458/E8/10","v":1.2211505417515276E-3},{"$f":"2.99792458/F8/10","v":1.2211505417515276E-3},{"$f":"2.99792458/G8/10","v":1.2211505417515276E-3}]
[null,"Receiver IF bandwidth (ITU-R M.1732-2)","MHz",5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3]
[null,"Receiver noise figure (ITU-R M.1732-2)","dB",5,5,5,5]
[null,"Antenna gain in the direction of interferer (ITU-R M.1732-2)","dBi",32,32,32,32]
[null,"Feeder (insertion) loss (ITU-R M.1732-2)","dB",3,3,3,4]
[null,"I/N criteria (ITU-R M.1808)","dB",-10,-10,-10,-10]
[null,"Receiver noise power density","dBW/MHz",{"$f":"-113.83+D11-30","v":-138.82999999999998},{"$f":"-113.83+E11-30","v":-138.82999999999998},{"$f":"-113.83+F11-30","v":-138.82999999999998},{"$f":"-113.83+G11-30","v":-138.82999999999998}]
[null,"Interference power density threshold","dBW/MHz",{"$f":"D15+D14","v":-148.82999999999998},{"$f":"E15+E14","v":-148.82999999999998},{"$f":"F15+F14","v":-148.82999999999998},{"$f":"G15+G14","v":-148.82999999999998}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D16+10*LOG10(D10)+30","v":-151.8402999566398},{"$f":"E16+10*LOG10(E10)+30","v":-144.51636235841011},{"$f":"F16+10*LOG10(F10)+30","v":-144.51636235841011},{"$f":"G16+10*LOG10(G10)+30","v":-145.02788758288392}]
[]
[null,"M-CDR/PA-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",1,1,1,1]
[null,"Out-of-band unwanted emissions attenuation (if Amateur victim is located in an adjacent band)","dB",0,0,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D20-D21+D28","v":33},{"$f":"E20-E21+E28","v":33},{"$f":"F20-F21+F28","v":33},{"$f":"G20-G21+G28","v":33}]
[null,"Bandwidth of CDR Tx signal ","GHz",8,8,8,8]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D22-10*LOG(D23*1000)","v":-6.0308998699194376},{"$f":"E22-10*LOG(E23*1000)","v":-6.0308998699194376},{"$f":"F22-10*LOG(F23*1000)","v":-6.0308998699194376},{"$f":"G22-10*LOG(G23*1000)","v":-6.0308998699194376}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D22+D24-10*LOG(D23*1000)","v":-6.0308998699194376},{"$f":"E22+E24-10*LOG(E23*1000)","v":-6.0308998699194376},{"$f":"F22+F24-10*LOG(F23*1000)","v":-6.0308998699194376},{"$f":"G22+G24-10*LOG(G23*1000)","v":-6.0308998699194376}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D22+D24","v":33},{"$f":"E22+E24","v":33},{"$f":"F22+F24","v":33},{"$f":"G22+G24","v":33}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",32,32,32,32]
[]
[null,"Direct interference component:"]
[null,"Reduction of e.i.r.p. due to spatial distribution of the power over half-sphere","dB",-28.6,-28.6,-28.6,-28.6]
[null,"Direct e.i.r.p. component sent to RAS","dBm",{"$f":"D31+D27","v":4.3999999999999986},{"$f":"E31+E27","v":4.3999999999999986},{"$f":"F31+F27","v":4.3999999999999986},{"$f":"G31+G27","v":4.3999999999999986}]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",0,0,0,0]
[null,"Side-lobe e.i.r.p. component sent to Amateur system","dBm",{"$f":"D27-D28+D35","v":1},{"$f":"E27-E28+E35","v":1},{"$f":"F27-F28+F35","v":1},{"$f":"G27-G28+G35","v":1}]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",-28,-28,-28,-28]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",25,25,25,25]
[null,"Reflected e.i.r.p. component sent to Amateur system","dBm",{"$f":"D27+D39-D40","v":-20},{"$f":"E27+E39-E40","v":-20},{"$f":"F27+F39-F40","v":-20},{"$f":"G27+G39-G40","v":-20}]
[]
[null,"Total e.i.r.p. towards Amateur system","dBm",{"$f":"10*LOG10(10^(D32/10)+10^(D36/10)+10^(D41/10))","v":6.0456666942673296},{"$f":"10*LOG10(10^(E32/10)+10^(E36/10)+10^(E41/10))","v":6.0456666942673296},{"$f":"10*LOG10(10^(F32/10)+10^(F36/10)+10^(F41/10))","v":6.0456666942673296},{"$f":"10*LOG10(10^(G32/10)+10^(G36/10)+10^(G41/10))","v":6.0456666942673296}]
[null,"BWCF","dB",{"$f":"IF(D23*1000<=D10, 0, 10*LOG10(D10/D23/1000))","v":-72.04119982655925},{"$f":"IF(E23*1000<=E10, 0, 10*LOG10(E10/E23/1000))","v":-64.71726222832956},{"$f":"IF(F23*1000<=F10, 0, 10*LOG10(F10/F23/1000))","v":-64.71726222832956},{"$f":"IF(G23*1000<=G10, 0, 10*LOG10(G10/G23/1000))","v":-65.228787452803374}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D43-(D17-D12+D13)+D44","v":114.84476682434789},{"$f":"E43-(E17-E12+E13)+E44","v":114.84476682434789},{"$f":"F43-(F17-F12+F13)+F44","v":114.84476682434789},{"$f":"G43-(G17-G12+G13)+G44","v":113.84476682434789}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D47-32.44-20*LOG10(D8*1000))/20)","v":5.3726289109584248E-2},{"$f":"10^((E47-32.44-20*LOG10(E8*1000))/20)","v":5.3726289109584248E-2},{"$f":"10^((F47-32.44-20*LOG10(F8*1000))/20)","v":5.3726289109584248E-2},{"$f":"10^((G47-32.44-20*LOG10(G8*1000))/20)","v":4.7883605571361801E-2}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",3,3,3,3]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",5.2752480097843182E-2,5.2752480097811708E-2,5.2752480097811708E-2,4.7107354918191596E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D47-20*LOG10(D50)-D50*D49-32.44-20*LOG10(D8*1000)","v":6.2180865978689326E-4},{"$f":"E47-20*LOG10(E50)-E50*E49-32.44-20*LOG10(E8*1000)","v":6.2180866507333121E-4},{"$f":"F47-20*LOG10(F50)-F50*F49-32.44-20*LOG10(F8*1000)","v":6.2180866507333121E-4},{"$f":"G47-20*LOG10(G50)-G50*G49-32.44-20*LOG10(G8*1000)","v":6.4044536614460412E-4}]
[]
[]
[]
[]
[null,"Compatibility analysis between DBF-CDR in the frequency band 231,5 to 250 GHz and Amateur systems"]
[]
[null,"Victim Amateur system",null,"Band of amateur system: 241-250 GHz"]
[null,"Sensor type",null,"Morse on-off keying","Analogue voice","Data, digital voice and multimedia","Earth-moon-earth (EME) systems"]
[null,"Amateur system:","Units"]
[null,"Assumed centre frequency of Amateur system","GHz",245.5,245.5,245.5,245.5]
[null,"Wavelength of Amateur system","m",{"$f":"2.99792458/D61/10","v":1.2211505417515276E-3},{"$f":"2.99792458/E61/10","v":1.2211505417515276E-3},{"$f":"2.99792458/F61/10","v":1.2211505417515276E-3},{"$f":"2.99792458/G61/10","v":1.2211505417515276E-3}]
[null,"Receiver IF bandwidth (ITU-R M.1732-2)","MHz",5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3]
[null,"Receiver noise figure (ITU-R M.1732-2)","dB",5,5,5,5]
[null,"Antenna gain in the direction of interferer (ITU-R M.1732-2)","dBi",32,32,32,32]
[null,"Feeder (insertion) loss (ITU-R M.1732-2)","dB",3,3,3,4]
[null,"I/N criteria (ITU-R M.1808)","dB",-10,-10,-10,-10]
[null,"Receiver noise power density","dBW/MHz",{"$f":"-113.83+D64-30","v":-138.82999999999998},{"$f":"-113.83+E64-30","v":-138.82999999999998},{"$f":"-113.83+F64-30","v":-138.82999999999998},{"$f":"-113.83+G64-30","v":-138.82999999999998}]
[null,"Interference power density threshold","dBW/MHz",{"$f":"D68+D67","v":-148.82999999999998},{"$f":"E68+E67","v":-148.82999999999998},{"$f":"F68+F67","v":-148.82999999999998},{"$f":"G68+G67","v":-148.82999999999998}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D69+10*LOG10(D63)+30","v":-151.8402999566398},{"$f":"E69+10*LOG10(E63)+30","v":-144.51636235841011},{"$f":"F69+10*LOG10(F63)+30","v":-144.51636235841011},{"$f":"G69+10*LOG10(G63)+30","v":-145.02788758288392}]
[]
[null,"DBF-CDR system:"]
[null,"Conducted Tx power of CDR","dBm",-5,-5,-5,-5]
[null,"Out-of-band unwanted emissions attenuation (if Amateur victim is located in an adjacent band)","dB",0,0,0,0]
[null,"Tx e.i.r.p. of CDR","dBm",{"$f":"D73-D74+D81","v":5},{"$f":"E73-E74+E81","v":5},{"$f":"F73-F74+F81","v":5},{"$f":"G73-G74+G81","v":5}]
[null,"Bandwidth of CDR Tx signal ","GHz",0.63,0.63,0.63,0.63]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of CDR","dBm/MHz",{"$f":"D75-10*LOG(D76*1000)","v":-22.993405494535818},{"$f":"E75-10*LOG(E76*1000)","v":-22.993405494535818},{"$f":"F75-10*LOG(F76*1000)","v":-22.993405494535818},{"$f":"G75-10*LOG(G76*1000)","v":-22.993405494535818}]
[null,"Tx e.i.r.p. spectral density of CDR with mitigation ","dBm/MHz",{"$f":"D75+D77-10*LOG(D76*1000)","v":-22.993405494535818},{"$f":"E75+E77-10*LOG(E76*1000)","v":-22.993405494535818},{"$f":"F75+F77-10*LOG(F76*1000)","v":-22.993405494535818},{"$f":"G75+G77-10*LOG(G76*1000)","v":-22.993405494535818}]
[null,"Tx e.i.r.p. of CDR with mitigation","dBm",{"$f":"D75+D77","v":5},{"$f":"E75+E77","v":5},{"$f":"F75+F77","v":5},{"$f":"G75+G77","v":5}]
[null,"Gain of the CDR antenna in direction of main radiation","dBi",10,10,10,10]
[]
[null,"Side-lobe interference component:"]
[null,"Antenna side-lobe gain >60° offset angle","dBi",7,7,7,7]
[null,"Side-lobe e.i.r.p. component sent to Amateur system","dBm",{"$f":"D80-D81+D84","v":2},{"$f":"E80-E81+E84","v":2},{"$f":"F80-F81+F84","v":2},{"$f":"G80-G81+G84","v":2}]
[]
[null,"Reflected interference component:"]
[null,"Sidelobe suppression (first sidelobe, offset angle 20-30° (24° nominal)","dB",0,0,0,0]
[null,"Reflection loss on sand surface (angle of incidence 33°)","dB",25,25,25,25]
[null,"Reflected e.i.r.p. component sent to Amateur system","dBm",{"$f":"D80+D88-D89","v":-20},{"$f":"E80+E88-E89","v":-20},{"$f":"F80+F88-F89","v":-20},{"$f":"G80+G88-G89","v":-20}]
[]
[null,"Total e.i.r.p. towards Amateur system","dBm",{"$f":"10*LOG10(10^(D85/10)+10^(D90/10))","v":2.0273160433493893},{"$f":"10*LOG10(10^(E85/10)+10^(E90/10))","v":2.0273160433493893},{"$f":"10*LOG10(10^(F85/10)+10^(F90/10))","v":2.0273160433493893},{"$f":"10*LOG10(10^(G85/10)+10^(G90/10))","v":2.0273160433493893}]
[null,"BWCF","dB",{"$f":"IF(D76*1000<=D63, 0, 10*LOG10(D63/D76/1000))","v":-61.003705451175627},{"$f":"IF(E76*1000<=E63, 0, 10*LOG10(E63/E76/1000))","v":-53.679767852945943},{"$f":"IF(F76*1000<=F63, 0, 10*LOG10(F63/F76/1000))","v":-53.679767852945943},{"$f":"IF(G76*1000<=G63, 0, 10*LOG10(G63/G76/1000))","v":-54.191293077419758}]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D92-(D70-D65+D66)+D93","v":121.86391054881358},{"$f":"E92-(E70-E65+E66)+E93","v":121.86391054881356},{"$f":"F92-(F70-F65+F66)+F93","v":121.86391054881356},{"$f":"G92-(G70-G65+G66)+G93","v":120.86391054881356}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D96-32.44-20*LOG10(D61*1000))/20)","v":0.12054356490955501},{"$f":"10^((E96-32.44-20*LOG10(E61*1000))/20)","v":0.12054356490955477},{"$f":"10^((F96-32.44-20*LOG10(F61*1000))/20)","v":0.12054356490955477},{"$f":"10^((G96-32.44-20*LOG10(G61*1000))/20)","v":0.10743456531162675}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",3,3,3,3]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",0.11580431176577957,0.11580431176577929,0.11580431176577929,0.10365624655455058]
[null,"Balance check (should be close to zero)","dB",{"$f":"D96-20*LOG10(D99)-D99*D98-32.44-20*LOG10(D61*1000)","v":9.7308697033327007E-4},{"$f":"E96-20*LOG10(E99)-E99*E98-32.44-20*LOG10(E61*1000)","v":9.7308697033327007E-4},{"$f":"F96-20*LOG10(F99)-F99*F98-32.44-20*LOG10(F61*1000)","v":9.7308697033327007E-4},{"$f":"G96-20*LOG10(G99)-G99*G98-32.44-20*LOG10(G61*1000)","v":2.3046905539558793E-6}]