{"text_format":"1","workbook":"xlsx","n_sheets":11,"sheets":["Market Size","EESS 116-148,5GHz","EESS 167-182GHz","EESS 231,5-250GHz","RAS 116-148,5GHz","RAS 167-182GHz","RAS 231,5-250GHz","FS 116-148,5GHz","FS 167-182GHz","Amateur 116-148,5GHz","Amateur 231,5-250GHz"],"not_rendered":{"charts":0,"images":0,"macros":1,"external_links":0,"defined_names":0,"comments":4,"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":20,"n_cols":8,"rows_kept":20,"cut":false,"hidden":false,"merged":[[8,1,8,6],[9,1,9,6],[11,1,11,6],[12,1,12,6],[3,1,3,6],[4,1,4,6],[5,1,5,6],[6,1,6,6],[7,1,7,6],[18,1,18,6],[19,1,19,6],[10,1,10,6],[15,1,15,6],[16,1,16,6],[17,1,17,6],[14,1,14,6],[13,1,13,6]]}
[]
[]
[]
[]
[]
[null,"Accumulated number of idustry automation devices (open air) in the field 5 years after launch worldwide in all different frequency bands:",null,null,null,null,null,300000]
[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,{"$f":"H6*H7/100*H8/100","v":60000}]
[null,"Accumulated number of devices in the field after 5 years in Europe in the band 167-182GHz:",null,null,null,null,null,{"$f":"H6*H7/100*H9/100","v":36000}]
[null,"Accumulated number of devices in the field after 5 years in Europe in the band 231,5-250GHz:",null,null,null,null,null,{"$f":"H6*H7/100*H10/100","v":24000}]
[]
[null,"Land area of Europe [km²]",null,null,null,null,null,10523000]
[]
[null,"Interferer density in Europe in the band 116-148,5GHz [devices/km²]",null,null,null,null,null,{"$f":"H12/H16","v":5.7017960657607149E-3}]
[null,"Interferer density in Europe in the band 167-182GHz [devices/km²]",null,null,null,null,null,{"$f":"H13/H16","v":3.4210776394564286E-3}]
[null,"Interferer density in Europe in the band 231,5-250GHz [devices/km²]",null,null,null,null,null,{"$f":"H14/H16","v":2.2807184263042859E-3}]

{"sheet":"EESS 116-148,5GHz","index":1,"n_rows":84,"n_cols":7,"rows_kept":84,"cut":false,"hidden":false,"merged":[[2,3,2,4],[2,5,2,6],[45,3,45,4],[45,5,45,6]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 116-148,5 GHz and EESS"]
[]
[null,"Single-entry 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",{"$f":"2.99792458/D7/10","v":2.5166208436516262E-3},{"$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",null,12,12,12,12]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10]
[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 interferer","dBm",{"$f":"D21-D22+D28","v":42},42,22,{"$f":"G21-G22+G28","v":22}]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D23-10*LOG(D24*1000)","v":12},12,-8,{"$f":"G23-10*LOG(G24*1000)","v":-8}]
[null,"Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"D25-30","v":-18},-18,-38,{"$f":"G25-30","v":-38}]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Gain of the interferer antenna in direction of main radiation","dBi",32,32,32,32]
[]
[null,"Free space loss between interferer 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,"Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"D26-D30+D27","v":-214.03103128498418},-213.68787919808398,-230.93339074282497,{"$f":"G26-G30+G27","v":-235.30922857027994}]
[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,"Tank attenuation (according to clause 2.3 in the Report)","dB",48.4,48.4,61.82,61.82]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D31+D15-D32-D33-D34","v":-213.13103128498418},{"$f":"E31+E15-E32-E33-E34","v":-213.28787919808397},{"$f":"F31+F15-F32-F33-F34","v":-252.75339074282496},{"$f":"G31+G15-G32-G33-G34","v":-258.92922857027997}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single TLPR","dBW",{"$f":"D35+10*LOG10(D9)","v":-190.12073132834436},{"$f":"E35+10*LOG10(E9)","v":-190.27757924144416},{"$f":"F35+10*LOG10(F9)","v":-225.76369069946477},{"$f":"G35+10*LOG10(G9)","v":-231.93952852691979}]
[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",{"$f":"D36+10*LOG10(D37)","v":-190.12073132834436},{"$f":"E36+10*LOG10(E37)","v":-190.27757924144416},{"$f":"F36+10*LOG10(F37)","v":-225.76369069946477},{"$f":"G36+10*LOG10(G37)","v":-231.93952852691979}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D17-D18-D38","v":12.120731328344363},{"$f":"E17-E18-E38","v":12.277579241444158},{"$f":"F17-F18-F38","v":54.763690699464775},{"$f":"G17-G18-G38","v":60.939528526919787}]
[]
[]
[]
[]
[]
[]
[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",{"$f":"2.99792458/D50/10","v":2.5166208436516262E-3},{"$f":"2.99792458/E50/10","v":2.5166208436516262E-3},{"$f":"2.99792458/F50/10","v":1.9986163866666665E-3},{"$f":"2.99792458/G50/10","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",{"$f":"90-D54","v":36.700000000000003},{"$f":"90-E54","v":37},{"$f":"90-F54","v":90},{"$f":"90-G54","v":33.1}]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D54*PI()/180)/(1+D53/6371)))*180/PI()+0.00000001","v":45.182994227157891},45.197449705097966,1E-8,48.960285792894503]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D53)/6371)*SIN(D56*PI()/180))*180/PI()-D56)*PI()/180)/SIN(D56*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",null,12,12,12,12]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10]
[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 interferer","dBm",{"$f":"D64-D65+D71","v":20},20,0,0]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D66-10*LOG(D67*1000)","v":-10},-10,-30,-30]
[null,"Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"D68-30","v":-40},-40,-60,-60]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Average gain of the interferer antenna in the direction of the victim EESS system","dBi",10,10,10,10]
[]
[null,"Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*D57*1000/D51)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*E57*1000/E51)","v":195.68787919808398},{"$f":"20*LOG10(4*PI()*F57*1000/F51)","v":192.93339074282497},{"$f":"20*LOG10(4*PI()*G57*1000/G51)","v":197.30922857027994}]
[null,"Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"D69-D73+D70","v":-236.03103128498418},-235.68787919808398,-252.93339074282497,-257.30922857027997]
[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,"Tank attenuation (according to clause 2.3 in the Report)","dB",48.4,48.4,61.82,61.82]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D74+D58-D75-D76-D77","v":-235.13103128498418},{"$f":"E74+E58-E75-E76-E77","v":-235.28787919808397},{"$f":"F74+F58-F75-F76-F77","v":-274.75339074282499},{"$f":"G74+G58-G75-G76-G77","v":-280.92922857027997}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single TLPR","dBW",{"$f":"D78+10*LOG10(D52)","v":-212.12073132834436},{"$f":"E78+10*LOG10(E52)","v":-212.27757924144416},{"$f":"F78+10*LOG10(F52)","v":-247.7636906994648},{"$f":"G78+10*LOG10(G52)","v":-253.93952852691979}]
[null,"Uniform TLPR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H18","v":5.7017960657607149E-3},{"$f":"'Market Size'!H18","v":5.7017960657607149E-3},{"$f":"'Market Size'!H18","v":5.7017960657607149E-3},{"$f":"'Market Size'!H18","v":5.7017960657607149E-3}]
[null,"Aggregate TLPR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D80*75","v":0.42763470493205363},{"$f":"E80*75","v":0.42763470493205363},{"$f":"F80*75","v":0.42763470493205363},{"$f":"G80*75","v":0.42763470493205363}]
[null,"Number of aggregate TLPR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D81*D59,0)","v":36},{"$f":"ROUNDUP(E81*E59,0)","v":36},{"$f":"ROUNDUP(F81*F59,0)","v":66},{"$f":"ROUNDUP(G81*G59,0)","v":325}]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D79+10*LOG10(D82)","v":-196.55770632067149},{"$f":"E79+10*LOG10(E82)","v":-196.71455423377128},{"$f":"F79+10*LOG10(F82)","v":-229.5682513440461},{"$f":"G79+10*LOG10(G82)","v":-228.82069491713105}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D60-D61-D83","v":18.557706320671485},{"$f":"E60-E61-E83","v":18.714554233771281},{"$f":"F60-F61-F83","v":58.568251344046104},{"$f":"G60-G61-G83","v":57.82069491713105}]

{"sheet":"EESS 167-182GHz","index":2,"n_rows":84,"n_cols":14,"rows_kept":84,"cut":false,"hidden":false,"merged":[[2,3,2,5],[2,6,2,13],[45,3,45,5],[45,6,45,13]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 167-182 GHz and EESS"]
[]
[null,"Single-entry 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",{"$f":"2.99792458/D7/10","v":1.8114347915407854E-3},1.8114347915407854E-3,1.8114347915407854E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3,1.6804509977578475E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200,200,200,200,200,200,200]
[null,"Orbit altitude","km²",828,824,824,822,822,830,830,830,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",55.5,0,64,0,59,53.3,0,58.5,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$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",null,12,12,12,12,12,12,12,12,12,12,12]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10,10,10,10,10,10,10]
[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 interferer","dBm",{"$f":"D21-D22+D28","v":22},22,22,42,{"$f":"H21-H22+H28","v":42},42,42,42,42,42,42]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1,1,1,1,1,1,1,1]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D23-10*LOG(D24*1000)","v":-8},-8,-8,12,{"$f":"H23-10*LOG(H24*1000)","v":12},12,12,12,12,12,12]
[null,"Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"D25-30","v":-38},-38,-38,-18,{"$f":"H25-30","v":-18},-18,-18,-18,-18,-18,-18]
[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 interferer antenna in direction of main radiation","dBi",32,32,32,32,32,32,32,32,32,32,32]
[]
[null,"Free space loss between interferer 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},{"$f":"20*LOG10(4*PI()*F14*1000/F8)","v":200.70606463464196},{"$f":"20*LOG10(4*PI()*G14*1000/G8)","v":195.77311657348648},{"$f":"20*LOG10(4*PI()*H14*1000/H8)","v":200.3995308688082},199.53887001285864,195.85724207020692,200.38774504169734,199.53887001285864,193.03870523035835,197.30791615290838]
[null,"Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"D26-D30+D27","v":-237.21310619396533},-233.14228741806045,-238.70606463464196,-213.77311657348648,{"$f":"H26-H30+H27","v":-218.3995308688082},-217.53887001285864,-213.85724207020692,-218.38774504169734,-217.53887001285864,-211.03870523035835,-215.30791615290838]
[null,"Atmospheric loss (according to contribution SE24(20)063_rev1)","dB",5.7,3.2,7.4,8.3000000000000007,16,13.8,8.3000000000000007,15.8,13.8,8.3000000000000007,14.7]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3,3,3,3,3,3,3]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",63.3,63.3,63.3,64.45,64.45,64.45,64.45,64.45,64.45,64.45,64.45]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D31+D15-D32-3-D34","v":-255.2131061939653},-258.74228741806041,-268.50606463464197,-244.72311657348649,-257.04953086880818,-241.88887001285866,-246.60724207020695,-258.63774504169737,-246.78887001285864,-236.78870523035835,-247.45791615290835]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single TLPR","dBW",{"$f":"D35+10*LOG10(D9)","v":-232.20280623732549},-235.7319874614206,-245.49576467800216,-221.71281661684668,-234.03923091216836,-218.87857005621885,-223.59694211356714,-235.62744508505756,-223.77857005621883,-213.77840527371853,-224.44761619626854]
[null,"Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1,1,1,1,1,1,1,1]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D36+10*LOG10(D37)","v":-232.20280623732549},{"$f":"E36+10*LOG10(E37)","v":-235.7319874614206},{"$f":"F36+10*LOG10(F37)","v":-245.49576467800216},{"$f":"G36+10*LOG10(G37)","v":-221.71281661684668},{"$f":"H36+10*LOG10(H37)","v":-234.03923091216836},-218.87857005621885,-223.59694211356714,-235.62744508505756,-223.77857005621883,-213.77840527371853,-224.44761619626854]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D17-D18-D38","v":57.20280623732549},{"$f":"E17-E18-E38","v":60.731987461420601},{"$f":"F17-F18-F38","v":70.495764678002161},{"$f":"G17-G18-G38","v":46.712816616846681},{"$f":"H17-H18-H38","v":59.039230912168364},43.878570056218848,48.596942113567138,60.627445085057559,48.778570056218825,38.778405273718533,49.447616196268541]
[]
[]
[]
[]
[]
[]
[null,"Aggregate interference study",null,"Band of EESS: 164-167 GHz",null,null,"Band of EESS: 174,8-191,8 GHz"]
[null,"Victim EESS system",null,"Sensor P1","Sensor P2 (nadir)","Sensor P2 (outer)","MHS (nadir)","MHS (outer)","MWI","MWS (nadir)","MWS (outer)","ICI","AWS (nadir)","AWS (outer)"]
[null,"Sensor type",null,"Conical scan","Nadir scan","Nadir scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan","Conical scan","Nadir scan","Nadir scan"]
[null,"EESS:","Units"]
[null,"Assumed centre frequency of EESS","GHz",165.5,165.5,165.5,178.4,178.4,178.4,178.4,178.4,178.4,178.4,178.4]
[null,"Wavelength of EESS","m",{"$f":"2.99792458/D50/10","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",{"$f":"90-D54","v":34.5},90,26,90,31,36.700000000000003,90,31.5,36.700000000000003,90,34.299999999999997]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D54*PI()/180)/(1+D53/6371)))*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",{"$f":"6371*SIN((ASIN(((6371+D53)/6371)*SIN(D56*PI()/180))*180/PI()-D56)*PI()/180)/SIN(D56*PI()/180)","v":1316.6433515587985},824.00000000000045,1563.5654760504558,822.00000000000023,1400.207928002734,1268.1174814937638,829.99999999999943,1398.3092834001552,1268.1174814937638,600.00000000000011,980.87077854286042]
[null,"EESS antenna gain","dBi",54,43.9,43.9,44.8,44.8,56.9,43,43,52,50,50]
[null,"Size of EESS FOV on Earth's surface","km²",113,254,2083,201,1103,61,315,1762,164,28,141]
[null,"EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-163,-163,-163,-163,-163,-163,-163,-163,-163,-163,-163]
[null,"Apportionment factor",null,12,12,12,12,12,12,12,12,12,12,12]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10,10,10,10,10,10,10]
[null,"Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,0,0,0,0,0,0,0,0]
[null,"Tx e.i.r.p. of interferer","dBm",{"$f":"D64-D65+D71","v":0},0,0,20,20,20,20,20,20,20,20]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1,1,1,1,1,1,1,1]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D66-10*LOG(D67*1000)","v":-30},-30,-30,-10,-10,-10,-10,-10,-10,-10,-10]
[null,"Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"D68-30","v":-60},-60,-60,-40,-40,-40,-40,-40,-40,-40,-40]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0,0,0,0]
[null,"Average gain of the interferer antenna in the direction of the victim EESS system","dBi",10,10,10,10,10,10,10,10,10,10,10]
[]
[null,"Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*D57*1000/D51)","v":199.21310619396533},{"$f":"20*LOG10(4*PI()*E57*1000/E51)","v":195.14228741806045},{"$f":"20*LOG10(4*PI()*F57*1000/F51)","v":200.70606463464196},{"$f":"20*LOG10(4*PI()*G57*1000/G51)","v":195.77311657348648},{"$f":"20*LOG10(4*PI()*H57*1000/H51)","v":200.3995308688082},199.53887001285864,195.85724207020692,200.38774504169734,199.53887001285864,193.03870523035835,197.30791615290838]
[null,"Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"D69-D73+D70","v":-259.21310619396536},-255.14228741806045,-260.70606463464196,-235.77311657348648,-240.3995308688082,-239.53887001285864,-235.85724207020692,-240.38774504169734,-239.53887001285864,-233.03870523035835,-237.30791615290838]
[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,"Tank attenuation (according to clause 2.3 in the Report)","dB",63.3,63.3,63.3,64.45,64.45,64.45,64.45,64.45,64.45,64.45,64.45]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D74+D58-D75-D76-D77","v":-277.21310619396536},-280.74228741806041,-290.50606463464197,-266.72311657348649,-279.04953086880818,-263.88887001285866,-268.60724207020695,-280.63774504169737,-268.78887001285864,-258.78870523035835,-269.45791615290835]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single TLPR","dBW",{"$f":"D78+10*LOG10(D52)","v":-254.20280623732555},-257.7319874614206,-267.49576467800216,-243.71281661684668,-256.03923091216836,-240.87857005621885,-245.59694211356714,-257.62744508505756,-245.77857005621883,-235.77840527371853,-246.44761619626854]
[null,"Uniform TLPR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3},{"$f":"'Market Size'!H19","v":3.4210776394564286E-3}]
[null,"Aggregate TLPR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D80*75","v":0.25658082295923212},0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212,0.25658082295923212]
[null,"Number of aggregate TLPR devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(D81*D59,0)","v":29},66,535,52,284,16,81,453,43,8,37]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D79+10*LOG10(D82)","v":-239.57882625833599},-239.5365481060019,-240.21222685778989,-226.55278318049869,-231.506047511698,-228.8373702296596,-226.51209192478063,-231.06646306492925,-229.44388550042297,-226.7475054037991,-230.76559895559859]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D60-D61-D83","v":64.578826258335994},64.536548106001902,65.212226857789886,51.552783180498693,56.506047511698,53.837370229659598,51.512091924780634,56.066463064929252,54.443885500422965,51.747505403799096,55.765598955598591]

{"sheet":"EESS 231,5-250GHz","index":3,"n_rows":84,"n_cols":8,"rows_kept":84,"cut":false,"hidden":false,"merged":[[2,3,2,4],[2,5,2,7],[45,3,45,4],[45,5,45,7]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 231,5-250 GHz and EESS"]
[]
[null,"Single-entry 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",{"$f":"2.99792458/D7/10","v":1.3105681224043716E-3},1.3105681224043716E-3,1.2311805256673511E-3,1.2311805256673511E-3,1.2311805256673511E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200]
[null,"Orbit altitude","km²",600,600,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",0,55.7,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D11","v":90},34.299999999999997,36.700000000000003,90,34.299999999999997]
[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",null,12,12,12,12,12]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10]
[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 interferer","dBm",{"$f":"D21-D22+D28","v":22},22,{"$f":"F21-F22+F28","v":42},42,42]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1,1]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D23-10*LOG(D24*1000)","v":-8},-8,{"$f":"F23-10*LOG(F24*1000)","v":12},12,12]
[null,"Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"D25-30","v":-38},{"$f":"E25-30","v":-38},{"$f":"F25-30","v":-18},{"$f":"G25-30","v":-18},{"$f":"H25-30","v":-18}]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0]
[null,"Gain of the interferer antenna in direction of main radiation","dBi",32,32,32,32,32]
[]
[null,"Free space loss between interferer and EESS","dB",{"$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,"Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"D26-D30+D27","v":-233.19803028432597},-237.467241206876,{"$f":"F26-F30+F27","v":-220.24095232306962},-213.7407875405693,-218.00999846311936]
[null,"Atmospheric loss (according to contribution Doc. 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,"Tank attenuation (according to clause 2.3 in the Report)","dB",68.3,68.3,69.3,69.3,69.3]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D31+D15-D32-D33-D34","v":-259.29803028432599},{"$f":"E31+E15-E32-E33-E34","v":-267.26724120687601},{"$f":"F31+F15-F32-F33-F34","v":-249.34095232306964},{"$f":"G31+G15-G32-G33-G34","v":-241.34078754056929},{"$f":"H31+H15-H32-H33-H34","v":-249.60999846311938}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single TLPR","dBW",{"$f":"D35+10*LOG10(D9)","v":-236.28773032768618},{"$f":"E35+10*LOG10(E9)","v":-244.2569412502362},{"$f":"F35+10*LOG10(F9)","v":-226.33065236642983},{"$f":"G35+10*LOG10(G9)","v":-218.33048758392948},{"$f":"H35+10*LOG10(H9)","v":-226.59969850647957}]
[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",{"$f":"D36+10*LOG10(D37)","v":-236.28773032768618},{"$f":"E36+10*LOG10(E37)","v":-244.2569412502362},{"$f":"F36+10*LOG10(F37)","v":-226.33065236642983},{"$f":"G36+10*LOG10(G37)","v":-218.33048758392948},{"$f":"H36+10*LOG10(H37)","v":-226.59969850647957}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D17-D18-D38","v":64.287730327686177},{"$f":"E17-E18-E38","v":72.256941250236196},{"$f":"F17-F18-F38","v":54.330652366429831},{"$f":"G17-G18-G38","v":46.330487583929482},{"$f":"H17-H18-H38","v":54.599698506479569}]
[]
[]
[]
[]
[]
[]
[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",{"$f":"2.99792458/D50/10","v":1.3105681224043716E-3},1.3105681224043716E-3,1.2311805256673511E-3,1.2311805256673511E-3,1.2311805256673511E-3]
[null,"Reference bandwidth","MHz",200,200,200,200,200]
[null,"Orbit altitude","km²",600,600,830,600,600]
[null,"Angle of incidence at Earth's surface (from zenith)","deg",0,55.7,53.3,0,55.7]
[null,"Elevation angle at ground","deg",{"$f":"90-D54","v":90},34.299999999999997,36.700000000000003,90,34.299999999999997]
[null,"Off-nadir angle","deg",{"$f":"(ASIN(SIN(D54*PI()/180)/(1+D53/6371)))*180/PI()+0.00000001","v":1E-8},49.024959080746484,45.182994227157891,1E-8,49.024959080746484]
[null,"Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+D53)/6371)*SIN(D56*PI()/180))*180/PI()-D56)*PI()/180)/SIN(D56*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",null,12,12,12,12,12]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10]
[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 interferer","dBm",{"$f":"D64-D65+D71","v":0},0,20,20,20]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1,1]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D66-10*LOG(D67*1000)","v":-30},-30,-10,-10,-10]
[null,"Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"D68-30","v":-60},{"$f":"E68-30","v":-60},{"$f":"F68-30","v":-40},{"$f":"G68-30","v":-40},{"$f":"H68-30","v":-40}]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0]
[null,"Average gain of the interferer antenna in the direction of the victim EESS system","dBi",10,10,10,10,10]
[]
[null,"Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*D57*1000/D51)","v":195.19803028432597},{"$f":"20*LOG10(4*PI()*E57*1000/E51)","v":199.467241206876},{"$f":"20*LOG10(4*PI()*F57*1000/F51)","v":202.24095232306962},{"$f":"20*LOG10(4*PI()*G57*1000/G51)","v":195.7407875405693},{"$f":"20*LOG10(4*PI()*H57*1000/H51)","v":200.00999846311936}]
[null,"Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"D69-D73+D70","v":-255.19803028432597},-259.467241206876,-242.24095232306962,-235.7407875405693,-240.00999846311936]
[null,"Atmospheric loss (according to contribution SE24(20)WI71#9-3)","dB",4.8,8.5,8.8000000000000007,5.3,9.3000000000000007]
[null,"Polarisation mismatch loss","dB",3,3,3,3,3]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",68.3,68.3,69.3,69.3,69.3]
[null,"Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"D74+D58-D75-D76-D77","v":-281.29803028432599},{"$f":"E74+E58-E75-E76-E77","v":-289.26724120687601},{"$f":"F74+F58-F75-F76-F77","v":-271.34095232306964},{"$f":"G74+G58-G75-G76-G77","v":-263.34078754056929},{"$f":"H74+H58-H75-H76-H77","v":-271.60999846311938}]
[null,"Corresponding power at the EESS receiver in the reference bandwidth for a single TLPR","dBW",{"$f":"D78+10*LOG10(D52)","v":-258.28773032768618},{"$f":"E78+10*LOG10(E52)","v":-266.2569412502362},{"$f":"F78+10*LOG10(F52)","v":-248.33065236642983},{"$f":"G78+10*LOG10(G52)","v":-240.33048758392948},{"$f":"H78+10*LOG10(H52)","v":-248.59969850647957}]
[null,"Uniform TLPR device density (with uniform distribution over Europe)","1/km²",{"$f":"'Market Size'!H20","v":2.2807184263042859E-3},{"$f":"'Market Size'!H20","v":2.2807184263042859E-3},{"$f":"'Market Size'!H20","v":2.2807184263042859E-3},{"$f":"'Market Size'!H20","v":2.2807184263042859E-3},{"$f":"'Market Size'!H20","v":2.2807184263042859E-3}]
[null,"Aggregate TLPR device density (uniform distribution weighted with factor 75; acc. to annex 9 in the Report)","1/km²",{"$f":"D80*75","v":0.17105388197282145},{"$f":"E80*75","v":0.17105388197282145},{"$f":"F80*75","v":0.17105388197282145},{"$f":"G80*75","v":0.17105388197282145},{"$f":"H80*75","v":0.17105388197282145}]
[null,"Number of aggregate TLPR devices in the IFOV and active in the reference BW of the satellite","1/km²",{"$f":"ROUNDUP(D81*D59,0)","v":5},{"$f":"ROUNDUP(E81*E59,0)","v":25},{"$f":"ROUNDUP(F81*F59,0)","v":29},{"$f":"ROUNDUP(G81*G59,0)","v":5},{"$f":"ROUNDUP(H81*H59,0)","v":25}]
[null,"Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"D79+10*LOG10(D82)","v":-251.29803028432599},{"$f":"E79+10*LOG10(E82)","v":-252.27754116351582},{"$f":"F79+10*LOG10(F82)","v":-233.70667238744028},{"$f":"G79+10*LOG10(G82)","v":-233.34078754056929},{"$f":"H79+10*LOG10(H82)","v":-234.62029841975919}]
[null,"Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"D60-D61-D83","v":79.298030284325989},{"$f":"E60-E61-E83","v":80.277541163515821},{"$f":"F60-F61-F83","v":61.706672387440278},{"$f":"G60-G61-G83","v":61.340787540569295},{"$f":"H60-H61-H83","v":62.620298419759195}]

{"sheet":"RAS 116-148,5GHz","index":4,"n_rows":42,"n_cols":7,"rows_kept":42,"cut":false,"hidden":false,"merged":[[4,5,4,6],[4,3,4,4]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 116-148,5 GHz and RAS"]
[]
[]
[]
[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:","Units"]
[null,"Assumed centre frequency of RAS","GHz",96,96,135.75,135.75]
[null,"Wavelength of RAS","m",{"$f":"2.99792458/D8/10","v":3.1228381041666668E-3},3.1228381041666668E-3,{"$f":"2.99792458/F8/10","v":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",{"$f":"D13+30","v":-154.5},-179,{"$f":"F13+30","v":-159.5},-179]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,0,0]
[null,"Tx e.i.r.p. of interferer","dBm",{"$f":"D17-D18+D25","v":22},{"$f":"E17-E18+E25","v":22},{"$f":"F17-F18+F25","v":42},{"$f":"G17-G18+G25","v":42}]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D19-10*LOG(D20*1000)","v":-8},-8,{"$f":"F19-10*LOG(F20*1000)","v":12},12]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D19+D21-10*LOG(D20*1000)","v":-8},-8,{"$f":"F19+F21-10*LOG(F20*1000)","v":12},12]
[null,"Tx e.i.r.p. of interferer with mitigation ","dBm",{"$f":"D19+D21","v":22},{"$f":"E19+E21","v":22},{"$f":"F19+F21","v":42},{"$f":"G19+G21","v":42}]
[null,"Gain of interferer antenna in the direction of main radiation","dBi",32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",55.6,55.6,60.4,60.4]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"D24-D27","v":-33.6},{"$f":"E24-E27","v":-33.6},{"$f":"F24-F27","v":-18.399999999999999},{"$f":"G24-G27","v":-18.399999999999999}]
[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":-30},{"$f":"IF(F20*1000<=F10, 0, 10*LOG10(F10/F20/1000))","v":0},{"$f":"IF(G20*1000<=G10, 0, 10*LOG10(G10/G20/1000))","v":-30}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D28-(D14-D11+D12)+D29","v":120.9},{"$f":"E28-(E14-E11+E12)+E29","v":115.4},{"$f":"F28-(F14-F11+F12)+F29","v":141.1},{"$f":"G28-(G14-G11+G12)+G29","v":130.6}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D33-32.44-20*LOG10(D8*1000))/20)","v":0.27588543110486508},{"$f":"10^((E33-32.44-20*LOG10(E8*1000))/20)","v":0.1464632837635329},{"$f":"10^((F33-32.44-20*LOG10(F8*1000))/20)","v":1.9964579240448179},{"$f":"10^((G33-32.44-20*LOG10(G8*1000))/20)","v":0.59601907858444303}]
[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",0.27533609936576692,0.14631304303495171,1.9519611227177238,0.59196234822769034]
[null,"Balance check (should be close to zero)","dB",{"$f":"D33-20*LOG10(D36)-D36*D35-32.44-20*LOG10(D8*1000)","v":7.9206215808369507E-4},{"$f":"E33-20*LOG10(E36)-E36*E35-32.44-20*LOG10(E8*1000)","v":1.3569842404592691E-4},{"$f":"F33-20*LOG10(F36)-F36*F35-32.44-20*LOG10(F8*1000)","v":5.8385136125593817E-4},{"$f":"G33-20*LOG10(G36)-G36*G35-32.44-20*LOG10(G8*1000)","v":1.2531404743754138E-4}]
[null,null,null,"Note 2",null,"Note 1"]
[]
[null,"Note 1: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 5.3km. Therefore, a separation distance of at least 5.3km should be considered in order to protect RAS."]
[]
[null,"Note 2: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 0.8km. Therefore, a separation distance of at least 0.8km should be considered in order to protect RAS."]

{"sheet":"RAS 167-182GHz","index":5,"n_rows":42,"n_cols":7,"rows_kept":42,"cut":false,"hidden":false,"merged":[[4,3,4,4],[4,5,4,6]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 167-182 GHz and RAS"]
[]
[]
[]
[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:","Units"]
[null,"Assumed centre frequency of RAS","GHz",170.75,170.75,183.5,183.5]
[null,"Wavelength of RAS","m",{"$f":"2.99792458/D8/10","v":1.75573913909224E-3},1.75573913909224E-3,1.6337463651226157E-3,1.6337463651226157E-3]
[null,"Bandwidth (ITU-R RA.769-2 )","MHz",8000,1,8000,1]
[null,"Antenna gain in the direction of interferer (ITU-R RA.769-2 )","dBi",0,0,0,0]
[null,"Feeder (insertion) loss","dB",0,0,0,0]
[null,"Threshold Interference level at receiver input (ITU-R RA.769-2 )","dBW",-189.1,-209,-182.4,-209]
[null,"Threshold Interference level at receiver input","dBm",{"$f":"D13+30","v":-159.1},-179,-152.4,-179]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10]
[null,"Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",0,0,20,20]
[null,"Tx e.i.r.p. of interferer","dBm",{"$f":"D17-D18+D25","v":42},{"$f":"E17-E18+E25","v":42},{"$f":"F17-F18+F25","v":22},{"$f":"G17-G18+G25","v":22}]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D19-10*LOG(D20*1000)","v":12},12,-8,-8]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D19+D21-10*LOG(D20*1000)","v":12},12,-8,-8]
[null,"Tx e.i.r.p. of interferer with mitigation ","dBm",{"$f":"D19+D21","v":42},{"$f":"E19+E21","v":42},{"$f":"F19+F21","v":22},{"$f":"G19+G21","v":22}]
[null,"Gain of interferer antenna in the direction of main radiation","dBi",32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",63.8,63.8,64.900000000000006,64.900000000000006]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"D24-D27","v":-21.799999999999997},{"$f":"E24-E27","v":-21.799999999999997},{"$f":"F24-F27","v":-42.900000000000006},{"$f":"G24-G27","v":-42.900000000000006}]
[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":-30},{"$f":"IF(F20*1000<=F10, 0, 10*LOG10(F10/F20/1000))","v":0},{"$f":"IF(G20*1000<=G10, 0, 10*LOG10(G10/G20/1000))","v":-30}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D28-(D14-D11+D12)+D29","v":137.30000000000001},{"$f":"E28-(E14-E11+E12)+E29","v":127.19999999999999},{"$f":"F28-(F14-F11+F12)+F29","v":109.5},{"$f":"G28-(G14-G11+G12)+G29","v":106.1}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D33-32.44-20*LOG10(D8*1000))/20)","v":1.0248004032940923},{"$f":"10^((E33-32.44-20*LOG10(E8*1000))/20)","v":0.32036073961579614},{"$f":"10^((F33-32.44-20*LOG10(F8*1000))/20)","v":3.8847576573652252E-2},{"$f":"10^((G33-32.44-20*LOG10(G8*1000))/20)","v":2.6264185156682635E-2}]
[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",1.0002492752655348,0.31790335504822753,3.8242257469140839E-2,2.5986357413304552E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D33-20*LOG10(D36)-D36*D35-32.44-20*LOG10(D8*1000)","v":5.6849749466891808E-4},{"$f":"E33-20*LOG10(E36)-E36*E35-32.44-20*LOG10(E8*1000)","v":1.2382154562828873E-4},{"$f":"F33-20*LOG10(F36)-F36*F35-32.44-20*LOG10(F8*1000)","v":6.4819242703606506E-4},{"$f":"G33-20*LOG10(G36)-G36*G35-32.44-20*LOG10(G8*1000)","v":1.1891162446886483E-4}]
[null,null,null,"Note 1",null,"Note 2"]
[]
[null,"Note 1: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 2.7km. Therefore, a separation distance of at least 2.7km should be considered in order to protect RAS."]
[]
[null,"Note 2: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 0.1km. Therefore, a separation distance of at least 0.1km should be considered in order to protect RAS."]

{"sheet":"RAS 231,5-250GHz","index":6,"n_rows":44,"n_cols":9,"rows_kept":44,"cut":false,"hidden":false,"merged":[[4,3,4,4],[4,5,4,6],[4,7,4,8]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 231,5-250 GHz and RAS"]
[]
[]
[]
[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:","Units"]
[null,"Assumed centre frequency of RAS","GHz",210.75,210.75,236.5,236.5,245.5,245.5]
[null,"Wavelength of RAS","m",{"$f":"2.99792458/D8/10","v":1.4225027663107947E-3},1.4225027663107947E-3,1.2676213868921776E-3,1.2676213868921776E-3,{"$f":"2.99792458/H8/10","v":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",{"$f":"D13+30","v":-157.80000000000001},-177,-157.80000000000001,-177,{"$f":"H13+30","v":-156.80000000000001},-177]
[]
[null,"TLPR system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10,10]
[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 e.i.r.p. of interferer","dBm",{"$f":"D17-D18+D25","v":22},22,42,42,42,42]
[null,"Bandwidth of interferer Tx signal","GHz",1,1,1,1,1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D19-10*LOG(D20*1000)","v":-8},-8,12,12,{"$f":"H19-10*LOG(H20*1000)","v":12},12]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D19+D21-10*LOG(D20*1000)","v":-8},-8,12,12,{"$f":"H19+H21-10*LOG(H20*1000)","v":12},12]
[null,"Tx e.i.r.p. of interferer with mitigation ","dBm",{"$f":"D19+D21","v":22},22,42,42,42,42]
[null,"Gain of interferer antenna in the direction of main radiation","dBi",32,32,32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",67,67,68.900000000000006,68.900000000000006,69.5,69.5]
[null,"Total e.i.r.p. towards RAS","dBm",{"$f":"D24-D27","v":-45},-45,-26.900000000000006,-26.900000000000006,-27.5,-27.5]
[null,"BWCF","dB",{"$f":"IF(D20*1000<=D10, 0, 10*LOG10(D10/D20/1000))","v":0},-30,0,-30,0,-30]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D28-(D14-D11+D12)+D29","v":112.80000000000001},102,130.9,120.1,129.30000000000001,119.5]
[null,"Separation distance with FSL model","km",{"$f":"10^((D33-32.44-20*LOG10(D8*1000))/20)","v":4.9457529271331277E-2},1.4263707248532535E-2,0.35413500301348155,0.10213365050507148,0.28375825422027268,9.182237116710508E-2]
[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",4.9382748571665538E-2,1.4257630503483684E-2,0.35027198500588874,0.10180939118400655,0.28108470820095288,9.1540770762419274E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D33-20*LOG10(D36)-D36*D35-32.44-20*LOG10(D8*1000)","v":7.9747761671455919E-4},1.3681691771694204E-4,6.9559186128742567E-4,1.3175509344875991E-4,7.1111727677930503E-4,1.3195100635243762E-4]
[null,null,null,"Note 1",null,"Note 2",null,"Note 3"]
[]
[null,"Note 1: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 0.2km. Therefore, a separation distance of at least 0.2km should be considered in order to protect RAS."]
[]
[null,"Note 2: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 1km. Therefore, a separation distance of at least 1km should be considered in order to protect RAS."]
[]
[null,"Note 3: A power spectral density of 12dBm/MHz in the whole RAS bandwidth of 8GHz would result in a separation distance of 0.8km. Therefore, a separation distance of at least 0.8km should be considered in order to protect RAS."]

{"sheet":"FS 116-148,5GHz","index":7,"n_rows":87,"n_cols":9,"rows_kept":87,"cut":false,"hidden":false,"merged":[]}
[null,"Compatibility analysis between tank level probing radar 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 (TLPR main beam points exactly towards FS receiver). See Report Figure 52."]
[]
[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:","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",{"$f":"2.99792458/D8/10","v":2.6524437779252377E-3},2.6524437779252377E-3,2.2711549848484845E-3,2.2711549848484845E-3,2.0711050639032813E-3,2.0711050639032813E-3]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000,1000,1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",12,12,14,14,14,14]
[null,"Misalignment of antenna main beam towards TLPR (angle δ in Figure 52 in the Report)","°",0.19,0.19,0.19,0.19,0.19,0.19]
[null,"Antenna gain in the direction of interferer (ITU-R-F.758-6)","dBi",43,43,43,43,43,43]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0,0,0,0]
[null,"I/N criterion (ITU-R F.758-6 )","dB",-20,5,-20,5,-20,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-132,-130,-130,-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D16+D15","v":-152},-127,-150,-125,-150,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D17+10*LOG10(D10)+30","v":-92},-67,-90,-65,-90,-65]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D11-30","v":-131.82999999999998},-131.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998]
[]
[null,"Radiodetermination system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10,10]
[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 interferer","dBm",{"$f":"D22-D23+D30","v":22},22,42,42,42,42]
[null,"Bandwidth of interferer Tx signal ","GHz",1,1,1,1,1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D24-10*LOG(D25*1000)","v":-8},-8,12,12,12,12]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D24+D26-10*LOG(D25*1000)","v":-8},-8,12,12,12,12]
[null,"Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"D24+D26","v":22},22,42,42,42,42]
[null,"Gain of interferer antenna in direction of main radiation","dBi",32,32,32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",57.8,57.8,60,60,61.3,61.3]
[null,"Total e.i.r.p. towards FS system","dBm",{"$f":"D29-D32","v":-35.799999999999997},-35.799999999999997,-18,-18,-19.299999999999997,-19.299999999999997]
[null,"BWCF","dB",{"$f":"IF(D25*1000<=D10, 0, 10*LOG10(D10/D25/1000))","v":0},0,{"$f":"IF(F25*1000<=F10, 0, 10*LOG10(F10/F25/1000))","v":0},0,{"$f":"IF(H25*1000<=H10, 0, 10*LOG10(H10/H25/1000))","v":0},0]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D33-(D18-D13+D14)+D34","v":99.2},74.2,115,90,113.7,88.7]
[null,"Separation distance with FSL model","km",{"$f":"10^((D38-32.44-20*LOG10(D8*1000))/20)","v":1.926750517454686E-2},1.083491439296659E-3,0.10172461826802,5.7203956641320745E-3,7.9869584952822009E-2,4.4913968244773067E-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",1.9250130819577538E-2,1.0835206893668168E-3,0.10078332433237709,5.7178413432165971E-3,7.9144029052699197E-2,4.489434850778358E-3]
[null,"Balance check (should be close to zero)","dB",{"$f":"D38-20*LOG10(D41)-D41*D40-32.44-20*LOG10(D8*1000)","v":1.3592909401438646E-4},-6.6789047168924753E-4,1.2112770770045245E-4,-6.9490776215275218E-4,1.2141309795765665E-4,-6.9435486057045637E-4]
[null,null,null,"Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx at light pole (TLPR main beam points exactly towards FS receiver). See Report Figure 53."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz","Band of FS system: 111,8-114,25 GHz","Band of FS system: 130-134 GHz","Band of FS system: 130-134 GHz","Band of FS system: 141-148,5 GHz","Band of FS system: 141-148,5 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS:","Units"]
[null,"Assumed centre frequency of FS system","GHz",113.02500000000001,113.02500000000001,132,132,144.75,144.75]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D52/10","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 TLPR (angle α in Figure 53 in the Report)","°",3.62,3.62,3.62,3.62,3.62,3.62]
[null,"Antenna gain in the direction of interferer (ITU-R-F.758-6)","dBi",22,22,22,22,22,22]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0,0,0,0]
[null,"I/N criterion (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",{"$f":"D60+D59","v":-152},-127,-150,-125,-150,-125]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D61+10*LOG10(D54)+30","v":-92},-67,-90,-65,-90,-65]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D55-30","v":-131.82999999999998},-131.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998]
[]
[null,"Radiodetermination system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10,10]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,20,0,0,0,0]
[null,"Tx e.i.r.p. of interferer","dBm",{"$f":"D66-D67+D74","v":22},22,42,42,42,42]
[null,"Bandwidth of interferer Tx signal ","GHz",1,1,1,1,1,1]
[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 interferer","dBm/MHz",{"$f":"D68-10*LOG(D69*1000)","v":-8},-8,12,12,12,12]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D68+D70-10*LOG(D69*1000)","v":-8},-8,12,12,12,12]
[null,"Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"D68+D70","v":22},22,42,42,42,42]
[null,"Gain of interferer antenna in direction of main radiation","dBi",32,32,32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",57.8,57.8,60,60,61.3,61.3]
[null,"Total e.i.r.p. towards FS system","dBm",{"$f":"D73-D76","v":-35.799999999999997},-35.799999999999997,-18,-18,-19.299999999999997,-19.299999999999997]
[null,"BWCF","dB",{"$f":"IF(D69*1000<=D54, 0, 10*LOG10(D54/D69/1000))","v":0},0,{"$f":"IF(F69*1000<=F54, 0, 10*LOG10(F54/F69/1000))","v":0},0,{"$f":"IF(H69*1000<=H54, 0, 10*LOG10(H54/H69/1000))","v":0},0]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D77-(D62-D57+D58)+D78","v":78.2},53.2,94,69,92.7,67.7]
[null,"Separation distance with FSL model","km",{"$f":"10^((D82-32.44-20*LOG10(D52*1000))/20)","v":1.7172182062311664E-3},9.6566276173302784E-5,9.0662161462669952E-3,5.0983080021539196E-4,7.1183842517555463E-3,4.002961633346323E-4]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.8,0.8,1,1]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",1.7170552561154599E-3,9.6573243706197406E-5,9.058513313473817E-3,5.0984605294058442E-4,7.1124463345500783E-3,4.0030848561280907E-4]
[null,"Balance check (should be close to zero)","dB",{"$f":"D82-20*LOG10(D85)-D85*D84-32.44-20*LOG10(D52*1000)","v":1.3743766494656029E-4},-6.653184580756033E-4,1.3602612136764947E-4,-6.6773071134207385E-4,1.3605489763790501E-4,-6.6768127311434E-4]
[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":"FS 167-182GHz","index":8,"n_rows":87,"n_cols":5,"rows_kept":87,"cut":false,"hidden":false,"merged":[]}
[null,"Compatibility analysis between tank level probing radar 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 (TLPR main beam points exactly towards FS receiver). See Report figure 53."]
[]
[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:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9,170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D8/10","v":1.7541981158572264E-3},{"$f":"2.99792458/E8/10","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 TLPR (angle δ in figure 53 in the Report)","°",0.19,0.19]
[null,"Antenna gain in the direction of interferer (ITU-R-F.758-6)","dBi",43,43]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0]
[null,"I/N criterion (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",{"$f":"D16+D15","v":-150},{"$f":"E16+E15","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D17+10*LOG10(D10)+30","v":-90},{"$f":"E17+10*LOG10(E10)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D11-30","v":-129.82999999999998},{"$f":"-113.83+E11-30","v":-129.82999999999998}]
[]
[null,"Radiodetermination system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10]
[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 interferer","dBm",{"$f":"D22-D23+D30","v":42},{"$f":"E22-E23+E30","v":42}]
[null,"Bandwidth of interferer Tx signal ","GHz",1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D24-10*LOG(D25*1000)","v":12},{"$f":"E24-10*LOG(E25*1000)","v":12}]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D24+D26-10*LOG(D25*1000)","v":12},{"$f":"E24+E26-10*LOG(E25*1000)","v":12}]
[null,"Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"D24+D26","v":42},{"$f":"E24+E26","v":42}]
[null,"Gain of interferer antenna in direction of main radiation","dBi",32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",63.8,63.8]
[null,"Total e.i.r.p. towards FS system","dBm",{"$f":"D29-D32","v":-21.799999999999997},{"$f":"E29-E32","v":-21.799999999999997}]
[null,"BWCF","dB",{"$f":"IF(D25*1000<=D10, 0, 10*LOG10(D10/D25/1000))","v":0},0]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D33-(D18-D13+D14)+D34","v":111.2},{"$f":"E33-(E18-E13+E14)+E34","v":86.2}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D38-32.44-20*LOG10(D8*1000))/20)","v":5.0729191091762181E-2},{"$f":"10^((E38-32.44-20*LOG10(E8*1000))/20)","v":2.852712054437598E-3}]
[null,"Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",2,2]
[null,"Separation distance adjusted for attenuation due to atmospheric gases","km",5.0146133655622975E-2,2.8508417855656297E-3]
[null,"Balance check (should be close to zero)","dB",{"$f":"D38-20*LOG10(D41)-D41*D40-32.44-20*LOG10(D8*1000)","v":1.1740083951394809E-4},{"$f":"E38-20*LOG10(E41)-E41*E40-32.44-20*LOG10(E8*1000)","v":-5.2528707499277516E-6}]
[null,null,null,"Long term interference criterion","Peak power objective"]
[]
[]
[]
[null,"Scenario 2: Light pole connected to a building by means of an FS link – FS Rx at light pole (TLPR main beam points exactly towards FS receiver). See Report figure 54."]
[]
[null,"Victim Fixed Service (FS) system",null,"Band of FS system: 167-174,8 GHz","Band of FS system: 167-174,8 GHz"]
[null,"Sensor type",null,"Point-to-point (PP)","Point-to-point (PP)"]
[null,"FS:","Units"]
[null,"Assumed centre frequency of FS system","GHz",170.9,170.9]
[null,"Wavelength of FS system","m",{"$f":"2.99792458/D52/10","v":1.7541981158572264E-3},{"$f":"2.99792458/E52/10","v":1.7541981158572264E-3}]
[null,"Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000]
[null,"Receiver noise figure (ITU-R-F.758-6)","dB",14,14]
[null,"Misalignment of antenna main beam towards TLPR (angle α in figure 54 in the Report)","°",3.62,3.62]
[null,"Antenna gain in the direction of interferer (ITU-R-F.758-6)","dBi",22,22]
[null,"Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0]
[null,"I/N criterion (ITU-R F.758-6 )","dB",-20,5]
[null,"Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-130,-130]
[null,"Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"D60+D59","v":-150},{"$f":"E60+E59","v":-125}]
[null,"Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"D61+10*LOG10(D54)+30","v":-90},{"$f":"E61+10*LOG10(E54)+30","v":-65}]
[null,"(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+D55-30","v":-129.82999999999998},{"$f":"-113.83+E55-30","v":-129.82999999999998}]
[]
[null,"Radiodetermination system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10]
[null,"Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",0,0]
[null,"Tx e.i.r.p. of interferer","dBm",{"$f":"D66-D67+D74","v":42},{"$f":"E66-E67+E74","v":42}]
[null,"Bandwidth of interferer Tx signal ","GHz",1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D68-10*LOG(D69*1000)","v":12},{"$f":"E68-10*LOG(E69*1000)","v":12}]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D68+D70-10*LOG(D69*1000)","v":12},{"$f":"E68+E70-10*LOG(E69*1000)","v":12}]
[null,"Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"D68+D70","v":42},{"$f":"E68+E70","v":42}]
[null,"Gain of interferer antenna in direction of main radiation","dBi",32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",63.8,63.8]
[null,"Total e.i.r.p. towards FS system","dBm",{"$f":"D73-D76","v":-21.799999999999997},{"$f":"E73-E76","v":-21.799999999999997}]
[null,"BWCF","dB",{"$f":"IF(D69*1000<=D54, 0, 10*LOG10(D54/D69/1000))","v":0},0]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D77-(D62-D57+D58)+D78","v":90.2},{"$f":"E77-(E62-E57+E58)+E78","v":65.2}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D82-32.44-20*LOG10(D52*1000))/20)","v":4.5212439151299105E-3},{"$f":"10^((E82-32.44-20*LOG10(E52*1000))/20)","v":2.5424822947429525E-4}]
[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",4.5164740703391758E-3,2.5423350513530785E-4]
[null,"Balance check (should be close to zero)","dB",{"$f":"D82-20*LOG10(D85)-D85*D84-32.44-20*LOG10(D52*1000)","v":1.3537274659825016E-4},{"$f":"E82-20*LOG10(E85)-E85*E84-32.44-20*LOG10(E52*1000)","v":-5.4244237901457382E-6}]
[null,null,null,"Long term interference criterion","Peak power objective"]

{"sheet":"Amateur 116-148,5GHz","index":9,"n_rows":40,"n_cols":11,"rows_kept":40,"cut":false,"hidden":false,"merged":[[4,3,4,6],[4,7,4,10]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 116-148,5 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",{"$f":"2.99792458/D8/10","v":2.4447906870540262E-3},2.4447906870540262E-3,2.4447906870540262E-3,2.4447906870540262E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3]
[null,"Receiver IF bandwidth (ITU-R M.1732-2)","MHz",5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3,5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3]
[null,"Receiver noise figure (ITU-R M.1732-2)","dB",3,3,3,3,3,3,3,3]
[null,"Antenna gain in the direction of interferer (ITU-R M.1732-2)","dBi",32,32,32,32,32,32,32,32]
[null,"Feeder (insertion) loss (ITU-R M.1732-2)","dB",2,2,2,3,2,2,2,3]
[null,"I/N criterion (ITU-R M.1808)","dB",-10,-10,-10,-10,-10,-10,-10,-10]
[null,"Receiver noise power density","dBW/MHz",{"$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,"Radiodetermination system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10,10,10,10,10]
[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 interferer","dBm",{"$f":"D20-D21+D28","v":42},42,42,42,42,42,42,42]
[null,"Bandwidth of interferer Tx signal ","GHz",1,1,1,1,1,1,1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0,0,0,0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D22-10*LOG(D23*1000)","v":12},12,12,12,12,12,12,12]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D22+D24-10*LOG(D23*1000)","v":12},12,12,12,12,12,12,12]
[null,"Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"D22+D24","v":42},42,42,42,42,42,42,42]
[null,"Gain of the interferer antenna in direction of main radiation","dBi",32,32,32,32,32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",58.9,58.9,58.9,58.9,60.6,60.6,60.6,60.6]
[null,"Total e.i.r.p. towards Amateur system","dBm",{"$f":"D27-D30","v":-16.899999999999999},-16.899999999999999,-16.899999999999999,-16.899999999999999,-18.600000000000001,-18.600000000000001,-18.600000000000001,-18.600000000000001]
[null,"BWCF","dB",{"$f":"IF(D23*1000<=D10, 0, 10*LOG10(D10/D23/1000))","v":-63.010299956639813},-55.686362358410129,-55.686362358410129,-56.197887582883936,-63.010299956639813,-55.686362358410129,-55.686362358410129,-56.197887582883936]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D31-(D17-D12+D13)+D32","v":103.92999999999998},103.92999999999998,103.92999999999998,102.92999999999998,102.22999999999999,102.22999999999999,102.22999999999999,101.22999999999999]
[null,"Separation distance with FSL model","km",{"$f":"10^((D36-32.44-20*LOG10(D8*1000))/20)","v":3.0614063565511367E-2},3.0614063565511367E-2,3.0614063565511367E-2,2.7284812872848108E-2,2.2449015604973484E-2,2.2449015604973484E-2,2.2449015604973484E-2,2.0007706218111709E-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",3.0570519646838476E-2,3.05705196468385E-2,3.05705196468385E-2,2.725016987176742E-2,2.2402398483900986E-2,2.2402398483900961E-2,2.2402398483901007E-2,1.9970630124973084E-2]
[null,"Balance check (should be close to zero)","dB",{"$f":"D36-20*LOG10(D39)-D39*D38-32.44-20*LOG10(D8*1000)","v":1.3496325394157793E-4},1.3496325394157793E-4,1.3496325394157793E-4,1.352458792212019E-4,1.3375784705260685E-4,1.3375784705260685E-4,1.3375784702418514E-4,1.3416857912318392E-4]

{"sheet":"Amateur 231,5-250GHz","index":10,"n_rows":40,"n_cols":7,"rows_kept":40,"cut":false,"hidden":false,"merged":[[4,3,4,6]]}
[null,"Compatibility analysis between tank level probing radar in the frequency band 231,5-250 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 criterion (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,"Radiodetermination system (interferer):"]
[null,"Conducted Tx power of interferer","dBm",10,10,10,10]
[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 interferer","dBm",{"$f":"D20-D21+D28","v":42},{"$f":"E20-E21+E28","v":42},{"$f":"F20-F21+F28","v":42},{"$f":"G20-G21+G28","v":42}]
[null,"Bandwidth of interferer Tx signal ","GHz",1,1,1,1]
[null,"Mitigation technique (e.g. activity factor, adaptive power control)","dB",0,0,0,0]
[null,"Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"D22-10*LOG(D23*1000)","v":12},{"$f":"E22-10*LOG(E23*1000)","v":12},{"$f":"F22-10*LOG(F23*1000)","v":12},{"$f":"G22-10*LOG(G23*1000)","v":12}]
[null,"Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"D22+D24-10*LOG(D23*1000)","v":12},{"$f":"E22+E24-10*LOG(E23*1000)","v":12},{"$f":"F22+F24-10*LOG(F23*1000)","v":12},{"$f":"G22+G24-10*LOG(G23*1000)","v":12}]
[null,"Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"D22+D24","v":42},{"$f":"E22+E24","v":42},{"$f":"F22+F24","v":42},{"$f":"G22+G24","v":42}]
[null,"Gain of the interferer antenna in direction of main radiation","dBi",32,32,32,32]
[]
[null,"Tank attenuation (according to clause 2.3 in the Report)","dB",69.5,69.5,69.5,69.5]
[null,"Total e.i.r.p. towards Amateur system","dBm",{"$f":"D27-D30","v":-27.5},{"$f":"E27-E30","v":-27.5},{"$f":"F27-F30","v":-27.5},{"$f":"G27-G30","v":-27.5}]
[null,"BWCF","dB",{"$f":"IF(D23*1000<=D10, 0, 10*LOG10(D10/D23/1000))","v":-63.010299956639813},{"$f":"IF(E23*1000<=E10, 0, 10*LOG10(E10/E23/1000))","v":-55.686362358410129},{"$f":"IF(F23*1000<=F10, 0, 10*LOG10(F10/F23/1000))","v":-55.686362358410129},{"$f":"IF(G23*1000<=G10, 0, 10*LOG10(G10/G23/1000))","v":-56.197887582883936}]
[]
[]
[null,"Separation distance calculation:"]
[null,"Minimum coupling loss (MCL)","dB",{"$f":"D31-(D17-D12+D13)+D32","v":90.329999999999984},{"$f":"E31-(E17-E12+E13)+E32","v":90.329999999999984},{"$f":"F31-(F17-F12+F13)+F32","v":90.329999999999984},{"$f":"G31-(G17-G12+G13)+G32","v":89.329999999999984}]
[null,"Separation distance with FSL model","km",{"$f":"10^((D36-32.44-20*LOG10(D8*1000))/20)","v":3.194835514794134E-3},{"$f":"10^((E36-32.44-20*LOG10(E8*1000))/20)","v":3.194835514794134E-3},{"$f":"10^((F36-32.44-20*LOG10(F8*1000))/20)","v":3.194835514794134E-3},{"$f":"10^((G36-32.44-20*LOG10(G8*1000))/20)","v":2.8474001497432789E-3}]
[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",3.1912662346624218E-3,3.1912662346624218E-3,3.1912662346624218E-3,2.8445595633466861E-3]
[null,"Balance check (should be close to zero)","dB",{"$f":"D36-20*LOG10(D39)-D39*D38-32.44-20*LOG10(D8*1000)","v":1.3552875614664117E-4},{"$f":"E36-20*LOG10(E39)-E39*E38-32.44-20*LOG10(E8*1000)","v":1.3552875614664117E-4},{"$f":"F36-20*LOG10(F39)-F39*F38-32.44-20*LOG10(F8*1000)","v":1.3552875614664117E-4},{"$f":"G36-20*LOG10(G39)-G39*G38-32.44-20*LOG10(G8*1000)","v":1.3575090545714374E-4}]