FCC Test Report Part 2

FCC ID: P8CRCZ-852

Test Report

Download: PDF
FCCID_359347

SsHEET 15

h DC o W caco ue ty “’l’i‘;’l’ f 1eM150c e es ce ioo P s gat 997 maphi um oor kelgop oirm 6 Pill) @Jbealll Pe en P faa BA w tyupee bot uy ..ng u-{q ‘.'(.‘.‘.‘, :g:u;,«;..q. Hflu & ‘V'HOHWwffl aa‘ i mss fl-‘#wl Pot‘l j ‘M.“"‘ SHEET :

p s bal o q; f ho F e wenunresegey~ $# u0 se gif #* o mau ha 3t>+ ieaad B Comaiet M Pr B st B1 .«.t!!aw alt m h of.:’oo“‘ d es q..v.m- sl buked e v e o &4B4 MR ® mM tes — ciga420CA® SHEET : 17

18 SHEET gasom 0010 »g30p sc 020 soay mriz

N-‘l: p d 6 ¥>4 #* 5m NT o ire sBR es E: m y p »manet ns i B M es rdiett SHEET : 19

TEST PROCEDURES AND DATA: TEST NO: PAGE : OF 2 1.0 DESCRIPTION OF TEST: Power Output 2.0 SPECIFICATIONS : 47 CFR 2.985a 47 CFR 2.985c 47 CFR 87.131 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 t Peak Power Meter HP 8900C AV5 3646 4 AQ Attenuator Narda 757C 32114 m mH G & M i2 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: B C | | | D A E G P TEST PERFORMED BY: /{ZU g@w‘[// DATE : ” ZEQ[Q2[ DATA REFERENCE: SHEET : 20

\_TEST PROCEDURES AND DATA: TEST NO: 1 we~ PAGE: _2 wmmmmmmemenmen OF _2 wonnemmemmnsns 5.0 PROCEDURE: 1. Connect the equipment as shown in the block diagram in Section 4.0 of this document. 2. Using the peak power meter, record the transponder output power under minimum and maximum reply pulse conditions. Note the frequency deviations relating to a change of the output power. 3. Compute actual power using measured losses for coupler and attenuator. 6.1 Top Antenna measurements TDR Reply Observed Path Actual Freq Mode Code Power Loss Power A 0000 42.5 mW 39.2 dB 353 W 1090 .10 A 7777 42.5 mW 39.2 dB 353 W 1090 .16 S (*) 42.5 mW 39.2 dB 353 W 1090 .10 (*) Mode S All Call Reply 6.2 Bottom Antenna measurements TDR Reply Observed Path Actual Freq Mode Code Power Loss Power A 0000 44 .5 mW 39.2 dB 370 W 1090 .07 A 7777 44.5 mW 39.2 dB 370 W 1090 .18 S (*) 45.0 mW 39.2 dB 374 W 1090 .10 (*) Mode S All Call Reply TEST PERFORMED BY: M&@«L—/ pare: _((De[949! DATA REFERENCE : SHEET : 21

TEST PROCEDURES AND DATA: TEST NO: 2. PAGE: _1l_ OF _3 1.0 DESCRIPTION OF TEST: Modulation Characteristics 2 .0 SPECIFICATIONS: 47 CFR 2.987d 47 CFR 87.141lc 3.0 EQUIPMENT REQUIRED : TYPE MANUFACTURER MODEL SER. NO Transponder Honeywell RCZ—851B E2 1 Power Supply Kepco ATE36—30M 63529 U RF Generator IFR ATC—1400 1104 Q Radio Magmt Unit Honeywell RM—850 88030142 0 Directional Coupler HP 778D 826—1243 i Crystal Detector HP 423 None 4 Attenuator Narda 757C 32114 Q M HO 4Gq # M .& 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: TEST PERFORMED BY: K/«/Q%}L pare: // H4FH DATA REFERENCE: SHEET : 22

TEST PROCEDURES AND DATA: TEST NO: 2 PAGE: _2 OF _3 5.0 PROCEDURE : 1. Connect the equipment as shown in the block diagram in Section 4.0 of this document. ‘ 2. Interrogate the Transponder at a 500 Hz rate and set the reply code to 7777. —3. Record the output pulse characteristics using the detector output of the RF generator. 6 .0 DATA Pulse Measurement Specification Characteristic Rise Time 68 ns < 100 nsS Fall Time 68 ns s 200 nS Pulse Width 507 nS 450 + 100 nS Pulse Jitter 60 nsS s 100 nS TEST PERFORMED BY: M\fl [f DATE: // Dec * V DATA REFERENCE: SHEET : 23

TEST PROCEDURES AND TEST NO: 2 PAGE: _3_ OF 6.0 DATA (Cont.) CH13> 2OmV© A 100ns —33.6mV? VERT -; i T i 7 t TEST PERFORMED BY: %QZL/ églrl~ pareE: _[/ Dec [? / DATA REFERENCE: SHEET : 24

TEST PROCEDURES AND DATA: TEST NO: 3 PAGE: _1_ OF _4 1.0 DESCRIPTION OF TEST: Occupied Bandwidth and In Close Spurrious 2.0 SPECIFICATIONS: 47 CFR 2.989 47 CFR 87.135 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 m Spectrum Analyzer HP 8568B AV55900 4 Attenuator Narda 757C 32114 Q HoOm 4 4 M ia 2 4 .0 BLOCK DIAGRAM OF TEST SETUP: TEST PERFORMED BY: M @fnlv DaATE: _[/ Q»g[ffl J DATA REFERENCE : SHEET : 25

TEST PROCEDURES AND DATA: TEST NO: 3 PAGE: _2 OF _4 5.0 PROCEDURE: 1. Connect the equipment as shown in the block diagram in Section 4.0 of this document. 2. Insert sufficient attenuation as required for maximum dynamic range. 3. Use 300 kHz IF bandwidth on the Spectrum Analyzer and record spectrum level, for 1 MHz intervals from —25 MHz to +25 MHz. 4. Calculate the spectral energy density using the BASIC program listed below. 6.0 DATA: 110 DIM X(50) 120 DIM ¥Y(50) 140 INPUT "ENTER CARRIER LEVEL"; X(0) 150 INPUT "ENTER NUMBER OF FREQ INCREMENTS"; K 160 A = 1 ‘initialize sum to carrier level 170 FOR I=1 TO 2*K—1 STEP 2 180 INPUT X(I), X(I+1) ‘input power levels 190 X(I) = X(0O) + X(I) ‘convert X(I) to dBce 200 X(I+1l) = X(0) + X(I+1) ‘convert X(I) to dBce 210 Y¥(I) = 10"(X(I)/10) ‘convert X(I) to linear 220 ¥(I+1l) = 10"(X(I+1)/10) ‘convert X(I) to linear 230 A = A + Y(I) + Y¥(I+1) ‘sum up total power 240 NEXT I 250 INC = 1 260 PRINT "FREQ OFFSET(MHZz) LEVEL(GBC) FREQ OFFSET(MHZz) LEVEL(GBC)" 270 FOR I = 1 TO K 280 J = I*INC 290 PRINT USING " +4#%#.# +4# .# ";—J,X(2*I~1),J,X(2*I) 300 NEXT I 310 PRINT 320 PRINT "PERCENT TOTAL ENERGY OCCUPIED BANDWIDTH (MHz)" 330 B = 1 340 PRINT USING " +44## .# +##.# ";B/A*100,INC 350 FOR I = 1 TO K 360 B=B+¥(2*I—1)+¥(2*I) 370 PRINT USING " +44## .# +##.%" ;B/A*100,(2*I+1)*INC 380 NEXT I 390 END TEST PERFORMED BY: Mfl{ J@-)L— DATE : “ l}fic“it DATA REFERENCE: SHEET : 26

LT ‘ LAAHS ‘MDNHUMAMY VILVI } T1BLJ>2TII :aavd \f}m@érm ‘Z@ CQ=WMOAYUHAH4d LSHML 0°IS+ 0°o0o1+ 0 °6b+ 0°001T+ 0° LP+ 0°001+ 0 °SP+ 0°001T+ 0 °* EP+ 0°0oo1+ 0 TP+ 0°oo1+ 0°6E+ 0°001T+ 0° LE+ 0°001+ 0 °SE+ 0°oo1+ 0°EE+ 0°001+ 0°IE+ 0°001+ 0 °6T+ 0°00o1T+ 0° LT+ 0°001+ 0°*sZ+ . 0°00o1+ 0°EZ+ 6° 66+ 0 °TZ+ 6° 66+ 0 °6T+ 6° 66+ 0‘ LT+ 8° 66+ 0°SIT+ 8° 66+ 0°ET+ > S°66+ 0‘ TI+ P°66+ 0° 6+ 9°86+ 0° L+ €°86+ 0 °S+ 8 °b6+ 0 ° E+ L* E6+ 0°I+ 6°ES+ (ZHW) HLIGIMGNYG G@Z1I4N0D00 IDUHANZ TVILOL LNHDUHG 6° Lb— 0°*sz+ P °* 6P— o*sz— €*ZS— 0°*bPe+ o°*ISs— 0°*pPZ— 6°Sp— 0°*EZ+ €° LG— o°EZ— (M4L 0°ZZt+ L*IS— 0°*ZZ— 8°bPpP— 0°‘IT+ 8 °9p— 0o°‘IZ— o°*Zs— 0°oz+ 0°Sp— 0°oz— 6°SPpP— 0°61I+ 9°9p— 0 °61— € * L9P~ 0°81+ 0°*ZTP— 0 °81— T * L¥~ 0‘ LT+ 9° Lb— 0°Lt~ €*EP— 0°91T+ 9°6g— 0°*9T— P°IS— 0°SIT+ 6°Sp— 0°ST—~ L* Op— 0°b1I+ §°Lg~— 0°PI—~ 6°bp— 0°ET+ €*IP—~ 0°ET—~ 6°Lg— 0°ZI+ §°Lg— 0°ZI~ L*8E— 0°‘IT+ P°Sg— 0°II~ 1I°Sg— 0°0oT+ 9°Op— 0°OT~ 9°Eg— 0 °6+ €*6z— 0 °* 6— L* EE— 0°*s8+ L* LE€~ 0°*s— 0°Lz— 0 °* L+ (Auk t An 0° L=— 8 °6Z— 0 °9+ 0°IE— 0 °93— 9°IZ— 0°*Ss+ P°IZT— o *s— 6°Ssz— 0 °b+ P °*pZ— 0 °pP— S°St— 0°E+ P°PI—~ 0°*E— P°IZ— 0°Z+ P°81T— 0°*zZ— L*S=— 0°IT+ £°g— 0°T~— (J@P)I4AYT (ZHW)LZSA4O OHHUA (DEGP)ISAZT (ZHW)ILHSIAO OHHA (‘q4u0p>) YL¥Y¥G 0°*9 P JdO € ‘MDVd € sON JLSHIL :VLYI QNYV SHMNUIHXDOYUGd LSHJL

TEST PROCEDURES AND DATA: TEST NO: 3 ~— PAGE: _4 OF _4 6.0 DATA (Cont.) hu AEF 2.7 dfBm ATTEN 20 dB 10 aB/ j AEF|LEVEL & /\/ VC lC‘ Y\/‘\ 2 .7| dBm \} 9 V V\ aanfy|Y YV [ PyVAapans y V V VCV \~ CENTEAR 1099 .00 MHz SsPAN 50 .00 MHz AES BW 300 kHz VBW 1 MHz SWP 20 msec TEST PERFORMED BY: W{QQL patre: _[I Dec DATA REFERENCE: SHEET : 28


Document Created: 2003-09-23 12:01:54
Document Modified: 2003-09-23 12:01:54
© 2025 FCC.report
This site is not affiliated with or endorsed by the FCC