FCC Test Report

FCC ID: P8CRCZ-852

Test Report

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FCCID_359348

TEST PROCEDURES AND DATA: TEST NO: PAGE: _1 1.0 DESCRIPTION OF TEST: Spurious Emissions (Conducted) 0 _— 700 MHz 2.0 SPECIFICATIONS: 47 CFR 2.991 47 CFR 2.993 47 CFR 87.139 3.0 EQUIPMENT REQUIRED: TYPE — MANUFACTURER MODEL SER. NO Transponder Honeywell RCZ—851B E2 p Power Supply Kepco ATE36—~—3 0M 63529 U RF Generator IFR ATC—1400 1104 Q Radio Mamt Unit Honeywell RM—850 88030142_ 0 Directional Coupler HP 778D 826—1243 i Attenuator _( 6dB) Narda 765—6 AVO5803 4 Low Pass Filter MicroLab LAO7N None Q Spectrum Analyzer HP 8568B AV55900 Om G ® MA iz 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: B C D A E F G TEST PERFORMED BY: m! 87 (“ DATE : Zfllfig[Efz DATA REFERENCE : SHEET : 29

TEST PROCEDURES AND DATA: TEST NO: 4A PAGE: _2_ OF _3_ 5.0 PROCEDURE 1. Connect equipment as shown. 2. Adjust spectrum analyzer so that no signal exceeds the analyzer‘s dynamic range. 3. Measure and record all spurious emissions below 700 MHz (corrected for pad/filter/cable losses). Mean Transmitter Power Calculation: P, = 400 Watts Py = P, * T, * N * R P, = (400 wW)(0.45 uS)(14)(450 Hz) = 1.13 Watts Where: P, = Mean output power (Watts) P, = Peak output power (Watts) T, = Pulse width (Seconds) N = Number of pulses R = Reply rate (Hz) Therefore: Limit 43 + 101l0g:;,(P,) 43 + 101lo0g:;,(1.13 W) 43 + 0.5 43 .5dB Spurious outputs must be at attenuated at least 43 .5dB. Peak Spurious Output Power Calculation: P,(dBm) = 101log,,(P, W * 1000 mW/W) = 101log,,(400 W * 1000 mW/wW) = 56dBm P, = P,(dBm) — Limit(dBm) = 56dBm — 43.5dBm = 12.50Bm Where: P, Peak Spurious Output Power Therefore: The peak output power of any spurious outputs must be lower than 12.5 dBm TEST PERFORMED BY: Wfi QL——— patE: 70 Tec {44 DATA REFERENCE: SHEET : 30

TEST PROCEDURES AND DATA: TEST NO: 4A PAGE: _3_ OF _3 6.0 DATA: Top Antenna Bottom Antenna Spurious Frequency Spurious Output Spurious Output Output Level (Corrected Level (Corrected Limit for Pad etc) for Pad etc) 50 MHz —29.4 daBm —28.6 dBm +12.5 dBm 90 MHz —22.3 dBm —28.3 dBm +12.5 dBm 113 MHz —18.1 dBm —20.8 dBm +12.5 dBm 153 MHz —39.4 dBm —43.6 dBm +12.5 dBm 205 MHzZ —42.4 dBm Not Observed +12.5 dBm 260 MHz —37.0 dBm —36.1 dBm +12.5 dBm 320 MHz —50.4 daBm —47.8 dBm +12.5 dBm 475 MHz —56.9 dBm —50.1 dBm +12.5 dBm 650 MHz Not Observed —58.6 dBm +12.5 dBm TEST PERFORMED BY: W»j @'ZL—— pape: 26 bec/99/ DATA REFERENCE: SHEET : 31

TEST PROCEDURES AND DATA: TEST NO: 4B PAGE: _1l_ OF _2 1.0 DESCRIPTION OF TEST: Spurious Emissions (Conducted) 700 MHz — 2000 MHz 2.0 SPECIFICATIONS: 47 CFR 2.991 47 CFR 2.993 47 CFR 87.139 3.0 EQUIPMENT REQUIRED : TYPE MANUFACTURER MODEL SER. Transponder Honeywell RCZ—851B E2 p Power Supply Kepco ATE36—3 0M 63529 w RF Generator IFR ATC—1400 1104 Q Radio Mamt Unit Honeywell RM—850 88030142 0 Directional Coupler HP 778D 826—1248 H Attenuator (20d0dB) Tenuline 8340—200 1149 4 Attenuator (200B) Tenuline 8 340—200 1155 Q Attenuator (20dB) Narda 757C 32114 A Spectrum Analyzer HP 8568B AV55900 H G # M ia 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: B C ———— D A E TEST PERFORMED BY: M J @}(/“ patE: 720 Rec{?94] DATA REFERENCE: SHEET: 32

TEST PROCEDURES AND DATA: TEST NO: 4B PAGE: _2 OF _2 5.0 PROCEDURE 1. Connect equipment as shown. 2. Adjust spectrum analyzer so that no signal exceeds the analyzer‘s dynamic range. 3. Measure and record all spurious emissions between 700 MHz and 2000 MHz (corrected for pads and cable losses). 6.0 DATA: Top Antenna Bottom Antenna Spurious Frequency Spurious Output Spurious Output Output Level (Corrected Level (Corrected Limit for Pad etc) for Pad etc) 1090 MHz * —80 dBm —80 dBm +12.5 dBm * Transmitter in standby to measure Local Oscillator leakage. TEST PERFORMED BY: W‘j @/‘!](/— DATE : ZQZZCZEQZ DATA REFERENCE : SHEET : 33

TEST PROCEDURES AND DATA: TEST NO: 4C PAGE: _1 OF _3 1.0 DESCRIPTION OF TEST: Spurious Emissions (Conducted} 2000 MHz — 11500 MHz 2.0 SPECIFICATIONS: 47 CFR 2.991 47 CFR 2.993 47 CFR 87.139 3.0 EQUIPMENT REQUIRED: TYPE MANUFACTURER MODEL SER. Transponder Honeywell RCZ—851B E2 t Power Supply Kepco ATE36—3 0M 63529 RF Generator IFR ATC—1400 1104 Q Radio Mgmt Unit Honeywell RM—850 88030142 0 Directional Coupler HP 778D 826—1243 i Attenuator (6dB) Narda 765—6 AVO5803 41 Hi Pass Filter(2GHz) Microlab HD—20N None @A Hi Pass Filter(4GHz) Microlab HD—40N None Om Hi Pass Filter(6GHz) Microlab HD—60N None m Spectrum Analyzer HP 8566B AV58 397 Gq K M ia 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: B V___L_—l D A TEST PERFORMED BY: Mg @L——— DATE : ZQ Déf / i f[ ¥ C EP ’/ DATA REFERENCE: SHEET : 34

TEST PROCEDURES AND DATA: TEST NO: 4C PAGE: _2 OF _3 5.0 PROCEDURE 1. Connect equipment as shown. 2. Adjust spectrum analyzer so that no signal exceeds the analyzer‘s dynamic range. Resolution bandwidth should be set to 3 MHz. 3. Measure and record all spurious emissions between 2 GHz and 4 GHz using the 2 GHz High Pass filter. 4. Measure and record all spurious emissions between 4 GHz and 6 GHz using the 4 GHz High Pass filter. 5. Measure and record all spurious emissions between 6 GHz and 11 GHZz using the 6 GHz High Pass filter. 6. Measure and record Pad/Filter/Cable losses for all spurious emissions. 6.0 CALIBRATION DATA: Frequency Applicable Calibration Factor Filter Type (Pad/Filter/Cable) 2180 MHz 2000 MHz 7.5 dB 3270 MHz 2000 MHz 7.5 dB 4360 MHz 4000 MHz 8 .0 dB 5450 MHz 4000 MHz 8 .0 dB 6540 MHz 6000 MHz 8 .0 dB 7630 MHz 6000 MHz 8 .0 dB 8720 MHz | 6000 MHz 10.0 aB 9810 MHz 6000 MHz 10.0 dB 10900 MHz 6000 MHz 10 .0 dB 11990 MHz 6000 MHz 10.0 dB 13080 MHz 6000 MHz 10.0 dB TEST PERFORMED BY: jflLQ/L 49 ilL(/“”~ pare: 20 e [(19 DATA REFERENCE : SHEET : 35

TEST PROCEDURES AND DATA: TEST NO: 4C PAGE: _3_ OF _3 6.0 MEASUREMENT DATA (Cont.) Top Antenna Bottom Antenna Spurious Frequency Spurious Output Spurious Output Output Level (Corrected Level (Corrected Limit for Pad etc) for Pad etc) 2180 MHz —43 dBm —42 dBm +12.5 dBm 3270 MHz —46 dBm —~51 dBm +12.5 dBm 4360 MHz —62 dBm Not Observed +12.5 dBm 5450 MHz —55 dBm —54 dBm +12.5 dBm 6540 MHz Not Observed —~54 dBm +12.5 dBm 7630 MHz Not Observed —52 dBm +12.5 dBm 8720 MHz Not Observed Not Observed +12.5 dBm 8910 MHz —54 dBm Not Observed +12.5 dBm 10900 MHz Not Observed —56 dBm +12.5 dBm 11990 MHz Not Observed —~55 dBm +12.5 dBm 13080 MHz Not Observed Not Observed +12.5 dBm TEST PERFORMED BY: W‘J @(/&— pare: Dec(fi( DATA REFERENCE: S HEET : 36

TEST PROCEDURES AND DATA: TEST NO: PAGE : OF 1.0 DESCRIPTION OF TEST: Spurious Emissions (Radiated} 2 .0 SPECIFICATIONS: 47 CFR 2.991 47 CFR 2.993 47 CFR 87 .139 3.0 EQUIPMENT REQUIRED : TYPE MANUFACTURER MODEL SER, NO Transponder Honeywell RCZ—851B E2 5 Power Supply Kepco ATE36—3 0M 63529 Radio Mgmt Unit Honeywell RM—850 88030142_ Q Antenna, Biconical Emco 3109 O Antenna, Log Per. Aprel AL—2001 i Antenna, Horn Aprel AH—118 4 Spectrun Analyzer HP 8566B Q Preselector HP 85685A mM Quasi—Peak Detector HP 85650A o q A M iz 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: B <— 3M —> I—_L_—T TEST PERFORMED BY: 4@£\j/;4 5[27[~_ pate: _22jan / ZZ, DATA REFERENCE : SHEET : 37

TEST PROCEDURES AND DATA: TEST NO: 5 PAGE: 2 OF _3 5.0 PROCEDURE : 1. Connect equipment as shown in an open area. 2. Measure and record all spurious emissions using the appropriate antenna at a distance of 3 meters. 3. Calculate field strength using the recorded power measurement, antenna factor, and cable losses for each frequency. 6.0 DATA: Transmitter field strength calculation: (The transmitter field strength is calculated rather than measured for safety reasons) Pm = P_G —~* Z _ (400) (1.66) _ 5.g7 wWatts 4xr 4x (3)> meter‘ &m = YP;2, = V(5.87) (377) =47.0 _I%‘:;_lt_g; €;, = 20 loglo[ea_fi 106} = 20 log.,[(47.0)(10§)] = 153.4 V Ee dBuV Where: €3m * Field strength a 3 meters G, = Transmitter Antenna Gain = 2.2 dB for monopole over ground plane = 1.66 multiplication factor. P, = Peak Output Power = 400 Watts for this unit P3m = Power density at 3 meters Zo = Characteristic impedance of free space = 377 Ohms In the previous section, we determined that spurious outputs must be attenuated by at least 43.5 dB. Therefore the field strength of transmitted spurious shall be 153.4dBuV — 43.5dB = 109.9dBuV TEST PERFORMED BY: /WJJ @*fi)lt———— DATE : ZZSZGH ( 222- DATA REFERENCE: SHEET : 38

TEST PROCEDURES AND DATA: TEST NO: 5 PAGE: _3_ OF _3 6.0 DATA (Cont.) Frequency Level Antenna Cable Cale‘d Limit (MHz) (dBuv ) (dB) (dB) adBuv dBuv 32. 0 9 .0 14 .2 1. 2 24 .4 109.9 40 .0 8.4 12 .9 1.3 22 .6 109.9 48 .0 9 .2 11 .2 1 .4 21 .8 109.9 56.0 7 .7 9 .8 1. 6 19 .1 109.9 88 .0 2 .9 8 .4 2 .1 13 .4 109.9 112 .0 16.5 11 .6 2 .2 30.3 109.9 120 .0 17 .3 12 .2 2 .3 31 .8 109.9 128 .0 19 .8 12 .4 2 .3 34 .5 109.9 136 .0 21. 2 12 .8 2.4 36 .4 109.9 140 .0 18 .6 13 .0 2 .5 34 .1 109.9 180 .0 12 .2 12 .4 2 .9 27 .5 109.9 200 .0 8 .2 14 .2 3.0 25 . 4 109.9 204 .0 13 .6 14 .5 3. 0 31 .2 109.9 220 .0 11 .4 14 .1 3 .1 28 .7 109.9 236 .2 12.3 14 .6 3 .3 30 .2 109 .9 268 .4 13 .0 15 .3 3 .5 31 .8 109.9 272 .0 13 .9 15 .4 3 .5 32 .8 109.9 304 .0 9 .9 15 .9 3.8 29 .5 109.9 320 .0 8 .8 16 .1 3 .9 28 .7 109 .9 400 .0 5.0 17 .0 4.4 26 .4 109 .9 408 .0 4 .8 17 .2 4.4 26 .4 109.9 416. 0 10 .4 17 .4 4 .5 32 .2 109.9 432 .0 5.6 17 .7 4.6 27 .8 109 .9 440 .0 3.8 17 .9 4 .6 26 .3 109.9 448 .0 5 .5 18 .0 4.6 28 .2 109.9 1090 (1) 12 .8 24 .4 7 .8 45 .0 109 .9 1090 (2) 69 .0 24 .4 7 .8 101 .2 None 2180 (2) 37. 0 28 .2 11 .5 76 .7 109 .9 (1) LO leakage (Transmitter in Standby with dummy load) (2) Transmitter Transmitting into dummy load TEST PERFORMED BY: /%zé1/444/ Q:2Z:f~— patE: ~ZZ/a/[/972 DATA REFERENCE: SHEET : 39

TEST PROCEDURES AND DATA: TEST NO: 6 PAGE: _1__ OF _2 1.0 DESCRIPTION OF TEST: Frequency Stability (Temperature Variation}) 2.0 SPECIFICATIONS : 47 CFR 2.995a 47 CFR 87.133 3.0 EQUIPMENT REQUIRED : TYPE MANUFACTURER MODEL SER. NO Transponder Honeywell RCZ—851B E2 |p Power Supply Kepco ATE36—3 0M 63529 t RF Generator IFR ATC—1400 1104 Q Radio Mamt Unit Honeywell RM—850 88030142 0 Temperature Chamber Std Env Sys TK/5 2594 H Temperature Probe Keithley 871 AVO5l25 4 Q HoOH q M M ia 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: TEST PERFORMED BY: MJQWZ— DATE: _/7 ZkCl?ZZ / DATA REFERENCE : SHEET : 40

TEST PROCEDURES AND DATA: TEST NO: 6 PAGE: _2 OF _2 5.0 PROCEDURE : 1. Connect the equipment as shown in the block diagram in section 4.0 of this document. 2. Set the temperature chamber to —20°C and allow the transmitter (non—operating) temperature to stabilize. 3. Record the transmission frequency for both the top and bottom antennas. 4. Repeat steps 2 and 3 at —10°C, 0°C, +10°C, +20°C, +30°C, and +40°C, and +50°C. 6.0 DATA Temperature Measured Measured Fyeguency Frequency Frequency Limit (Top Ant) (Bot Ant) —20°C 1089.98 MHz 1089.99 MHz 1090 + 1 MHz —=10°C _ 1089.99 MHz 1090.02 MHz 1090 + 1 MHz 0 °C 1090.01 MHz 1090.01 MHz 1090 + 1 MHz +10°C 1090.00 MHz 1089.99 MHz 1090 + 1 MHz +20°C 1089.99 MHz 1090.00 MHz 1090 + 1 MHz +30°C 1089.99 MHz 1090.00 MHz 1090 + 1 MHz +40°C 1089.01 MHz 1090.02 MHz 1090 + 1 MHz +50°C 1089.02 MHz 1090.01 MHz 1090 + 1 MHz TEST PERFORMED BY: MJ @7(,_\ patE: _[7Dec/7? DATA REFERENCE: SHEET : 41

TEST PROCEDURES AND DATA: TEST NO: PAGE : 1.0 DESCRIPTION OF TEST: Frequency Stability (Primary Power Variation} 2.0 SPECIFICATIONS: 47 CFR 2.995d 47 CFR 87.133 3.0 EQUIPMENT REQUIRED: TYPE MANUFACTURER MODEL SER. NO Transponder Honeywell RCZ—851B E2 »p Power Supply Kepco ATE36—3 0M 63529 i RF Generator IFR ATC—1400 1104 Q Radio Mgmt Unit Honeywell RM—850 88030142 0 m 4 @ Om 4Gq M M ia 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: TEST PERFORMED BY: w J @76’/ DATE : é/é QC{E 2[ DATA REFERENCE : SHEET : 42

TEST PROCEDURES AND DATA: TEST NO: 7 PAGE: _2_ 5.0 PROCEDURE : 1. Connect the equipment as shown in the block diagram in section 4.0 of this document. 2. Vary the power supply voltage from —15% to + 15% of the nominal 27.5 VDC and record the transmitted frequency. 6.0 DATA Power Measured Measured Frequency Supply Frequency Frequency Limit Voltage (Top Ant) (Bot Ant) 23.375 V 1090.04 MHz 1090.04 MHz 1090 + 1 MHz 24.750 V 1090.04 MHz 1090.04 MHz 1090 + 1 MHz 26.125 V 1090.04 MHz 1090.04 MHz 1090 + 1 MHz 27.500 V 1090.04 MHz 1090.04 MHz 1090 + 1 MHz 28.875 V 1090.05 MHz 1090.05 MHz 1090 + 1 MHz 30.250 V 1090.05 MHz 1090.05 MHz 1090 + 1 MHz 31.625 V 1090.05 MHz 1090.05 MHz 1090 + 1 MHz TEST PERFORMED BY: '{ZQMJQ KQQ;>D%Zfl~u pare: Dec/99( DATA REFERENCE: SHEET : 43


Document Created: 2003-09-23 12:01:03
Document Modified: 2003-09-23 12:01:03
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