{"text_format":"1","workbook":"xlsx","n_sheets":9,"sheets":["Market Size","EESS (inband)","EESS (adjacent)","EESS 5.340 bands (adjacent)","RAS","RAS 5.340 bands","FS","Amateur","Indoor outdoor attenuation"],"not_rendered":{"charts":0,"images":0,"macros":1,"external_links":0,"defined_names":2,"comments":6,"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":23,"n_cols":10,"rows_kept":23,"cut":false,"hidden":false,"merged":[[24,1,24,6],[25,1,25,6],[12,1,12,6],[19,1,19,6],[20,1,20,6],[21,1,21,6],[22,1,22,6],[23,1,23,6],[18,1,18,6],[17,1,17,6],[3,1,3,6],[4,1,4,6],[5,1,5,6],[6,1,6,6],[7,1,7,6],[8,1,8,6],[10,1,10,6],[16,1,16,6],[9,1,9,6],[11,1,11,6],[13,1,13,6],[14,1,14,6],[15,1,15,6]]}
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[null,"Land area of Europe [km²]",null,null,null,null,null,10523000]
[]
[null,"Interferer density in Europe in the band 116-130GHz [devices/km²]",null,null,null,null,null,1250,null,"worst case: 50% for handheld/mobile: value dense urban (5000) / 50 (aggregated EESS study) and both ranges will be used with the same densitiy "]
[null,"Interferer density in Europe in the band 134-141GHz [devices/km²]",null,null,null,null,null,1250]

{"sheet":"EESS (inband)","index":1,"n_rows":81,"n_cols":4,"rows_kept":81,"cut":false,"hidden":false,"merged":[[0,0,1,0],[2,2,2,3],[44,2,44,3]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and EESS (if TX signal within EESS frequency ranges)"]
[]
[null,null,"Band of EESS: 114,25-122,25 GHz"]
["Single-entry study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)"]
["Sensor type",null,"Conical scan","Conical scan"]
["EESS:","Units"]
["Assumed centre frequency of EESS","GHz",119.125,119.125]
["Wavelength of EESS","m",{"$f":"2.99792458/C7/10","v":2.5166208436516262E-3},2.5166208436516262E-3]
["Reference bandwidth","MHz",200,200]
["Orbit altitude","km",830,800]
["Angle of incidence at Earth's surface (from zenith)","deg",53.3,53]
["Elevation angle at ground","deg",{"$f":"90-C11","v":36.700000000000003},{"$f":"90-D11","v":37}]
["Off-nadir angle","deg",{"$f":"(ASIN(SIN(C11*PI()/180)/(1+C10/6371)))*180/PI()+0.00000001","v":45.182994227157891},{"$f":"(ASIN(SIN(D11*PI()/180)/(1+D10/6371)))*180/PI()+0.00000001","v":45.197449705097966}]
["Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+C10)/6371)*SIN(C13*PI()/180))*180/PI()-C13)*PI()/180)/SIN(C13*PI()/180)","v":1268.1174814937638},{"$f":"6371*SIN((ASIN(((6371+D10)/6371)*SIN(D13*PI()/180))*180/PI()-D13)*PI()/180)/SIN(D13*PI()/180)","v":1218.9948902651022}]
["EESS antenna gain","dBi",55.5,55]
["Size of EESS FOV on Earth's surface","km²",82,82]
["EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166]
["Apportionment factor","dB",15,15]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0]
["Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",0,0]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C21-C22+C28","v":10},10]
["Bandwidth of interferer Tx signal","GHz",1,1]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C23-10*LOG(C24*1000)","v":-20},-20]
["Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"C25-30","v":-50},-50]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7]
["Gain of the interferer antenna in direction of main radiation","dBi",10,10]
[]
["Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*C14*1000/C8)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*D14*1000/D8)","v":195.68787919808398}]
["Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"C26-C30+C27","v":-253.03103128498418},-252.68787919808398]
["Atmospheric loss (according to contribution SE24(20)063_rev1 and SE24(20)WI71#9-03)","dB",3.2,3.2]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",36.9,36.9]
["Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"C31+C15-C32-C33","v":-237.63103128498418},{"$f":"D31+D15-D32-D33","v":-237.78787919808397}]
["Corresponding power at the EESS receiver in the reference bandwidth for a single interferer","dBW",{"$f":"C34+10*LOG10(C9)","v":-214.62073132834436},{"$f":"D34+10*LOG10(D9)","v":-214.77757924144416}]
["Number of interferers in EESS FOV on Earth's surface",null,1,1]
["Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"C35+10*LOG10(C36)","v":-214.62073132834436},{"$f":"D35+10*LOG10(D36)","v":-214.77757924144416}]
["Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"C17-C18-C37","v":33.620731328344363},{"$f":"D17-D18-D37","v":33.777579241444158}]
[]
[]
[]
[]
[]
[]
[null,null,"Band of EESS: 114,25-122,25 GHz"]
["Aggregated interference study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)"]
["Sensor type",null,"Conical scan","Conical scan"]
["EESS:","Units"]
["Assumed centre frequency of EESS","GHz",119.125,119.125]
["Wavelength of EESS","m",{"$f":"2.99792458/C49/10","v":2.5166208436516262E-3},2.5166208436516262E-3]
["Reference bandwidth","MHz",200,200]
["Orbit altitude","km",830,800]
["Angle of incidence at Earth's surface (from zenith)","deg",53.3,53]
["Elevation angle at ground","deg",{"$f":"90-C53","v":36.700000000000003},{"$f":"90-D53","v":37}]
["Off-nadir angle","deg",{"$f":"(ASIN(SIN(C53*PI()/180)/(1+C52/6371)))*180/PI()+0.00000001","v":45.182994227157891},{"$f":"(ASIN(SIN(D53*PI()/180)/(1+D52/6371)))*180/PI()+0.00000001","v":45.197449705097966}]
["Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+C52)/6371)*SIN(C55*PI()/180))*180/PI()-C55)*PI()/180)/SIN(C55*PI()/180)","v":1268.1174814937638},{"$f":"6371*SIN((D53-D55)*PI()/180)/SIN(D55*PI()/180)","v":1218.9948882188396}]
["EESS antenna gain","dBi",55.5,55]
["Size of EESS FOV on Earth's surface","km²",82,82]
["EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166]
["Apportionment factor","dB",15,15]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0]
["Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",0,0]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C63-C64+C70","v":0},0]
["Bandwidth of interferer Tx signal","GHz",1,1]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C65-10*LOG(C66*1000)","v":-30},-30]
["Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"C67-30","v":-60},-60]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7]
["Average gain of the interferer antenna in the direction of the victim EESS system","dBi",0,0]
[]
["Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*C56*1000/C50)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*D56*1000/D50)","v":195.68787918350347}]
["Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"C68-C72+C69","v":-263.03103128498418},-262.68787918350347]
["Atmospheric loss (according to contribution SE24(20)063_rev1 and SE24(20)WI71#9-03)","dB",3.2,3.2]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",21.2,21.2]
["Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"C73+C57-C74-C75","v":-231.93103128498416},{"$f":"D73+D57-D74-D75","v":-232.08787918350345}]
["Corresponding power at the EESS receiver in the reference bandwidth for a single interferer","dBW",{"$f":"C76+10*LOG10(C51)","v":-208.92073132834435},-209.07757922686363]
["Number of fixed indoor devices per square kilometre with uniform distribution over Europe","1/km²",{"$f":"'Market Size'!H22","v":1250},{"$f":"'Market Size'!H22","v":1250}]
["Number of aggregate fixed indoor devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(C78*C58,0)","v":102500},{"$f":"ROUNDUP(D78*D58,0)","v":102500}]
["Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"C77+10*LOG10(C79)","v":-158.81349267442661},{"$f":"D77+10*LOG10(D79)","v":-158.9703405729459}]
["Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"C59-C60-C80","v":-22.186507325573388},{"$f":"D59-D60-D80","v":-22.029659427054099}]

{"sheet":"EESS (adjacent)","index":2,"n_rows":81,"n_cols":4,"rows_kept":81,"cut":false,"hidden":false,"merged":[[2,2,2,3],[0,0,1,0],[44,2,44,3]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and EESS (devices are within the EESS adjecent frequency ranges)"]
[]
[null,null,"Band of EESS: 114,25-122,25 GHz"]
["Single-entry study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)"]
["Sensor type",null,"Conical scan","Conical scan"]
["EESS:","Units"]
["Assumed centre frequency of EESS","GHz",119.125,119.125]
["Wavelength of EESS","m",{"$f":"2.99792458/C7/10","v":2.5166208436516262E-3},2.5166208436516262E-3]
["Reference bandwidth","MHz",200,200]
["Orbit altitude","km",830,800]
["Angle of incidence at Earth's surface (from zenith)","deg",53.3,53]
["Elevation angle at ground","deg",{"$f":"90-C11","v":36.700000000000003},{"$f":"90-D11","v":37}]
["Off-nadir angle","deg",{"$f":"(ASIN(SIN(C11*PI()/180)/(1+C10/6371)))*180/PI()+0.00000001","v":45.182994227157891},{"$f":"(ASIN(SIN(D11*PI()/180)/(1+D10/6371)))*180/PI()+0.00000001","v":45.197449705097966}]
["Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+C10)/6371)*SIN(C13*PI()/180))*180/PI()-C13)*PI()/180)/SIN(C13*PI()/180)","v":1268.1174814937638},{"$f":"6371*SIN((ASIN(((6371+D10)/6371)*SIN(D13*PI()/180))*180/PI()-D13)*PI()/180)/SIN(D13*PI()/180)","v":1218.9948902651022}]
["EESS antenna gain","dBi",55.5,55]
["Size of EESS FOV on Earth's surface","km²",82,82]
["EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166]
["Apportionment factor","dB",15,15]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0]
["Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C21-C22+C28","v":-20},-20]
["Bandwidth of interferer Tx signal","GHz",1,1]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C23-10*LOG(C24*1000)","v":-50},-50]
["Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"C25-30","v":-80},-80]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7]
["Gain of the interferer antenna in direction of main radiation","dBi",0,0]
[]
["Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*C14*1000/C8)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*D14*1000/D8)","v":195.68787919808398}]
["Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"C26-C30+C27","v":-283.03103128498418},-282.68787919808398]
["Atmospheric loss (according to contribution SE24(20)063_rev1 and SE24(20)WI71#9-03)","dB",3.2,3.2]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",36.9,36.9]
["Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"C31+C15-C32-C33","v":-267.63103128498415},{"$f":"D31+D15-D32-D33","v":-267.78787919808394}]
["Corresponding power at the EESS receiver in the reference bandwidth for a single interferer","dBW",{"$f":"C34+10*LOG10(C9)","v":-244.62073132834433},{"$f":"D34+10*LOG10(D9)","v":-244.77757924144413}]
["Number of interferers in EESS FOV on Earth's surface",null,1,1]
["Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"C35+10*LOG10(C36)","v":-244.62073132834433},{"$f":"D35+10*LOG10(D36)","v":-244.77757924144413}]
["Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"C17-C18-C37","v":63.620731328344334},{"$f":"D17-D18-D37","v":63.77757924144413}]
[]
[]
[]
[]
[]
[]
[null,null,"Band of EESS: 114,25-122,25 GHz"]
["Aggregated interference study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)"]
["Sensor type",null,"Conical scan","Conical scan"]
["EESS:","Units"]
["Assumed centre frequency of EESS","GHz",119.125,119.125]
["Wavelength of EESS","m",{"$f":"2.99792458/C49/10","v":2.5166208436516262E-3},2.5166208436516262E-3]
["Reference bandwidth","MHz",200,200]
["Orbit altitude","km",830,800]
["Angle of incidence at Earth's surface (from zenith)","deg",53.3,53]
["Elevation angle at ground","deg",{"$f":"90-C53","v":36.700000000000003},{"$f":"90-D53","v":37}]
["Off-nadir angle","deg",{"$f":"(ASIN(SIN(C53*PI()/180)/(1+C52/6371)))*180/PI()+0.00000001","v":45.182994227157891},{"$f":"(ASIN(SIN(D53*PI()/180)/(1+D52/6371)))*180/PI()+0.00000001","v":45.197449705097966}]
["Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+C52)/6371)*SIN(C55*PI()/180))*180/PI()-C55)*PI()/180)/SIN(C55*PI()/180)","v":1268.1174814937638},{"$f":"6371*SIN((D53-D55)*PI()/180)/SIN(D55*PI()/180)","v":1218.9948882188396}]
["EESS antenna gain","dBi",55.5,55]
["Size of EESS FOV on Earth's surface","km²",82,82]
["EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166]
["Apportionment factor","dB",15,15]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0]
["Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C63-C64+C70","v":-20},-20]
["Bandwidth of interferer Tx signal","GHz",1,1]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C65-10*LOG(C66*1000)","v":-50},-50]
["Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"C67-30","v":-80},-80]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7]
["Average gain of the interferer antenna in the direction of the victim EESS system","dBi",0,0]
[]
["Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*C56*1000/C50)","v":196.03103128498418},{"$f":"20*LOG10(4*PI()*D56*1000/D50)","v":195.68787918350347}]
["Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"C68-C72+C69","v":-283.03103128498418},-282.68787918350347]
["Atmospheric loss (according to contribution SE24(20)063_rev1 and SE24(20)WI71#9-03)","dB",3.2,3.2]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",21.1,21.2]
["Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"C73+C57-C74-C75","v":-251.83103128498416},{"$f":"D73+D57-D74-D75","v":-252.08787918350345}]
["Corresponding power at the EESS receiver in the reference bandwidth for a single interferer","dBW",{"$f":"C76+10*LOG10(C51)","v":-228.82073132834435},-229.07757922686363]
["Number of fixed indoor devices per square kilometre with uniform distribution over Europe","1/km²",{"$f":"'Market Size'!H22","v":1250},{"$f":"'Market Size'!H22","v":1250}]
["Number of aggregate fixed indoor devices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(C78*C58,0)","v":102500},{"$f":"ROUNDUP(D78*D58,0)","v":102500}]
["Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"C77+10*LOG10(C79)","v":-178.71349267442662},{"$f":"D77+10*LOG10(D79)","v":-178.9703405729459}]
["Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"C59-C60-C80","v":-2.2865073255733819},{"$f":"D59-D60-D80","v":-2.0296594270540993}]

{"sheet":"EESS 5.340 bands (adjacent)","index":3,"n_rows":83,"n_cols":6,"rows_kept":83,"cut":false,"hidden":false,"merged":[[46,2,46,3],[46,4,46,5],[0,0,1,0],[2,2,2,3],[2,4,2,5],[1,2,1,5],[45,2,45,5]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and EESS  in protected bands (protected by article 5.340 in the Radio Regulations)"]
[null,null,"Protected bands assigned to EESS"]
[null,null," 114,25-116 GHz",null,"148,5-151,5 GHz"]
["Single-entry study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)","Syst. N1 (nadir)","Syst. N1 (outer)"]
["Sensor type",null,"Conical scan","Conical scan","Nadir","Nadir"]
["EESS:","Units"]
["Assumed centre frequency of EESS","GHz",115.125,115.125,150,150]
["Wavelength of EESS","m",{"$f":"2.99792458/C7/10","v":2.6040604386536369E-3},2.6040604386536369E-3,1.9986163866666665E-3,1.9986163866666665E-3]
["Reference bandwidth","MHz",200,200,500,500]
["Orbit altitude","km",830,800,705,705]
["Angle of incidence at Earth's surface (from zenith)","deg",53.3,53,0,56.9]
["Elevation angle at ground","deg",{"$f":"90-C11","v":36.700000000000003},{"$f":"90-D11","v":37},90,33.1]
["Off-nadir angle","deg",{"$f":"(ASIN(SIN(C11*PI()/180)/(1+C10/6371)))*180/PI()+0.00000001","v":45.182994227157891},{"$f":"(ASIN(SIN(D11*PI()/180)/(1+D10/6371)))*180/PI()+0.00000001","v":45.197449705097966},1E-8,48.960285792894503]
["Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+C10)/6371)*SIN(C13*PI()/180))*180/PI()-C13)*PI()/180)/SIN(C13*PI()/180)","v":1268.1174814937638},{"$f":"6371*SIN((ASIN(((6371+D10)/6371)*SIN(D13*PI()/180))*180/PI()-D13)*PI()/180)/SIN(D13*PI()/180)","v":1218.9948902651022},{"$f":"6371*SIN((ASIN(((6371+E10)/6371)*SIN(E13*PI()/180))*180/PI()-E13)*PI()/180)/SIN(E13*PI()/180)","v":704.99999999999977},1166.7585937581823]
["EESS antenna gain","dBi",55.5,55,45,45]
["Size of EESS FOV on Earth's surface","km²",82,82,154,759]
["EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166,-159,-159]
["Apportionment factor","dB",12,15,15,15]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0]
["Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C21-C22+C28","v":-20},-20,-20,-20]
["Bandwidth of interferer Tx signal","GHz",1,1,1,1]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C23-10*LOG(C24*1000)","v":-50},-50,-50,-50]
["Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"C25-30","v":-80},-80,-80,-80]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7,-7,-7]
["Gain of the interferer antenna in direction of main radiation","dBi",0,0,0,0]
[]
["Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*C14*1000/C8)","v":195.73436587615464},{"$f":"20*LOG10(4*PI()*D14*1000/D8)","v":195.39121378925444},{"$f":"20*LOG10(4*PI()*E14*1000/E8)","v":192.93339074282497},197.30922857027994]
["Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"C26-C30+C27","v":-282.73436587615464},-282.39121378925444,-279.93339074282494,-284.30922857027997]
["Atmospheric loss (according to contribution SE24(20)063_rev1 and SE24(20)WI71#9-03)","dB",3.2,3.2,2,3.8]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",36.9,36.9,36.9,36.9]
["Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"C31+C15-C32-C33","v":-267.33436587615461},{"$f":"D31+D15-D32-D33","v":-267.4912137892544},{"$f":"E31+E15-E32-E33","v":-273.83339074282492},-280.00922857027996]
["Corresponding power at the EESS receiver in the reference bandwidth for a single interferer","dBW",{"$f":"C34+10*LOG10(C9)","v":-244.32406591951479},{"$f":"D34+10*LOG10(D9)","v":-244.48091383261459},{"$f":"E34+10*LOG10(E9)","v":-246.84369069946473},-253.01952852691977]
["Number of interferers in EESS FOV on Earth's surface",null,1,1,1,1]
["Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"C35+10*LOG10(C36)","v":-244.32406591951479},{"$f":"D35+10*LOG10(D36)","v":-244.48091383261459},{"$f":"E35+10*LOG10(E36)","v":-246.84369069946473},-253.01952852691977]
["Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"C17-C18-C37","v":66.324065919514794},{"$f":"D17-D18-D37","v":63.48091383261459},{"$f":"E17-E18-E37","v":72.84369069946473},79.019528526919771]
[]
[]
[]
[]
[]
[]
[]
[null,null,"Protected bands assigned to EESS"]
[null,null," 114,25-116 GHz",null,"148,5-151,5 GHz"]
["Aggregated interference study",null,"MWI","Planned EUMETSAT radiometer (ECC Report 190)","Syst. N1 (nadir)","Syst. N1 (outer)"]
["Sensor type",null,"Conical scan","Conical scan","Nadir","Nadir"]
["EESS:","Units"]
["Assumed centre frequency of EESS","GHz",115.125,115.125,150,150]
["Wavelength of EESS","m",{"$f":"2.99792458/C51/10","v":2.6040604386536369E-3},2.6040604386536369E-3,1.9986163866666665E-3,1.9986163866666665E-3]
["Reference bandwidth","MHz",200,200,500,500]
["Orbit altitude","km",830,800,705,705]
["Angle of incidence at Earth's surface (from zenith)","deg",53.3,53,0,56.9]
["Elevation angle at ground","deg",{"$f":"90-C55","v":36.700000000000003},{"$f":"90-D55","v":37},{"$f":"90-E55","v":90},33.1]
["Off-nadir angle","deg",{"$f":"(ASIN(SIN(C55*PI()/180)/(1+C54/6371)))*180/PI()+0.00000001","v":45.182994227157891},45.197449705097966,{"$f":"(ASIN(SIN(E55*PI()/180)/(1+E54/6371)))*180/PI()+0.00000001","v":1E-8},{"$f":"(ASIN(SIN(F55*PI()/180)/(1+F54/6371)))*180/PI()+0.00000001","v":48.960285792894503}]
["Slant path distance","km",{"$f":"6371*SIN((ASIN(((6371+C54)/6371)*SIN(C57*PI()/180))*180/PI()-C57)*PI()/180)/SIN(C57*PI()/180)","v":1268.1174814937638},1218.9948902651022,704.99999999999977,1166.7585937581823]
["EESS antenna gain","dBi",55.5,55,45,45]
["Size of EESS FOV on Earth's surface","km²",82,82,154,759]
["EESS interference criterion in the reference bandwidth (ITU-R RS.2017-0)","dBW",-166,-166,-159,-159]
["Apportionment factor","dB",12,15,15,15]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0]
["Out-of-band unwanted emissions attenuation (if EESS victim is located in an adjacent band)","dB",20,20,20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C65-C66+C72","v":-20},-20,-20,-20]
["Bandwidth of interferer Tx signal","GHz",1,1,1,1]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C67-10*LOG(C68*1000)","v":-50},-50,-50,-50]
["Tx e.i.r.p. spectral density of interferer","dBW/MHz",{"$f":"C69-30","v":-80},-80,-80,-80]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7,-7,-7]
["Average gain of the interferer antenna in the direction of the victim EESS system","dBi",0,0,0,0]
[]
["Free space loss between interferer and EESS","dB",{"$f":"20*LOG10(4*PI()*C58*1000/C52)","v":195.73436587615464},195.39121378925444,192.93339074282497,197.30922857027994]
["Direct e.i.r.p. spectral density at the EESS antenna","dBW/MHz",{"$f":"C70-C74+C71","v":-282.73436587615464},-282.39121378925444,{"$f":"E70-E74+E71","v":-279.93339074282494},-284.30922857027997]
["Atmospheric loss (according to contribution SE24(20)063_rev1 and SE24(20)WI71#9-03)","dB",3.2,3.2,2,3.8]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",{"$f":"VLOOKUP(C56,'Indoor outdoor attenuation'!data_1,10)","v":25.316233894617302},21.2,21.1,21.2]
["Power spectral density at the EESS receiver in a 1 MHz bandwidth","dBW/MHz",{"$f":"C75+C59-C76-C77","v":-255.75059977077194},-251.79121378925441,-258.03339074282496,-264.30922857027997]
["Corresponding power at the EESS receiver in the reference bandwidth for a single interferer","dBW",{"$f":"C78+10*LOG10(C53)","v":-232.74029981413213},-228.7809138326146,{"$f":"E78+10*LOG10(E53)","v":-231.04369069946478},-237.31952852691978]
["Number of fixed indoor devices per square kilometre with uniform distribution over Europe","1/km²",{"$f":"'Market Size'!H22","v":1250},{"$f":"'Market Size'!H22","v":1250},{"$f":"'Market Size'!H23","v":1250},{"$f":"'Market Size'!H23","v":1250}]
["Number of aggregate fixed indoordevices in the IFOV and active in the reference BW of the satellite",null,{"$f":"ROUNDUP(C80*C60,0)","v":102500},{"$f":"ROUNDUP(D80*D60,0)","v":102500},{"$f":"ROUNDUP(E80*E60,0)","v":192500},{"$f":"ROUNDUP(F80*F60,0)","v":948750}]
["Corresponding received power at the EESS in the reference bandwidth within the EESS's FOV","dBW",{"$f":"C79+10*LOG10(C81)","v":-182.6330611602144},{"$f":"D79+10*LOG10(D81)","v":-178.67367517869687},{"$f":"E79+10*LOG10(E81)","v":-178.19938336101958},{"$f":"F79+10*LOG10(F81)","v":-177.54801063788443}]
["Margin with reference to ITU-R RS.2017-0 ","dB",{"$f":"C61-C62-C82","v":4.6330611602143961},{"$f":"D61-D62-D82","v":-2.3263248213031318},{"$f":"E61-E62-E82","v":4.199383361019585},{"$f":"F61-F62-F82","v":3.5480106378844312}]

{"sheet":"RAS","index":4,"n_rows":37,"n_cols":14,"rows_kept":37,"cut":false,"hidden":false,"merged":[[0,0,1,0],[4,6,4,7],[4,12,4,13],[4,2,4,3],[4,4,4,5],[3,2,3,3],[3,4,3,5],[4,8,4,9],[3,6,3,7],[3,8,3,9],[4,10,4,11],[3,10,3,11],[3,12,3,13]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and RAS"]
[]
[]
[null,null,"with average BEL Mix (70/30) 10deg elevation",null,"no BEL, worst case (open window; comperable to outdoor + mainbeam coupling + no clutter)",null,"with average BEL Mix (70/30) 10deg elevation",null,"no BEL, worst case (open window; comperable to outdoor + mainbeam coupling + no clutter)",null,"with average BEL Mix (70/30) 10deg elevation",null,"no BEL, worst case (open window; comperable to outdoor + mainbeam coupling + no clutter)"]
["Victim RAS system",null,"Band of RAS system: 111,8-116 GHz",null,"Band of RAS system: 111,8-116 GHz",null,"Band of RAS system: 123-158,5 GHz (lower)",null,"Band of RAS system: 123-158,5 GHz (lower)",null,"Band of RAS system: 123-158,5 GHz (upper)",null,"Band of RAS system: 123-158,5 GHz (upper)"]
["Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
["RAS:","Units"]
["Assumed centre frequency of RAS","GHz",113.9,113.9,113.9,113.9,126.5,126.5,126.5,126.5,137.5,137.5,137.5,137.5]
["Wavelength of RAS","m",{"$f":"2.99792458/C8/10","v":2.6320672344161541E-3},2.6320672344161541E-3,{"$f":"2.99792458/E8/10","v":2.6320672344161541E-3},2.6320672344161541E-3,{"$f":"2.99792458/G8/10","v":2.3699008537549403E-3},2.3699008537549403E-3,{"$f":"2.99792458/I8/10","v":2.3699008537549403E-3},2.3699008537549403E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3]
["Bandwidth (ITU-R RA.769-2 )","MHz",8000,1,8000,1,8000,1,8000,1,8000,1,8000,1]
["Antenna gain in the direction of interferer (ITU-R RA.769-2 )","dBi",0,0,0,0,0,0,0,0,0,0,0,0]
["Feeder (insertion) loss","dB",0,0,0,0,0,0,0,0,0,0,0,0]
["Threshold Interference level at receiver input (ITU-R RA.769-2 )","dBW",-189,-209,-189,-209,-189.3,-209,-189.3,-209,-189.5,-209,-189.5,-209]
["Threshold Interference level at receiver input","dBm",{"$f":"C13+30","v":-159},{"$f":"D13+30","v":-179},{"$f":"E13+30","v":-159},-179,{"$f":"G13+30","v":-159.30000000000001},-179,{"$f":"I13+30","v":-159.30000000000001},-179,-159.5,-179,-159.5,-179]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0,0,0,0,0,0,0,0,0]
["Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,20,20,0,0,0,0,0,0,0,0]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C17-C18+C25","v":-20},-20,{"$f":"E17-E18+E25","v":-20},-20,{"$f":"G17-G18+G25","v":10},10,{"$f":"I17-I18+I25","v":10},10,10,10,10,10]
["Bandwidth of interferer Tx signal","GHz",1,1,1,1,1,1,1,1,1,1,1,1]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7,-7,-7,-7,-7,-7,-7,-7,-7,-7,-7]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C19-10*LOG(C20*1000)","v":-50},-50,{"$f":"E19-10*LOG(E20*1000)","v":-50},-50,-20,{"$f":"H19-10*LOG(H20*1000)","v":-20},-20,{"$f":"J19-10*LOG(J20*1000)","v":-20},-20,-20,-20,-20]
["Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"C19+C21-10*LOG(C20*1000)","v":-57},-57,{"$f":"E19+E21-10*LOG(E20*1000)","v":-57},-57,-27,{"$f":"H19+H21-10*LOG(H20*1000)","v":-27},-27,{"$f":"J19+J21-10*LOG(J20*1000)","v":-27},-27,-27,-27,-27]
["Tx e.i.r.p. of interferer with mitigation ","dBm",{"$f":"C19+C21","v":-27},-27,{"$f":"E19+E21","v":-27},-27,{"$f":"G19+G21","v":3},3,{"$f":"I19+I21","v":3},3,3,3,3,3]
["Gain of interferer antenna in the direction of main radiation","dBi",0,0,0,0,10,10,10,10,10,10,10,10]
[]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",16,16,0,0,16,16,0,0,16,16,0,0]
["Total e.i.r.p. towards RAS","dBm",{"$f":"C24-C27","v":-43},-43,{"$f":"E24-E27","v":-27},-27,{"$f":"G24-G27","v":-13},-13,{"$f":"I24-I27","v":3},3,-13,-13,3,3]
["BWCF","dB",{"$f":"IF(C20*1000<=C10, 0, 10*LOG10(C10/C20/1000))","v":0},-30,{"$f":"IF(E20*1000<=E10, 0, 10*LOG10(E10/E20/1000))","v":0},-30,0,-30,{"$f":"IF(I20*1000<=I10, 0, 10*LOG10(I10/I20/1000))","v":0},-30,0,-30,0,-30]
[]
[]
["Separation distance calculation:"]
["Minimum coupling loss (MCL)","dB",{"$f":"C28-(C14-C11+C12)+C29","v":116},106,{"$f":"E28-(E14-E11+E12)+E29","v":132},122,{"$f":"G28-(G14-G11+G12)+G29","v":146.30000000000001},136,{"$f":"I28-(I14-I11+I12)+I29","v":162.30000000000001},152,146.5,136,162.5,152]
["Separation distance with FSL model","km",{"$f":"10^((C33-32.44-20*LOG10(C8*1000))/20)","v":0.13227454488031112},4.1828883828394746E-2,{"$f":"10^((E33-32.44-20*LOG10(E8*1000))/20)","v":0.83459595580007251},0.26392241462934452,{"$f":"10^((G33-32.44-20*LOG10(G8*1000))/20)","v":3.8986071458888305},1.1909937282108642,{"$f":"10^((I33-32.44-20*LOG10(I8*1000))/20)","v":24.59854811941522},7.5146624004449221,3.6702639822802063,1.0957142299539941,23.157800158008186,6.9134894084093199]
["Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.31,0.31,0.31,0.31,0.11,0.11,0.11,0.11,0.1,0.1,0.1,0.1]
["Separation distance adjusted for attenuation due to atmospheric gases","km",0.13166848853008362,4.1766549249576297E-2,0.81078780287490693,0.26146946430515,3.7192382128676051,1.173422920950189,19.271522852377966,6.8863697492638885,3.5243173685436568,1.0821449877102027,18.676813782805837,6.4208557066018841]
["Balance check (should be close to zero)","dB",{"$f":"C33-20*LOG10(C36)-C36*C35-32.44-20*LOG10(C8*1000)","v":-9.2871644146441668E-4},5.9810165424778461E-6,{"$f":"E33-20*LOG10(E36)-E36*E35-32.44-20*LOG10(E8*1000)","v":3.7164720723126266E-5},5.0442261894545481E-5,{"$f":"G33-20*LOG10(G36)-G36*G35-32.44-20*LOG10(G8*1000)","v":-6.6197440844462108E-6},2.1624158051736231E-5,{"$f":"I33-20*LOG10(I36)-I36*I35-32.44-20*LOG10(I8*1000)","v":1.2892726033442159E-6},8.8206671841817297E-4,1.4096159858922874E-5,2.249358185224537E-5,2.0888493578752332E-4,2.260117568653186E-6]

{"sheet":"RAS 5.340 bands","index":5,"n_rows":38,"n_cols":10,"rows_kept":38,"cut":false,"hidden":false,"merged":[[0,0,1,0],[5,2,5,3],[5,8,5,9],[3,2,3,9],[5,4,5,5],[5,6,5,7],[4,2,4,3],[4,4,4,5],[4,6,4,7],[4,8,4,9]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and RAS in protected bands (protected by article 5.340 in the Radio Regulations)"]
[]
[]
[null,null,"Protected bands assigned to RAS"]
[null,null,"with average BEL Mix (70/30) 10deg elevation",null,"no BEL, worst case (open window; direct line of sight, similar to outdoor + no clutter)",null,"with average BEL Mix (70/30) 10deg elevation",null,"no BEL, worst case (open window; direct line of sight, similar to outdoor + no clutter)"]
["Victim RAS system",null,"114,25-116 GHz",null,"114,25-116 GHz",null,"148,5-151,5 GHz",null,"148,5-151,5 GHz"]
["Sensor type",null,"Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation","Continuum observation","Spectral-line observation"]
["RAS:","Units"]
["Assumed centre frequency of RAS","GHz",115.125,115.125,115.125,115.125,150,150,150,150]
["Wavelength of RAS","m",{"$f":"2.99792458/C9/10","v":2.6040604386536369E-3},2.6040604386536369E-3,{"$f":"2.99792458/E9/10","v":2.6040604386536369E-3},2.6040604386536369E-3,1.9986163866666665E-3,1.9986163866666665E-3,{"$f":"2.99792458/I9/10","v":1.9986163866666665E-3},1.9986163866666665E-3]
["Bandwidth (ITU-R RA.769-2 )","MHz",8000,1,8000,1,8000,1,8000,1]
["Antenna gain in the direction of interferer (ITU-R RA.769-2 )","dBi",0,0,0,0,0,0,0,0]
["Feeder (insertion) loss","dB",0,0,0,0,0,0,0,0]
["Threshold Interference level at receiver input (ITU-R RA.769-2 )","dBW",-189,-209,-189,-209,-189,-209,-189,-209]
["Threshold Interference level at receiver input","dBm",{"$f":"C14+30","v":-159},{"$f":"D14+30","v":-179},{"$f":"E14+30","v":-159},-179,-159,-179,{"$f":"I14+30","v":-159},-179]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0,0,0,0,0]
["Out-of-band unwanted emissions attenuation (if RAS victim is located in an adjacent band)","dB",20,20,20,20,20,20,20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C18-C19+C26","v":-20},-20,{"$f":"E18-E19+E26","v":-20},-20,-20,-20,{"$f":"I18-I19+I26","v":-20},-20]
["Bandwidth of interferer Tx signal","GHz",1,1,1,1,1,1,1,1]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7,-7,-7,-7,-7,-7,-7]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C20-10*LOG(C21*1000)","v":-50},-50,{"$f":"E20-10*LOG(E21*1000)","v":-50},-50,-50,-50,{"$f":"I20-10*LOG(I21*1000)","v":-50},-50]
["Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"C20+C22-10*LOG(C21*1000)","v":-57},-57,{"$f":"E20+E22-10*LOG(E21*1000)","v":-57},-57,-57,-57,{"$f":"I20+I22-10*LOG(I21*1000)","v":-57},-57]
["Tx e.i.r.p. of interferer with mitigation ","dBm",{"$f":"C20+C22","v":-27},-27,{"$f":"E20+E22","v":-27},-27,-27,-27,{"$f":"I20+I22","v":-27},-27]
["Gain of interferer antenna in the direction of main radiation","dBi",0,0,0,0,0,0,0,0]
[]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",16,16,0,0,16,16,0,0]
["Total e.i.r.p. towards RAS","dBm",{"$f":"C25-C28","v":-43},-43,{"$f":"E25-E28","v":-27},-27,-43,-43,{"$f":"I25-I28","v":-27},-27]
["BWCF","dB",{"$f":"IF(C21*1000<=C11, 0, 10*LOG10(C11/C21/1000))","v":0},-30,{"$f":"IF(E21*1000<=E11, 0, 10*LOG10(E11/E21/1000))","v":0},-30,0,-30,0,-30]
[]
[]
["Separation distance calculation:"]
["Minimum coupling loss (MCL)","dB",{"$f":"C29-(C15-C12+C13)+C30","v":116},106,{"$f":"E29-(E15-E12+E13)+E30","v":132},122,116,106,{"$f":"I29-(I15-I12+I13)+I30","v":132},122]
["Separation distance with FSL model","km",{"$f":"10^((C34-32.44-20*LOG10(C9*1000))/20)","v":0.13086706329526537},4.1383799071045897E-2,{"$f":"10^((E34-32.44-20*LOG10(E9*1000))/20)","v":0.82571534736702046},0.26111411966369019,0.10044047107911613,3.1762065787027713E-2,{"$f":"10^((I34-32.44-20*LOG10(I9*1000))/20)","v":0.63373652910418765},0.20040508684188202]
["Specific attenuation due to atmospheric gases (acc. to ITU-R  P.835-6 winter high latitude model)","dB/km",0.31,0.31,0.31,0.31,0.12,0.12,0.12,0.12]
["Separation distance adjusted for attenuation due to atmospheric gases","km",0.13027389830693317,4.132278223056484E-2,0.80240066417190037,0.25871425582845742,0.10030131652145842,3.1748115223312688E-2,0.62825601783367668,0.19985123819354539]
["Balance check (should be close to zero)","dB",{"$f":"C34-20*LOG10(C37)-C37*C36-32.44-20*LOG10(C9*1000)","v":-9.2595531079098237E-4},5.9826235343507506E-6,{"$f":"E34-20*LOG10(E37)-E37*E36-32.44-20*LOG10(E9*1000)","v":3.7340178309364092E-5},-1.4860353445556029E-6,5.9916714292285178E-6,6.0886645201208012E-6,{"$f":"I34-20*LOG10(I37)-I37*I36-32.44-20*LOG10(I9*1000)","v":5.0952108523460993E-5},5.5804124144742673E-5]

{"sheet":"FS","index":6,"n_rows":90,"n_cols":10,"rows_kept":90,"cut":false,"hidden":false,"merged":[[50,2,50,3],[50,4,50,5],[50,8,50,9],[0,0,1,0],[5,2,5,3],[5,4,5,5],[5,8,5,9],[50,6,50,7],[5,6,5,7]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and RAS and fixed service (FS) systems"]
[]
[]
["Scenario 1: Light pole connected to a building by means of an FS link – FS Rx on building (RDI-S main beam points exactly towards FS receiver). See Report figure 3."]
[]
["Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz",null,"Band of FS system: 130-134 GHz",null,"Band of FS system: 141-148,5 GHz",null,"Band of FS system: 151,5-164 GHz"]
[]
["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)","Point-to-point (PP)","Point-to-point (PP)"]
["FS:","Units"]
["Assumed centre frequency of FS system","GHz",113.02500000000001,113.02500000000001,132,132,144.75,144.75,157.75,157.75]
["Wavelength of FS system","m",{"$f":"2.99792458/C10/10","v":2.6524437779252377E-3},2.6524437779252377E-3,2.2711549848484845E-3,2.2711549848484845E-3,2.0711050639032813E-3,2.0711050639032813E-3,1.9004276259904911E-3,1.9004276259904911E-3]
["Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000,1000,1000,1000,1000,1000]
["Receiver noise figure (ITU-R-F.758-6)","dB",12,12,14,14,14,14,14,14]
["Misalignment of antenna main beam towards Interferer (figure 3 in the Report)","°",0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95]
["Antenna gain in the direction of interferer (ITU-R-F.758-6)","dBi",37.5,37.5,37.5,37.5,37.5,37.5,37.5,37.5]
["Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0,0,0,0,0,0]
["I/N criterion (ITU-R F.758-6 )","dB",-20,5,-20,5,-20,5,-20,5]
["Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-132,-130,-130,-130,-130,-130,-130]
["Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"C18+C17","v":-152},-127,-150,-125,-150,-125,-150,-125]
["Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"C19+10*LOG10(C12)+30","v":-92},-67,-90,-65,-90,-65,-90,-65]
["(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+C13-30","v":-131.82999999999998},-131.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0,0,0,0,0]
["Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,20,20,20,0,0,20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C24-C25+C32","v":-20},-20,-20,-20,{"$f":"G24-G25+G32","v":10},10,-20,-20]
["Bandwidth of interferer Tx signal ","GHz",1,1,1,1,1,1,1,1]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",0,0,0,0,0,0,0,0]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C26-10*LOG(C27*1000)","v":-50},-50,-50,-50,-20,-20,-50,-50]
["Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"C26+C28-10*LOG(C27*1000)","v":-50},-50,-50,-50,-20,-20,-50,-50]
["Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"C26+C28","v":-20},0,-20,0,10,20,-20,0]
["Gain of interferer antenna in the direction of main radiation","dBi",0,0,0,0,10,10,0,0]
[]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",12.3,12.3,12.3,12.3,12.3,12.3,12.3,12.3]
["Total e.i.r.p. towards FS system","dBm",{"$f":"C31-C34","v":-32.299999999999997},-12.3,-32.299999999999997,-12.3,-2.3000000000000007,7.6999999999999993,-32.299999999999997,-12.3]
["BWCF","dB",{"$f":"IF(C27*1000<=C12, 0, 10*LOG10(C12/C27/1000))","v":0},0,{"$f":"IF(E27*1000<=E12, 0, 10*LOG10(E12/E27/1000))","v":0},0,{"$f":"IF(G27*1000<=G12, 0, 10*LOG10(G12/G27/1000))","v":0},0,{"$f":"IF(I27*1000<=I12, 0, 10*LOG10(I12/I27/1000))","v":0},0]
[]
[]
["Separation distance calculation:"]
["Minimum coupling loss (MCL)","dB",{"$f":"C35-(C20-C15+C16)+C36","v":97.2},92.2,{"$f":"E35-(E20-E15+E16)+E36","v":95.2},90.2,125.2,110.2,95.2,90.2]
["Separation distance with FSL model","km",{"$f":"10^((C40-32.44-20*LOG10(C10*1000))/20)","v":1.5304723372838759E-2},8.6064784231538634E-3,1.0409408901609966E-2,5.8536407961795626E-3,0.30017977490264003,5.3380351301948334E-2,8.7102502377972412E-3,4.8981336614624523E-3]
["Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.8,0.8,1,1,1.2,1.2]
["Separation distance adjusted for attenuation due to atmospheric gases","km",1.529393772380031E-2,8.6030285825300472E-3,1.0399436428902266E-2,5.8504597674121786E-3,0.29031243632310089,5.3055058220019581E-2,8.6997817856010601E-3,4.8947993682540471E-3]
["Balance check (should be close to zero)","dB",{"$f":"C40-20*LOG10(C43)-C43*C42-32.44-20*LOG10(C10*1000)","v":5.7621903266635854E-6},4.1158552235742718E-5,5.7377830273708241E-6,4.1065557098818317E-5,3.3073686438456207E-6,3.7584907204291085E-5,5.7143749501165075E-6,4.0976182205554323E-5]
[null,null,"Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective"]
[]
[]
[]
["Scenario 2: Light pole connected to a building by means of an FS link – FS Rx at light pole (RDI-S main beam points exactly towards FS receiver). See Report figure 4."]
[]
["Victim Fixed Service (FS) system",null,"Band of FS system: 111,8-114,25 GHz",null,"Band of FS system: 130-134 GHz",null,"Band of FS system: 141-148,5 GHz",null,"Band of FS system: 151,5-164 GHz"]
[]
["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)","Point-to-point (PP)","Point-to-point (PP)"]
["FS:","Units"]
["Assumed centre frequency of FS system","GHz",113.02500000000001,113.02500000000001,132,132,144.75,144.75,157.75,157.75]
["Wavelength of FS system","m",{"$f":"2.99792458/C55/10","v":2.6524437779252377E-3},2.6524437779252377E-3,2.2711549848484845E-3,2.2711549848484845E-3,2.0711050639032813E-3,2.0711050639032813E-3,1.9004276259904911E-3,1.9004276259904911E-3]
["Receiver noise bandwidth (ITU-R-F.758-6)","MHz",1000,1000,1000,1000,1000,1000,1000,1000]
["Receiver noise figure (ITU-R-F.758-6)","dB",12,12,14,14,14,14,14,14]
["Misalignment of antenna main beam towards RDI (figure 4 in the Report)","°",4.57,4.57,4.57,4.57,4.57,4.57,4.57,4.57]
["Antenna gain in the direction of interferer (ITU-R-F.758-6)","dBi",18,18,18,18,18,18,18,18]
["Feeder (insertion) loss (ITU-R-F.758-6)","dB",0,0,0,0,0,0,0,0]
["I/N criterion (ITU-R F.758-6 )","dB",-20,5,-20,5,-20,5,-20,5]
["Receiver noise power density typical (ITU-R-F.758-6)","dBW/MHz",-132,-132,-130,-130,-130,-130,-130,-130]
["Nominal long-term interference power density threshold (ITU-R-F.758-6)","dBW/MHz",{"$f":"C63+C62","v":-152},-127,-150,-125,-150,-125,-150,-125]
["Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"C64+10*LOG10(C57)+30","v":-92},-67,-90,-65,-90,-65,-90,-65]
["(Receiver noise power density calculated over NF)","dBW/MHz",{"$f":"-113.83+C58-30","v":-131.82999999999998},-131.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998,-129.82999999999998]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0,0,0,0,0]
["Out-of-band unwanted emissions attenuation (if FS victim is located in an adjacent band)","dB",20,20,20,20,0,0,20,20]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C69-C70+C77","v":-20},-20,-20,-20,10,{"$f":"H69-H70+H77","v":10},{"$f":"I69-I70+I77","v":-20},{"$f":"J69-J70+J77","v":-20}]
["Bandwidth of interferer Tx signal ","GHz",1,1,1,1,1,1,1,1]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",0,0,0,0,0,0,0,0]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C71-10*LOG(C72*1000)","v":-50},-50,-50,-50,-20,-20,-50,-50]
["Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"C71+C73-10*LOG(C72*1000)","v":-50},-50,-50,-50,-20,-20,-50,-50]
["Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"C71+C73","v":-20},-20,-20,-20,10,10,-20,-20]
["Gain of interferer antenna in the direction of main radiation","dBi",0,0,0,0,10,10,0,0]
[]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",11.6,11.6,11.6,11.6,11.6,11.6,11.6,11.6]
["Total e.i.r.p. towards FS system","dBm",{"$f":"C76-C79","v":-31.6},-31.6,-31.6,-31.6,-1.5999999999999996,-1.5999999999999996,-31.6,-31.6]
["BWCF","dB",{"$f":"IF(C72*1000<=C57, 0, 10*LOG10(C57/C72/1000))","v":0},0,{"$f":"IF(E72*1000<=E57, 0, 10*LOG10(E57/E72/1000))","v":0},0,{"$f":"IF(G72*1000<=G57, 0, 10*LOG10(G57/G72/1000))","v":0},0,{"$f":"IF(I72*1000<=I57, 0, 10*LOG10(I57/I72/1000))","v":0},0]
[]
[]
["Separation distance calculation:"]
["Minimum coupling loss (MCL)","dB",{"$f":"C80-(C65-C60+C61)+C81","v":78.400000000000006},53.4,76.400000000000006,51.4,106.4,81.400000000000006,76.400000000000006,51.4]
["Separation distance with FSL model","km",{"$f":"10^((C85-32.44-20*LOG10(C55*1000))/20)","v":1.7572173566532811E-3},9.8815593698788694E-5,1.1951600528025382E-3,6.7208788790754662E-5,3.4465249565458524E-2,1.9381234113656056E-3,1.0000705354670995E-3,5.6238099019838952E-5]
["Specific attenuation due to atmospheric gases (ITU-R P.676-11 figure 5)","dB/km",0.4,0.4,0.8,0.8,1,1,1.2,1.2]
["Separation distance adjusted for attenuation due to atmospheric gases","km",1.7570739972060053E-3,9.8815122938906717E-5,1.1950277127770351E-3,6.7208313734522883E-5,3.4329279674860026E-2,1.9376893989580491E-3,9.9993171998148797E-4,5.6237612688222277E-5]
["Balance check (should be close to zero)","dB",{"$f":"C85-20*LOG10(C88)-C88*C87-32.44-20*LOG10(C55*1000)","v":5.8221393572921443E-6},1.8538380430754842E-6,5.8193001279960299E-6,7.6286019066174049E-6,5.456378488588598E-6,7.5974731430505926E-6,5.8165663148201929E-6,7.6283748313699107E-6]
[null,null,"Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective","Long term interference criterion","Peak power objective"]

{"sheet":"Amateur","index":7,"n_rows":40,"n_cols":10,"rows_kept":40,"cut":false,"hidden":false,"merged":[[4,2,4,5],[4,6,4,9],[0,0,1,0]]}
["Compatibility analysis between generic handheld/mobile indoor surveillance radar and RAS and amateur systems"]
[]
[]
[]
["Victim Amateur system",null,"Band of amateur system: 122,25-123 GHz",null,null,null,"Band of amateur system: 134-141 GHz"]
["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"]
["Amateur system:","Units"]
["Assumed centre frequency of Amateur system","GHz",122.625,122.625,122.625,122.625,137.5,137.5,137.5,137.5]
["Wavelength of Amateur system","m",{"$f":"2.99792458/C8/10","v":2.4447906870540262E-3},2.4447906870540262E-3,2.4447906870540262E-3,2.4447906870540262E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3,2.1803087854545453E-3]
["Receiver IF bandwidth (ITU-R M.1732-2)","MHz",5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3,5.0000000000000001E-4,2.7000000000000001E-3,2.7000000000000001E-3,2.3999999999999998E-3]
["Receiver noise figure (ITU-R M.1732-2)","dB",3,3,3,3,3,3,3,3]
["Antenna gain in the direction of interferer (ITU-R M.1732-2)","dBi",32,32,32,32,32,32,32,32]
["Feeder (insertion) loss (ITU-R M.1732-2)","dB",2,2,2,2,2,2,2,2]
["I/N criterion (ITU-R M.1808)","dB",-10,-10,-10,-10,-10,-10,-10,-10]
["Receiver noise power density","dBW/MHz",{"$f":"-113.83+C11-30","v":-140.82999999999998},-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998,-140.82999999999998]
["Interference power density threshold","dBW/MHz",{"$f":"C15+C14","v":-150.82999999999998},-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998,-150.82999999999998]
["Interference threshold at receiver input within IF bandwidth","dBm",{"$f":"C16+10*LOG10(C10)+30","v":-153.8402999566398},-146.51636235841011,-146.51636235841011,-147.02788758288392,-153.8402999566398,-146.51636235841011,-146.51636235841011,-147.02788758288392]
[]
["Radiodetermination system (interferer):"]
["Conducted Tx power of interferer","dBm",0,0,0,0,0,0,0,0]
["Out-of-band unwanted emissions attenuation (if Amateur victim is located in an adjacent band)","dB",0,0,0,0,0,0,0,0]
["Tx e.i.r.p. of interferer","dBm",{"$f":"C20-C21+C28","v":10},10,10,10,10,10,10,10]
["Bandwidth of interferer Tx signal ","GHz",1,1,1,1,1,1,1,1]
["Mitigation technique (e.g. duty cycle, adaptive power control)","dB",-7,-7,-7,-7,-7,-7,-7,-7]
["Tx e.i.r.p. spectral density of interferer","dBm/MHz",{"$f":"C22-10*LOG(C23*1000)","v":-20},-20,-20,-20,-20,-20,-20,-20]
["Tx e.i.r.p. spectral density of interferer with mitigation ","dBm/MHz",{"$f":"C22+C24-10*LOG(C23*1000)","v":-27},-27,-27,-27,-27,-27,-27,-27]
["Tx e.i.r.p. of interferer with mitigation","dBm",{"$f":"C22+C24","v":3},3,3,3,3,3,3,3]
["Gain of the interferer antenna in the direction of main radiation","dBi",10,10,10,10,10,10,10,10]
[]
["Indoor-outdoor attenuation (according to clause 2.3 in the Report)","dB",42,42,42,42,42,42,42,42]
["Total e.i.r.p. towards Amateur system","dBm",{"$f":"C27-C30","v":-39},-39,-39,-39,-39,-39,-39,-39]
["BWCF","dB",{"$f":"IF(C23*1000<=C10, 0, 10*LOG10(C10/C23/1000))","v":-63.010299956639813},-55.686362358410129,-55.686362358410129,-56.197887582883936,-63.010299956639813,-55.686362358410129,-55.686362358410129,-56.197887582883936]
[]
[]
["Separation distance calculation:"]
["Minimum coupling loss (MCL)","dB",{"$f":"C31-(C17-C12+C13)+C32","v":81.829999999999984},81.829999999999984,81.829999999999984,81.829999999999984,81.829999999999984,81.829999999999984,81.829999999999984,81.829999999999984]
["Separation distance with FSL model","km",{"$f":"10^((C36-32.44-20*LOG10(C8*1000))/20)","v":2.4039253631857392E-3},2.4039253631857392E-3,2.4039253631857392E-3,2.4039253631857392E-3,2.143864346622918E-3,2.143864346622918E-3,2.143864346622918E-3,2.143864346622918E-3]
["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]
["Separation distance adjusted for attenuation due to atmospheric gases","km",2.403834719952281E-3,2.4036732609078936E-3,2.4036732609078936E-3,2.4036732609078936E-3,2.1434535829729581E-3,2.1434536016299434E-3,2.1434536016299434E-3,2.1434536016299429E-3]
["Balance check (should be close to zero)","dB",{"$f":"C36-20*LOG10(C39)-C39*C38-32.44-20*LOG10(C8*1000)","v":-6.3401458223211193E-4},-5.0522806503749962E-5,-5.0522806503749962E-5,-5.0522806503749962E-5,-5.0390034530778394E-5,-5.0465652904563285E-5,-5.0465652904563285E-5,-5.0465652904563285E-5]

{"sheet":"Indoor outdoor attenuation","index":8,"n_rows":95,"n_cols":11,"rows_kept":95,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Elevation","Avg. BEL Traditional","Avg. BEL Efficient","70/30 BEL omni","BEL High-Gain Comp","Clutter ","Pol. Loss","Transm./Refl. Loss","Inherent Dev. Shielding","Total"]
[null,"deg","dB","dB",null,"dB","dB","dB",null,null,"dB"]
[null,0,13.6,26.1,{"$f":"(-10*LOG10(0.7*10^(-$C5/10)+0.3*10^(-$D5/10)))","v":15.045594485972952},0,18.100000000000001,3,0,0,{"$f":"SUM(E5:J5)","v":36.14559448597295}]
[null,1,13.7,26.2,{"$f":"(-10*LOG10(0.7*10^(-$C6/10)+0.3*10^(-$D6/10)))","v":15.145594485972955},0,16.8,3,0,0,{"$f":"SUM(E6:J6)","v":34.945594485972954}]
[null,2,13.8,26.2,15.243214517009926,0,15.7,3,0,0,33.943214517009928]
[null,3,13.9,26.3,15.343214517009926,0,14.8,3,0,0,33.143214517009923]
[null,4,14,26.4,15.443214517009924,0,14,3,0,0,32.44321451700992]
[null,5,14.1,26.5,15.543214517009925,0,13.2,3,0,0,31.743214517009925]
[null,6,14.2,26.5,15.640780460862931,0,12.6,3,0,0,31.240780460862929]
[null,7,14.3,26.6,15.740780460862931,0,12,3,0,0,30.740780460862929]
[null,8,14.4,26.7,15.840780460862929,0,11.4,3,0,0,30.240780460862929]
[null,9,14.5,26.8,15.940780460862932,0,10.9,3,0,0,29.840780460862931]
[null,10,14.6,26.8,16.038291119692317,0,10.4,3,0,0,29.438291119692316]
[null,11,14.7,26.9,16.138291119692315,0,10,3,0,0,29.138291119692315]
[null,12,14.8,27,16.238291119692317,0,9.5,3,0,0,28.738291119692317]
[null,13,14.9,27.1,16.338291119692315,0,9.1,3,0,0,28.438291119692316]
[null,14,15.1,27.2,16.535745270569375,0,8.6999999999999993,3,0,0,28.235745270569375]
[null,15,15.2,27.2,16.633141665016865,0,8.3000000000000007,3,0,0,27.933141665016866]
[null,16,15.3,27.3,16.733141665016863,0,8,3,0,0,27.733141665016863]
[null,17,15.4,27.4,16.833141665016864,0,7.6,3,0,0,27.433141665016862]
[null,18,15.5,27.5,16.933141665016862,0,7.3,3,0,0,27.233141665016863]
[null,19,15.6,27.6,17.033141665016863,0,7,3,0,0,27.033141665016863]
[null,20,15.7,27.6,17.130479028544187,0,6.7,3,0,0,26.830479028544186]
[null,21,15.8,27.7,17.230479028544185,0,6.4,3,0,0,26.630479028544187]
[null,22,16,27.8,17.427756060177323,0,6.1,3,0,0,26.527756060177325]
[null,23,16.100000000000001,27.9,17.527756060177325,0,5.9,3,0,0,26.427756060177323]
[null,24,16.2,28,17.627756060177322,0,5.6,3,0,0,26.22775606017732]
[null,25,16.3,28.1,17.72775606017732,0,5.4,3,0,0,26.127756060177319]
[null,26,16.399999999999999,28.1,17.824971431983641,0,5.0999999999999996,3,0,0,25.924971431983643]
[null,27,16.600000000000001,28.2,18.022123788591674,0,4.9000000000000004,3,0,0,25.922123788591676]
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