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R3267 シリーズ OPT65 cdma2000 変調解析オプション 取扱説明書

Contents

1. 000000000000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000 0000000000000
2. 65 5832670000000 00000000000000000000000 7 1 100000000000000000 LI LI L OOOO 000000000000000000 000 0000000000000 e O00000 e O00000 0000000 ood OOOO UO f 000000000000000000 600 e 0000000000000000 0000 CCDF I 0 e O0000000000 00000000 0000 4 Doa d a a da uut GPIB 0000000000 5 0000 10000000000000000 100000 Template Edit 00000 Transient Due to Modulation Inband Spurious 0000000000 000
3. 3 3 2 T Domain 3 3 2 3 Spurious T Domain 10000000000000 00000 0000000 0000000000 00000 100000 Auto Level Set 10000 O0 Auto Level 5 000 0000000000000 000000000 Trigger Setup Trigger Setup Trigger Source FREE mm 7227 GT o C Trigger Level Trigger Position Delay Time 0 000 ns l 3 6 Trigger Setup Trigger Source 00 000000000000000 0000 IF IF O O 00 0000 00 0 1000000 000 EXT TRIGO 00 00000 Slope Trigger Level
4. 1000000000000000000000 Auto Level Set 0000000000000000000000000 0000 HOO 00000 Auto Level 000 0000000000000 000000000 5 12 Template ON OFF 000000000 Shift Shift Y 000 Margin AX ON OFF 000000 0000 Template Edit 5 1 2 F Domain 0000000000000 STD Insert Line 101000000 Delete Line 000000000 000000 Sort Table 0000000000000 Marker 000 5 2 1 Marker Ed
5. Code Power 098 0000000000 0000 1000000000000 00 Power W rms Multiple p 000000000 t Time Alignment Error 1000000000 us Carrier Frequency Error u gt Magnitude Error amp rms Phase Error deg rms Error Vector Magnitude 91 I Q Origin Offset 90000000 dBo PN Delay Pilot PN Sequence O 0 0 0 EH U U 00090 51100 1 2288 5 00000 ppm Quadrature Error degree PN Delay PN Delay Search Mode PN Delay 0000 BEN PN Delay O O O O PN Delay Search OFF I LH EH U LU U 10000 PN Delay 0000 2 14 R32670 000 65 000 0 00000000 00000 2 2 43 Parameter Setup
6. 0 PASS 1 FAIL Upper 2 FAIL Lower 3 FAIL Upper amp Lower 4 Error 0 30 CR LF lt EOI gt LF lt EOI gt CR LF LF lt EOI gt R3267 7000 65 00000 42 4 62 5 1 R3267 000 65 2000 0 080000000 00000 5 1
7. 3 3 3 F Domain 3 3 3 4 Due to Modulation 10000000000000000000000000000000000000 Auto Level Set 0 0000 HOO 000000000000 0000000000 00000 000 0000000000000 100000000 Gate Setup Oe Oo oa oe eee Trigger Setup 0000000000000 Trigger Trigger Source FREE RUN VIDEO GANT ur Delay Time 9 000 3 13 Trigger Setup JU U L1 U L1 HU LU LU Trigger Source FREE RUN 0000 IF IFO O O 000 0000 00 1000000 000 000000 Slope 100000000000000 0000000000000 00 Trigger Level Trigger Position Delay Time 00000000000000000000000000 00000000000 3 43 R3267 0 O0 O 65 000000000 00000 3 3 3 F Domain 0 000000000
8. 3 3 3 F Domain ON OFFU 0 000000000000000000 Shift X Shift Y Template Edit 0000 5 1 2 F Domain 0000000000000 Copy from STD Insert Line 00000000000 10000000 Delete Line 000000000 000000 Sort Table Marker 0000 5 2 1 0 00000 0000000 Copy from STD Insert Line IN Utt Delete Line Sort Table 00000000000 Config Parameter Setup 0000000000000 3 51 R3267 7000 65 00000 3 3 3 F Domain Parameter Setup Detector Peak MKR Y Delta Result MARKER RELATIVE ABS POWER REF MARKER MO
9. Null Offset Eye Q 1 H1 U D D U U D LI 0 U D LI U Reverse Link RCI 2 Offset 1000 100000 Constel lati on sn Graphics 1 6 Select Type 1 2 0 8 0 4 0 0 0 4 0 8 1 2 1 6 2020 ad 0 4 12 20 I Phase 5 9 Reverse Link Constellation Offset QPSK Offset 0 15 2000 0800000000000000000 5 10 Null Offset Constellation QPSK Constellation Null Offset Constellation HOUOUUUU phase Constel lati on 2 0 Graphics i Select 1 2 0 8 0 4 0 0 0 4 0 8 1 2 1 6 2 0 2 0 1 2 0 4 0 4 1 2 2 0 I Phase 5 10 Null Offset Constellation 15 2000 QPSK 100000000000000 1000 1 10000 Offset R3267 0 000 65 2000 000000000 00000 51000000 5 10 00000 0 0000000000000000000000000000000000000000 Lr Lr
10. R3267 J 65 2000 00000000000 5 6 Bit Reversal Paley Order W4 W8 W16 W32 W64 W128 3 3 3 3 3 67 35 35 99 19 19 19 83 51 51 115 11 11 11 11 75 43 43 107 27 27 27 91 59 59 123 7 7 7 7 71 39 39 103 23 23 23 87 55 55 119 15 15 15 15 79 47 47 111 31 31 31 95 63 63 127 100000000 100000 000 0000000000 5 13 R3267 7000 65 2000 00000000 00000 5 7 Complementary Filter 0 0 5 7 5 14 Complementary Filter 0 Complementary Filter IS 97 Waveform Quality Measurement Equipment O O waveform quality code domain QO DD HDD UB D Complementary Filter 0000000000000000000000000000000 15 97 00000000000000000000000000000000000000000 0 050 0 220 000000000000000 0 0000000000000 Complementary 0 00000000000000000 Complementary Fiter 00000000000 Complementary filter T m s 02 0 15 5 unii o
11. 000 000 SV REG nn 01 10 5 0000 8 DEL 01 10 DEL H1 D D 00000 800 4 11 SPAN HH DUO HELD U 4 14 R3267 7000 65 2000 00 0000000 000600 4 2 GPIB 0000 412 TRANSIENT I 0000000 Band Class 0 North American Cellular North American PCS TACS JTACS Korean PCS NMT 450 IMT 2000 North American 700MHz Cellular 8 1800MHz 9 900MHz 0000000 BNDCLS 0 BNDCLS 1 BNDCLS 2 BNDCLS 3 BNDCLS 4 BNDCLS 5 BNDCLS 6 BNDCLS 7 BNDCLS 8 BNDCLS 9 BNDCLS 00000000 North American Cellular North American PCS TACS JTACS Korean PCS NMT 450 IMT 2000 North American 700 Cellular 1800MHz 900MHz Link FORWARD REVERSE RC3 amp 4 REVERSE RCI amp 2 LINK FWD LINK REV34 LINK 12 0 FORWARD 1 REVERSE RC3 amp 4 2 REVERSE RC1 amp 2 Signal Type CONTINUOUS BURST SIGTYP CONT SIGTYP BURST SIGTYP 0 CONTINUOUS 1 BURST Offset Level RO
12. 40 SINGLET 1 I D 0 cdma2000 Code Domain Coefficient Total Result Results PowerCoef Time Alignment Error Carrier Frequency Error gt Set MNEBEEEEE PN Offset Magnitude Error rns Scale Phase Error Ed rns Error Vector Magni tude 0 71 rns Origin Offset Error Signal Power Ratio 42 96 dB Tx Power 18 78 dBn Fas meine ae AVG Power at Chip BEE Peak Code Domain Error dB Chip Rate Frror E gt H oon Table 1 Gain Error 7 Quadrature Error deg 2 5 2000 8 0 0000000 Time Alignment Error us Carrier Frequency Error 000000000 00 0000 u ppm Multiple p Pilot channel D O O OU O cdma2000 0000 000 waveform quality factor PN Offset PN Offset Magnitude Error 00000000 rms Phase Error degree rms Error Vector Magnitude rms Origin Offset 90000000 Error Signal Power Ratio 10000 dBm AVG P
13. Trigger Source 0000000000000 00000000000000000000 EXT 0000000000000000000 Ext Trigger 00000 000000 26 6msec OO 0000000000000000 000 F JED OOOO ooo ee 00000000 EXT Trigger Slope Trigger Level EXT Trigger Delay U 000000000000000000000000 0000000000 Average Times 3 76 R3267 0 O0 O 65 2000 000000000 00000 3 3 4 Modulation ON 0000 00000 L3 E EI Oo OO Ez Ez OFF L3 l l l L3 L3 Peak Factor L3 1 1 E 3 3 4 4 2 CCDF 00000 CCDF Complementary Cumulative Distribution Function 0 O O Peak Factor uultu Auto Level Set SEMI
14. Average Mode Average Times OND 80000000600 POWER AVG Il U D LI LI 0019000000000 000020 000000 Set to STD 00000 100000000000000 3 3 3 7 Outband Spurious 0000000000000000000000000 Auto Level Set 1000000000 0 000000000000000000000 i r3 3 53 R3267 7000 65 00000 3 3 3 F Domain Table No 1 2 3 Load Table Table Edit Table No 1 2 3 Load Table Save Table Insert Line Delete Line Table Init Average Times ON OFF Config Parameter Setup Detector Peak Y Delta Display Unit AutoLevel Set 1 D B 00000000000 100000000 000000000600 10000
15. Null Offset Constellation QU Offset 0000000000000 000 Null Offset Constellation Line Null Offset Constellation Dot 0 gn Null Offset Constellation Line amp Dot 000000 Null Offset I EYE Diagram QU Offset Null Offset EYE Diagram QU Offset Null Offset I Q EYE Diagram Null Offset I EYE Diagram Null Offset Q EYE Diagram uuu E V M vs Chip 1 20 0 O0 0 0 O Error vs Chip 1720 Phase Error vs Chip 1210000000000000000 E V M vs Chip Mag Error vs Phase Error vs Chip Parameter Setup Meas Range Trigger Source EXT Trigger Slope EXT Trigger Delay Freq Meas Range Average Times ON OFF R3267 0 0 O 65 000000000 00000 3 3 4 Modulation 0 00000000
16. R3267 7000 65 cama2000 0 06 0000000 00000 3 3 3 F Domain Average Mode Average Times TRACE AVG 1020 0000 Les 0000 0000 HOLD 000000000000000000 000000 POWER AVG 1980 00000000000 000002000000 NUMERIC 00000100 00000000000 000002000000 POWER UDDDDNUMERICUDIDDDDUD 000000000000000000 Set to STD 00000000000000000000000000 3 37 R3267 7000 65 00000 3 3 3 F Domain 3 3 3 2 OBW Auto Level Set HOU 00000 O0 Auto Level 0000 0000000000000 100000000 OBW 000000000000000000000 Average Times ON OFF 00000000000 0 0 Config Parameter Setup Av
17. Cannot execute measurement Because p is too low R3267 7000 65 00000 10000000 Frequency Error is out of Meas Range Burst signal is not detected Check Burst length or Ref level Modulation Gain CAL error 100 Check 30 MHz CAL signal for connection 100 oac A Modulation Gain CAL error 200 Check 30 MHz CAL signal for connection 0 30 MHz 000 Modulation Gain CAL error 300 Check 30 MHz CAL signal for connection 0 30 MHz noog CO Lr 000 Modulation Gain CAL error 110 Check 30 MHz CAL signal for connection 10000000 1000 30 MHz lt B Modulation Gain CAL error 120 Check 30 MHz CAL signal for connection 10000
18. 0 Reference MER D 000 000 L3 E 5 6 267 65 2000 0000000000000 5 2 Due to Transient Due to Modulation Inband Spurious 0000000000000 5 2 3 Inband Spurious UU JU U 2000000000 000000000000000000000000 2 2 00000 RELATIVE 3 0000000 ABS POWERO Marker Edit 0 00000000000000000000000 Reference Type O J D ODD UD PEAK 000 l zoo 2 lt gt 3 oO C3 L3 NORMAL 0000000 0 0000000 Marker Reference Type
19. oNorrFi T Domain D O EH E D RBW VBWT Sweep Time Detector O D D D H E H B B D UE 0 100000000000000000000000000000000000000000 Config 3 3 2 1 Power T Domain 00000 Rew 000000000000000000000 Auto Level Set 0000 J Auto Level Trigger Setup Trigger Setup Trigger Source FREE RUN _ IDEO ENTENN Ez a Meal Position Delay Time 0 000 ns 3 2 Tr
20. 000000000 500 Hz 10 kHz 500 kHz Cyt R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation 3 60 Trigger Source EXT Trigger Slope Threshold Auto Rate Channel Define Walsh Code Length 000000000 0000000 even second time reference signal 00000000 INT 0000000000000000 0000 00000000 OOO OOo INTRVL EXT 0000000000 0000 Walsh Length 640 aa 54 gagag OD goag ooo INTRVL 0000000000 sooo Walsh Length 64 000010 L3 L3 L3 L3 GOGA oc ooa L3 FJ E 63 oaa m E E E 1 L3 EL Channel Define Auto Rate Channe Def Table
21. 00000000000000000000000 Handshake error occurred to DSP 10000000000000000000 000000 00000000000000000000000000000 100000 10 00000000 R3267 1 EXT TTRIG D D 0 00000000000 1 1 R3267 0 000 65 2000 0000000 00000 2100000000000000000000 2 000 00000000000000 0 0000000000000000000 21 00000000000000000000 00000000 00000 FORWARD Link Code Domain 000000 0000000 0 15 97 Base Station Test Nominal 870 03 10dBm 00000 Even Second Clock 10 MHz 0000000000000 I UU 0000000000000 100000 QOFO Walsh Length 640 PN Offset 0 Walsh Number Pilot Paging Traffic Traffic Traffic Sync Traffic Traffic Traffic 1 0210000000 Even Second Clock a RFE 77 2 10 00000000 1000 1000 2 1
22. Pieselectot eerte Q EYE Diagram Qch Time amp FFT OOF Quadrature Error Ref Power 22 7 1 221 1 4 3 17 3 19 3 20 3 56 3 65 3 21 3 17 3 61 3 62 3 18 3 20 3 64 3 71 3 17 3 62 3 12 3 13 3 14 3 15 Save Table ecce eerte Scale Setup siete ber SCHI Repetition Factor SCHI Walsh Function SCH2 Repetition Factor SCH2 Walsh Function Select usen breit Set to Default eee tee Set to STD wees Signal Signal Slope 3 41 3 46 3 49 3 52 3 9 3 12 3 13 3 14 3 15 3 32 3 41 3 46 3 49 3 52 3 12 3 13 3 17 3 42 3 47 3 59 3 9 3 16 3 32 3 54 3 17 3 21 3 57 3 77 3 20 3 69 3 20 3 69 3 20 3 69 3 20 3 69 3 17 3 19 3 20 3 21 3 56 3 65 3 73 3 78 3 9 3 16 3 33 3 55 3 7 3 8 3 10 3 11 4 12 3 13 3 14 3 15 3 26 3 28 3 29 3 30 3 35 3 36 3 37 3 39 3 42 3 44 3 47 3 50 3 53 3 7 3 12 3 13 3 14 3 15 3 26 3 40 3 44 3 48 3 51 3 7 3 12 3 13 3 14 3 15 3 26 3 40
23. 3 63 R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation 3 64 40 Code Domain Error Signal Power EVM Fixed Symbols Level Chip Rate Error IQ Gain Error Quadrature Error E larker 2 i E KS dB Down 000 0000000000000 E Code Domain Power Code no z MKR er ae 32 ilt Peak 48 0 7 n rad CH 60 80 100 8 16 24 32 40 48 55 Channel cdma2000 Code Domain Coefficien Peak 0 2 ns el 17 Peak inactive chann 17 56 19 64 3 25 Code Domain Error Meas Rangel 000 00000 0 000 000
24. IF I UO UD D D D FFT E L3 10000 10000 Auto Level Set Select Type Parameter Setup Trigger Source 3 78 00000000 EJ 100 Level Set 1000 T T 000 100 Auto Level Set 0000000 000000000 Select Tine 8 3 35 Select 100 0000006000000 Parameter Trigger Level Trigger Delay 3 36 Parameter Setup Co 00000000 1000 R3267 0 O0 O 65 2000 000000000 00000 3 3 4 Modulation FREERUN
25. 100000000000000000000000000000000000 Baseband Input 1 Baseband Input Q Pass A D Q Filter EXT e EXT Trigger 5 11 00000 5 17 R3267 0 000 65 2000 000000000 00000 610000000 e 00000000 0000000000000000000000000000000000000000 100000000000000000 61 0000000 0 0000000000000000000000000000000000000 1 00000000000000000000000000000000000000000 1000000000 2 6 1 R3267 0 000 65 2 00 610000000 6 2 1 IS 97 1 6 10 Base Station
26. Sample Detector D HL B D 000000 Trigger Setup Trigger Setup Trigger Source FREE RUN VIDEO C Trigger Level 30 x Trigger Position Delay Time 9 000 3 8 Trigger Setup D L LJ D U 000 Trigger Source FREE RUN 0000 VIDEO IF IFO OU B 6 MBzD 000000000 1000000 000 3 34 Slope Trigger Level Trigger Position Delay Time Gate Source Trigger Ext Gate Gate Setup Set to STD Gate Position Gate Width Gated Sweep ON OFF Detector Window Setup R3267 7000 65 000 0 0 0000000 000600 3 3 3 F Domain 0000000000 0000000000 0 0000000000000
27. 100000 1000000 100000000000000 0000000 00000000 0 00000000000000 0000000000000000 0000000 5 oo oo ESERES oo oo oo ES oo nooo o oo nooo ae cx oo n conn nooo noo nooo ES moo LJ oo noo g m i E oO E ooo m m Oo ooo Fd o ER oo oi 22 oo aS 200 m no ooo B LEE m o0 m E s LEE o0 m Lic pese ooo m o0 m ooo ooo coo m ooo m o0 m E 200 oo ooo o0 m
28. 610000000 2 00000000000 5600000 2862000 100 1000 3 0000000000000000000000 cHi 1 CH2 Q cH0 0000000000000 CH3 0 0000000000000000 000 2000 000000000000000000000000000000 00000000000000000000000000000000000000 100000000000000 1000000000000 6200008000 AWG2021 Tektronix RF Cable IS 95 IS 97 IS 98 Base Station Test Model Nominal Frequency Range 30 MHz to 3 GHz IQ Modulation Bandwidth gt 5 MHz gt 0 999 BNC m BNC m 500 SMIQO3 A01036 1500 Rohde amp Schwartz Advantest Adapter SMIQO3 Type N m BNC f 500 JUG 201 A U VECTOR MOD STATE ON IQ SWAP ON 0 L Lu Advantest 6 3 R3267 7000 65 00000 6 200 6 2 000000000000000000000000 000000000000000000000000000000000 000000 000000 621 FORWARD Link 1 3267 3267 1 o RFOUT EET THO f 6 2 FORWARD Link 0000 10 2 0 0 3 2000 19000000 0870 03 09 0000000 0 0 0 4 R3267 D D 00 870 03 FORWARD Link 630000000 UPC LEVEL
29. 0000000000 0000000000000 0000000000 0 00 0 SPADOBDBDOUU 0000000000 0000000000000 0000000000000000000000000 0 00000000000000000000000000000000000000 0000000000 1 0000000 2 CONFIG I L1 1 i 3 more 1 2 LI LH Comm System D U U U U 4 Comm System 0000000000 3 1 Communication System cH HL HH BD BH BH DI 3 ENTRO 00000 LOADING 10000000 OO OU OU OU OO OO 6 TRANSIENT 00000000 1 SHIFT RCL 1 O SAVE FILE 000000000 2 Save D D Uu D 3 24 R3267 7000 65 2000 0 060000000 000600 3 3 2 T Domain 3 3 2 T Domain
30. Config Parameter Setup Ref Power REF MARKER MODULATION O00000 ARKER 0000 Marker Edit Reference MKR Type 1 D H EH EH DB DU U MODULATION I 1 0 0 0 0 O Tx Power Modulation Tx D 1 E E E E H B BE D Ll Config Parameter Setup Result ABS 1 EH D D D B DU DU D Offset MER Reference MKR Tx Power ED 0000000000000 oo oo 5 7 R3267 0 000 65 2000 0000000 00000 53000000000000000 Estimated p 000 53 000000000000000 Estimated p D Parameter Setup O O O O O Threshold i 00000000000000 2000000 Estimated 5 4 Tx Power Peak Factor 0 00 Peak lt 0000 000000000000000 0000000 00000000 amp 2 0000000 00000000000000000000 5 5 Trigger Source INTRVL EXT INTRVL 1 000000 26 6 5 PN Sequence
31. Pass Fail 6 8 Channel PICH DCCH SCH2 FCH SCH1 3267 65 0 7 7 E L3 L3 10000 0 0 FORWARD Link 30 MHz 3 0 GHz 30 dBm 30 dBm ATT AUTO OO 1280 chip 1 0 1 1000 30 1 480000 0 A 0 i 0 lt 0 000000 1000 4kHz Carrier Freq Search 10 kHz x10 nsec lt 10 mrad IS 97 Base Station Test Model ooo REVERSE RC3 amp 4 0 0 D D 30 dBm 30 dBm Precise mode 1536 chip O PO
32. 100000000000 Detector NORMAL POSI NEGA SAMPLE Result 0000 5 2 2 Due to Modulation Due to Transient Inband Spurious LLLUL 0000000 0000000 UU MARKER 000 Marker Edit 000000 RELATIVE 38 ABS POWER RELATIVE 000000000000 Ref Power Result REF MARKER Marker Edit O 3 41 R3267 0 O0 O 65 000000000 00000 3 3 3 F Domain MODULATION Modulation Tx Power 000000 00000000000 Display Unit dBm W dBuV Result RELATIVE 000000000
33. 60 View Setup OOO00 View Setup OO 000000000000 61 0 00000 View Mode WALSH JHz ENTR D I J l T 6 FORMATO 63 0000000 5 ENTR 0 00000 64 00000 Display div SINGLE JHzENTR 00000 10000 65 Ydiv 10 diy O 2 17 R3267 0 000 65 cama2000 000000000 00000 2 2 MS00000000000000000000 2 18 67 68 66 View View Setup O0 000000000000000 0000000 MKR 05 1 21000000 00000000000000000000000 a Walsh Code Len 16 Channel REV34 Code Domain Power Peak dt Peak 70 4 ns CH 1 2 1 2 m rad 4 16 Pk 2 58 6 dB 20 32 2 18 REVERSE LINK 1000 Walsh Code No Walsh Code Len Peak At Peak
34. FINPMD FREQ FINPMD CHL CH FINPMD CH 1000 7 000 1 FORWARD 10 42 FORWARD 3 FORWARD 10 4 FORWARD 45 FORWARD 6 FORWARD 7 FORWARD 8 FORWARD 9 FORWARD CHEDFR2 CHEDFR3 CHEDFR4 CHEDFRS CHEDFR6 CHEDFR7 CHEDFRS CHEDFR1 CHEDFR2 CHEDFR3 CHEDFR4 CHEDFR5 CHEDFR6 CHEDFR7 CHEDFR8 CHEDFR9 chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof 4 15 R3267 7000 65 00000 42 4 16 0000000 1 REVERSE 2 REVERSE 3 REVERSE 4 REVERSE 5 REVERSE 6 REVERSE 7 REVERSE 8 REVERSE 9 REVERSE 0000000 CHEDRY 1 5 5 CHEDRV2 CHEDRV3 CHEDRV4 CHEDRV5 CHEDRV6 CHEDRV7 CHEDRV8 CHEDRV9 412 TRANSIENT I 000000000 CHEDRV1 CHEDRV2 CHEDRV3 CHEDRV4 CHEDRV5 CHE
35. 4 40 E EDSCLR L aaa san trt 4 40 meon en ees FDSDET NEG ss cscs nt oot 4 41 FDSDET NRM eee 4 41 gu susu REPERI EDSDET POS 4 41 e FDSDET 5 2 2 2 22 4 41 MW sassa sayas FDSJDG erri tenenti 4 41 EDSIDG ON rte ertet 4 41 OBWAUTOLVL tr BIDS ED M 4 40 EDSMEAS 4 41 2 2 2 2 222 2 toten 4 41 OBWAVGMD EDSPRE e sus eth 4 41 OBWAVGMD NUMEBRIC 360 riter tite 4 41 OBWAVGMD POWER EDSSETSTD u eene 4 41 OBWAVGMD TRACE FDSSV 4 40 OBWDET 22 22 24444 2 2 EDSTBL 4 40 OBWDET EDSTBLED 4 40 OBWDET FDSUNIT DBM 4 41 OBWDET FDSUNIT DBUV 4 41 OBWJDG OFF eee EDSUNIT W ect 4 41 OBWJDG FINPMD CUD ei
36. 00000000000000000000000000 Average Mode Average Times TRACE 00000 1900 00 0 100000 uU HOLD 00000000000000000 000000 POWER JD D D D U U U U DO U U D D U U 1000020000000 Set to STD 3 3 3 6 Inband Spurious 2 Auto Level Set 0000 10 00000 Auto Level 000 0000000000000 Template 5 1 2 F Domain 0000000000 OOOO 000000000 3 50 R3267 7000 65 000 0 0 0000000 000600
37. 4 15 FINPMD 2 2 2 4 15 GATEPOW 4 20 OBWMEANS 4 58 OBWPER GMB CHIP reci 4 58 OBWSETSTD nenne tne n GMKCHIPNO eee 4 58 GMKDEG 4 58 reet cesis 4 58 2 0 GMK i inie 4 58 OORAV GMD ient hene 4 58 OORAVGMD GZ H T 4 61 OORAVGMD NUMERIC eon SUY a ss 4 11 POWER A 4 61 OORAVGMD INPUT IQ sas samanata nayasa 4 16 2 22 INPUT tawaqusa 4 16 OORDET NRM eee 4 13 ein 4 17 OORDET IOMD 4 17 OORDIV PLODB KZ 4
38. Ooo Ooo 14 0000 0000 PN Offset PN Offset Search Mode OFF 2 ooo 15 000000 PN Offset 0 Hz ENTR 000000 PN Offset O LLLI LL LL D D D 2 3 R3267 7000 65 00000 2100000000000000000000 2 4 16 17 18 19 20 21 22 23 24 25 26 Carrier Freq Search 10 kHz Hz ENTR 00000 000 000 D Trigger Source EXT U U 0 UBZENTROU DH 0 0 U 00000000000000000 O0 0O00 00 EXT Trigger Slope 100 0 0 00000 Threshold 2 7 HXENTRO Auto Rate 000000 00000 00 Channel Defi
39. Facbsr BOG Walsh Function gt cog mapetttion Factor TF2 kapa was lane 0 EE 3 28 Channel Setup D E E D D UU Operation Mode Traffic Channel EACH Enhanced Access Channel 00000 CCCH Common Control Channel OO O00 DCCH Operation Mode TCH DCCH Ll H E BH W D U 000 3 08 R3267 0 O0 O 65 2000 000000000 00000 3 3 4 Modulation FCH Operation Mode OFF SCHI Walsh Function Operation Mode TCH SCH1 Supplemental Channel 2 0000000 02 4 Wonogiri SCHITO 00 00000000000000 SCHI Repetition Factor Operation TCH SCH1 Supplemental Channel SCH2 Walsh Function Operation Mode TCH O SCH2 Supplemental Channel 21
40. Auto Level Set gt Trigger Source FREE RUN Gate Setup Trigger Setup VIDEO Template Gate Source Trigger Marker Edit Gate Setup Ext Gate I Average Times ON OFF Gated Sweep ON OFF Slope Set to STD Config Detector 4 7 I Gate Position Trigger Level Gate Width ve Trigger Position IDelay Time Template ON OFF gt Detection NORMAL 77 Shift X POSI 1 Shift Y NEGA Margin AX ON OFF SAMPLE Template Edit Copy from STD Insert Line Delete Line p Freq Setting START amp STOP SPAN Detector NORMAL POSI NEGA L p Copy from STD SAMPLE Insert Line Result MARKER Delete Line RELATIVE Sort ABS POWER Table Init Ref Power REF MARKER MODULATION Display Unit dBm l w Template Couple to Power ON OFF Template Limit Judgment ON ISymbol Rate 1 Rolloff Factor Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC Sort Table Init L pj Parameter Setup Set to STD 3 13 R3267 7000 65 00000 3200000000 TRANSIENT F Domain Inband Spurious 1 Auto Level Set Template Marker Edit Average Times ON OFF Config 3 14 Parameter Setup gt Template ON OFF Shift X Shift Y Margin AX ON OFF Template Edit y _4 Copy fro
41. TABLE EVM EVM PEAK R3267 7000 65 cama2000 0 00000000 00000 3 3 4 Modulation 3 3 4 3 Waveform REVERSE RC1 amp 2 000 000000000000000000 Auto Level Set Graphics Select Type 0 000000000000000000 Auto Level 00000000000000000 0000 0 00000000000000 1 Tat beni ine nearby let Dot Gengtellotion Line Comat ina Dot CEs Chip C 1 ug Errur wu Ohi 3 30 Graphic Type of Analysis 000000000 Constellation Constellation Line 000 Constellation Dot 000 Constellation Line amp Dot 12000000 Diagram Diagram 9000000000000000000 3 73 R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation 3 74 Plot Type EYE Diagram
42. 0000000000 000 O D O Code Domain Power J 0 0 020 00000000 Even Second 0000000000 00000 000000 0 000000000000000000000000000000000000000000 0 0000000000000029 00000000 10 0000 5 8 R3267 7000 65 2000 00 0000000 000600 5 6 Bit Reversal Paley Order 5 6 Reversal Paley Order 0 cdma2000 00 00000 Walsh Code O 0 00 0 00 Hadamard Order D 0000000 Hadamard Order O 0 000 0 D Bit Reversal Paley Order O00 Bit Reversal Order Walsh Code O O Walsh Code VO E E E E EL E E EE E HE 0 OWalsh Code Length 8 0 0 0 0 Order Reversal Walsh Code cdma2000 Walsh Code 00000000 Hadamard Order 01010101 00110011 01100110 00001111 01011010 00111100 01101001 Bit Reversal Paley Ord
43. Reversal Order OFF 7 0 0 0 0 0 Channel Def Table Channel Define OFFO O Walsh Code Length Channel Def Table 0 Parameter Setup Channel Define ON LH H1 B L U D B L B B HI D LI UL Walsh Walsh PowerCoef 1 Edit Channel RC DataRate QOF Length Number 8 SCH 19200 bps 0 32 Channel RC Data Rate QOF Length Num PICH SYNCH 1200 bps 64 32 PCH 9600 bps FCH 9600 bps FCH 9600 bps SCH 19200 bps SCH 19200 bps SCH 19200 bps SCH 19200 bps 3 23 Channel Def Total 10 1280 0000000000000000 00000000000000000000
44. 4 60 4 61 22 2 2 4 60 ees ERI As as as 4 11 C2CCDFTRGDLY 2 2 222 2 4 60 4 61 C2CCDFTRGSLP FALL 4 60 ALSOFE tete 4 17 C2CCDFTRGSLP 4 60 ALS 4 17 C2CCDFUNIT ABS 4 60 4 12 C2CCDFUNIT REL e 4 60 re 4 11 C2CCDEXMAX e esceeseeeeeeenernetnee 4 60 adiens ertet 4 11 2 eerte 4 60 ATMIN OFE tnit teniente 4 11 2 Gi iint sitos 4 52 Rena ERU su 4 11 C2CDCEPBR untere 4 54 AUTOLVI S uu ttt insert 4 42 4 49 C2CDCHIPERR 4 55 4 56 4 59 C2CDDISP DUAL 4 50 4 60 C2CDDISP 4 50 AUTOW FL ua u 4 18 C2CDE S S Sa Su uu usa 4 45 4 12 C2CDE itii teet ette en 4 45 BBINPUT encuentre 4 17 C2CDENMM ette he 4 54 BBINPUT DG icit cernis 4 17 C2CDEMT GRP coit tinte 4 50 BNDCLS 4 15 C2CDFMT 4 50 5 1 4 15 C2CDEMT TBL 4 50 BNDCLS 22
45. 100000000 10000 Power dB ID 0 000000 10000 4 0 ON 1 000000 490 000000 Code Domain Error Signal Power ON UU UDDHBZENTR 0000 10000 100000 10000 Fixed Symbols Level OFF 0 D O Hz ENTR 10000 Chip Rate Error ON 00000 IQ Gain Error ON 0 0 0 0 0 Hz ENTR J Meas Options 00000 Quadrature Error 10000000000000 Level Set 0000000 10000 2 5 R3267 0 000 OPT65 cama2000 000000000 00000 210000000000 0000000000 2 6
46. 4 46 4 46 C2PCCHIPERR 4 46 4 42 C2PCDISP 8 22222 2 21 4 42 C2PCBRPONW 4 46 4 46 C2PCEMT GRPD retten 4 42 C2PCFMT NUM eee 4 42 2 4 42 C2PCGPHCDE e Rees 4 47 ent 4 47 2 4 47 2 4 47 4 48 C2PCGPHTAVU 4 47 C2PCGPHWLEN 4 47 2 4 47 C2PCGPLOT AVG 4 42 C2PCGPLEOT PD ettet orti tin 4 42 C2PCGTYP 4 42 C2PCGTYP 4 42 C2PCGTYP CONLIN 4 42 C2PCGTYP CONLINDOT 4 42 C2PCGTYP 4 42 C2PCGTYP 4 42 2 4 42 C2PCGTYP MAGERR 4 42 C2PCGTYP QCHEYE 4 42 C2PCIOGATN uiti totos 4 46 2 endende nns 4 46 2 4 46 C2PCMK nente
47. 4 2 GPIB 000000000 000 00000000 T Domain Spurious Spurious TDSMEAS n lt CR LF gt f1 11 j1 lt CR LF gt T fn In jn lt CR LF gt fn 000 In 000 dBm W dBuV jn 0 0 O FAIL 1 PASS 1 Judgement OFF SPULVL n lt CR LF gt f1 11 lt CR LF gt fn In lt CR LF gt 000000 fn 000 In dBm F Domain Auto Level Set FDPAUTOLVL Gate Setup ON TGTSETUP ON TGTSETUP 0 OFF OFF TGTSETUP OFF 1 0N Trigger Source FREERUN TGTTRG FREE TGTTRG 0 TGTTRG VIDEO 1 VIDEO IF TGTTRG IF 2 TGTTRG EXT 3 EXT Trigger Slope TGTTRGSLP FALL TGTTRGSLP 0 TGTTRGSLP RISE 1 Trigger Level TGTTRGLVL TGTTRGLVL 0 100 Trigger Position TGTTRGPOS TGTTRGPOS 0 100 Delay Time TGTTRGDT TGTTRGDT Gate Source Trigger TGTSRC TRG TGTSRC O Trigger Ext Gate TGTSRC EXT 1 EXT Gate Position TGTPOS TGTPOS Gate Width TGTWID TGTWID 4 25 R3267 7000 65 00000 42 Detector Normal Posi Nega Sample TGTDET NRM TGTDET POS TGTDET NEG TGTDET SMP 4 12 TRANSIENT TGTDET 00000000 0 Normal 2 Nega 3 Sample Gated Sweep ON O
48. 00000 3200000000 TRANSIENT F Domain Outband Spurious Auto Level Set Table No 1 2 3 Load Table Table Edit Average Times ON OFF L Config 3 16 Table No 1 2 3 Load Table Save Table Insert Line Delete Line Table Init p Parameter Setup Set to Default Detector NORMAL POSI NEGA SAMPLE Peak MKR Y Delta Display Unit dBm Judgment Preselector w dBuV ON OFF 1 6G 3 6G Average Mode TRACE AVG MAX HOLD POWER AVG R3267 7000 65 cama2000 0 0 0000000 00000 TRANSIENT Modulation Code Domain Power FORWARD LI 0 Level Set ig ine Type Graphics Plot Type AVG P P 3200000000 ah tO M Y div 10 div 5 div Table Page 1 2 Scale Setup Format GRAPH TABLE NUMERIC Parameter Setup Display SINGLE DUAL Channel Def Table Scale p POWER T PHASE CDE p ALL Meas Options 1 Y Scale Upper I I T Offset L gt Meas Range D Complementary Filter ON OFF Rolloff Factor Equalizing Filter ON OFF PN Offset Search Mode ON OFF PN Offset Carrier Freq Search 500Hz 10kHz 500kHz Trigger Source INT EXT INTRVL EXT INTRVL EXT Trigger Slope Threshold Auto Rate ON OFF Channel Define ON OFF Walsh Code Length 4 8 16 32 64 128 QOF 0 1 2 3 Bit Reversal Ord
49. 02 4 Wioo00000 6 8 00000000000000000 0 SCH1 0 SCH2 1000000000 I we4 00000000000000 32800000SCcH2000000000 2 4 OOO SCHIQOOO000000 we4 00000000000000 8 000000 2 00000000 6 8 000 0000000 4 0 0000000 SCH2 Repetition Factor Operation Mode TCH SCH2 Supplemental Channel 2 Walsh Code Length Parameter Setup 0 00000000000000000 3 69 R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation 3 70 Meas Mode Meas Range Threshold PN Delay Search Mode Hama The shan PH Delon Seonch Bede 3 PH Da ly FAT Trigger Spe 1 EST Dalee Freq Borge Chip Ente Errare Error 3 29 Parameter Setup 000000000 PRECISE
50. 4 18 TDPTRGSRC 4 18 TDPTRGSRC FREE 4 18 TDPTRGSRC 2 2 22222 4 18 TDPTRGSRC VIDEO 4 18 TDPUNIT 2 22 2444 2 2 4 20 TDPUNIT 4 20 TIDPUNIT 4 20 TDPWDO 222 4 18 TDPWDO ON uu ua tette 4 18 TIDPWPOS raconte 4 18 TDPWWID u sasaqa 4 18 5 2 2 2 2 222 2 4 23 TDSAVG 4 24 TIDSAV GENT nse 4 24 TDSAVGMD 4 24 TDSAVGMD NUMERIC 4 24 TDSAVGMD 4 24 TDSAVGMD 4 24 THD SCUER quc 4 23 TDSDET 2 2 21 2 4 24 R3267 0 000 65 2000 000000000 00000 GPB00000000000 TDSDET NRM eee 4 24 TEMASET 4 19 TDSDET POS tennis 4 24 TEMDEL 4 19 TDSDET SMP eee 4 24 TEMIN Eu Sha 4 19 TIDSJDG OF 4 24 TEMSE T 4 19 TDSJDG ON 4 24 TEMT OFE uuu ehe 4 19 TDSLD E 4 23 4 19 TIDSMEBAS eene ERU qu 4 24 4 25 TROD T asus yau suyus Su sisa 4 18 TDSMULTI ciues rette 4 24 TROL V Lirene ei ei 4 18 TDSPKMKY 22
51. 4 26 FDPAVGMD TRACE 4 26 FDPDET 4 27 FDPDET NRM eee 4 27 FDPDET POS eterno ntn 4 27 FDPDET SMB eene 4 27 FDPDIV PLODB 4 26 FDPDIV 2 2 2 2 2 2 4 26 FDPDIV P5DB nne 4 26 FDPIDG uu terrm 4 27 FDPIDG ON tetti entm 4 27 4 27 EDPJIDGUP ettet etes 4 27 4 27 FDPSEUST D ertet ente terere 4 27 FDPUNIT DBM eee 4 27 4 5 R3267 000 OPT 65cdma20000 00000000 00000 4 1GPIBOQOOO00000000 FDPUNIT DBUV 4 27 2 222 FDPUNIT W titer tennis 4 27 LINK REV12 netten FDPWDO eee 4 26 LINK REV24 eee eee 4 26 LMCPSE eros EDPWP0OS 4 26 lj FDPWWID 4 26 ME 2 2 2 4 40 4 40 FDSAVGONT ete 4 40 oneness FDSAVGMD 4 40 FDSAVGMD 4 40 MEIN used FDSAVGMD
52. 10000000 Delete Line Sort 0 00000 0000000 Table Marker 0 0000 5 2 1 Marker Edit III Copy from STD Insert Line 0 0 3 40 R3267 000 65 2000 000000000 00000 3 3 3 F Domain Delete Line 100000000 000000 Sort Table Average Times 0000000000 000000000 000 ConfigParameter Serup Average Mode Config Parameter Setup Parameter Setup Detector Ref Display Unit Template Couple to Power Template Limit Judanent Symbol Rate 1 T Rolloff Factor 3 12 Parameter Setup D E E D D D U Freq Setting START amp STOP SPAN
53. Auto Level Set R3267 7000 65 cama2000 0 0 0000000 00000 4 12 TRANSIENT 0 0 4 2 GPIB 0000 000000000 AUTOLVL 000 00000000 Graphics Select Type Constellation Constellation Line Constellation Dot Constellation Line amp Dot I EYE Diagram Q EYE Diagram I Q EYE Diagram E V M vs Chip Mag Error vs Chip Phase Error vs Chip C2CDGTYP CON C2CDGTYP CONLIN C2CDGTYP CONDOT C2CDGTYP CONLINDOT C2CDGTYP ICHEYE C2CDGTYP QCHEYE C2CDGTYP IQCHEYE C2CDGTYP EVM C2CDGTYP MAGERR C2CDGTYP PHAERR C2CDGTYP 0 Constellation 1 Constellation Line 2 Constellation Dot 3 Constellation Line amp Dot 41 EYE Diagram 5 Q EYE Diagram 6 I Q EYE Diagram 7 E V M vs Chip 8 Mag Error vs Chip 9 Phase Error vs Chip Plot Type AVG P P C2CDGPLOT AVG C2CDGPLOT PP C2CDGPLOT 0 AVG 1 P P 25 5 C2CDGYDIV P25 C2CDGYDIV P5 C2CDGYDIV 0 25 div 1 5 div View Setup View Mode CHANNEL WALSH C2VWMODE CHL C2VWMODE WALSH C2VWMODE 0 CHANNEL 1 WALSH Display p EVM DEMOD NUMERIC TABLE POWER MAG ERR PHASE ERR TABLE EVM C2DISP RHO C2DISP EVM C2DISP DEMOD C2DISP NUM C2DISP TBL C2DISP MAGERR C2DISP PHAERR C2DISP TBLEVM C2DISP 0 p 1 EVM 2 DEMOD 3 NUMERIC 4 TABLE POWER 5 MAG ERR 6 PHASE ERR 7 TABLE EVM 4 49 R3267 7000 65
54. 4 50 C2CDYSCL RHOALL 4 50 C2CDYSCL RHORHO 4 50 C2CDYSCL RHORHOALL 4 50 C2CDYSCL PAU 4 50 C2CHDEF OFF 4 44 2 4 44 C2CHEDI T 4 44 C2CHGYDIV 25 4 50 2 5 1 1 4 50 C2CHIPERR 2 0 2 42224 4 45 4 52 C2CHIPERR 4 45 4 52 C2CHNAME 4 44 C2CHNAME CACH 4 44 4 2 C2CHNAME C2CHNAME C2CHNAME C2CHNAME C2CHNAME C2CHNAME C2CHNAME C2CHNAME C2CHNAME C2CHNAME SYNCH 2 C2CHRC C2CHTOTAL C2CHWNUM C2CMPFLT OFF lt lt nn C2CMPELT ON 2 22 20000 C2DCCH OFF C2DCCH ON C2DEMODSV C2DISP DEMOD C2DISP EVM C2DIS
55. Trigger Position Delay Time 0 000000000000000000000000 1000000 3 31 R3267 7000 65 00000 3 3 2 T Domain Table No 1 2 3 Load Table Table Edit Table No 1 2 3 Load Table Save Table Insert Line Delete Line Table Init Average Times ON OFF Config Parameter Setup Detector Result Peak Y Delta Multiplier 3 32 00000000000 00 configoParameter Setup Average Mode Parameter Setup Result re IIS Peak Y Delta Multiplie
56. 4 56 TGTTRG VIDEO 4 25 4 31 WFGTYP 4 56 etnies 4 25 4 32 WEGTYP EVM 4 56 TGTTRGLVL 4 25 4 32 WFGTYP 4 56 TGTTRGPOS nuansa 4 25 4 32 WFGTYP IQCHEYE 4 56 TGTTRGSLP eene 4 25 4 31 WFGTYP 4 56 TGTTRGSLP 22222 4 25 4 31 WEGTYP 2 022222 4 56 TGTWID se neuen aee 4 25 4 32 WFGTYP NCONDOT 4 56 4 9 R3267 000 OPT 65cdma20000 00000000 00000 41GPIBOOOO00000000 WFGTYP NCONLIN 4 56 WFGTYP NCONLINDOT 4 56 WFGTYP 4 56 WFGTYP 4 56 WFGTYP 4 56 WFGTYP PHAERR 4 56 WFGTYP QCHEY E 4 56 WEIQOPBS ettet acters 4 57 easier 4 57 bdgdilf M n 4 57 WEQUAS intente ede 4 57 WERHO ttti tin triti 4 57 WFRRNG EXP eee 4 57 WFRRNG NORM a 4 57 WMRNCG ence E ERE EUR 4 56 WTRGDLY eet ott tritt 4 57 WTRGSLP FALL
57. 4 57 WTRGSLP RISE eee 4 57 WTRGSRC EXT eee 4 57 WTRGSRC INT 4 57 WTRGSRC INTRVLLI 4 57 WTRGSRC INTRVL2 4 57 SDB ich ie Gide Re eens 4 13 ree rer recente 4 13 XDR acts Geen 4 13 4 10 83267 65 cdma2000 00 0000000 42 4 2 GPIB SETFUNC CW SETFUNC TRAN SETFUNC 0 00 U 1 0 0000000000 COMMSYS CDMA2000 COMMSYS 10000000000 CW TRANSIENT 100000000 0 000 ATT AUTO Min ATT ATMIN ATMIN Min ATT ON ATMIN ON A
58. FCH Reverse Fundamental Channel Reverse Supplemental Channel 1 M Walsh Function Repetition Factor 00000 1 0 280000000000000 0000000000000 OMHz 10 Reference INPUT 248 5 2 FREQ 8 2 5 0 3 MHz 00000 3 TRANSIENT STD STD Setup STD Measurement Parameter Set 0 000000000000000 2 9 R3267 0 000 65 cama2000 000000000 00000 2 2 MS00000000000000000000 2 10 10 11 STD Measurement Parameter Set Cont Auto Level Set SID North American Cellular Band t Signal Type Offset Level Frequency Input Input Baseband Input nC IQ Tverse SG Channel Setting 50 Setup 2 9 STD Measurement Parameter Set 100000 n RETURN Modulation Code Domain Power Parameter Setup Band Class 00 HXEENTR 0000000 Link REVERSE RC3 amp 4 0 0 OH2ENTR OOO 100 Offset Level 0
59. 4 7 X dB Down X dB Down X dB Down X dB Down Left X dB Down Right 00000 4 8 RC REG R3267 7000 65 000 00 0000000 O 4 2 GPIB L3 4 105
60. L3 r3 L3 rr 100000 ooo 5 1 R3267 0 65 cdma2000 000 100 00 5 1 Template Edit 00000 REF 17 3 dBm 10 dB Write Smpl 0 4 Tenp late ENTER 800 000000 MHz Hz MRBW 3 MHz VBW 10 HHz SWP 700 30 dB Template Edit 1 Level 1 1 40 00 dBm 2 3 000 ps 40 00 dBm 3 3 000 3 00 dBm 4 545 800 ps 3 00 dBn 5 585 800 ys 40 00 dBm 6 1 000000 ms 40 00 dBm 7 8 9 10 1 5 20 0000000000 Template Couple to Power ON 100 Shift X Y Templ Edit z Copy from 50 E Insert Line 5 Delete Line Sort 7 Table Init 1000 1000 lt Shift I DU REF 17 3 dBm 10 dB Write Smpl SHEET Y mI SS Tenplate Edit SPAM 0 Hz be Tem ENTER 800 000000 MHz 3 MHz VBW 10 HHz Swp 700 30 dB Power CDMA S00MHz REV Link
61. R3267 7000 65 cama2000 0 0000000000000 DIL 000 000 2 1 EE BI EIER 2 1 2 2 STD Measurement Parameter Set 00 00000 0 000000 2 2 2 3 Parameter Setup 0 0 0 0 0 0 uses 2 3 2 4 Meas Options TJ J U U PJP PJ B eR ER RR tcs 2 4 2 5 cdma2000 000000000 eese 2 6 2 6 Scale Setup T EL E uuu oerte teen ert eite Rte 2 7 2 7 Code Domain Power Coefficient O D 2 8 2 8 E BE ET BERE E EE E EET E ED EE ET E m 2 9 2 9 STD Measurement Parameter Set 1 B D D D D D 2 10 2 10 Parameter Setup 000000000 2 11 2 11 Channel Setup O 00000 0000 2 12 2 12 View Setup E r 3 BO DE blo uuu ER
62. lt lt Window Conditions gt gt Posi Width Power 1 64 dBm Judge Tenplate z Shift X E Shift Y 5 3 Shift Y R3267 7000 65 2000 000000000 E D Oo 5 1 2 F Domain L3 00000000 5 1 Template Edit 10000 0 0000006000000 0 0000000000 n n T 1000000 T T L3 xog ono r3 c Ej EJ 1000 10000 MarginAX REF 17 3 dB m 10 dB Write Posi 799 116 MHz 02 dBm Templ Edit ME Copy from SPAM ENTER 800 000 MHz 4 Insert 2 000 MHz RBW 3 kHz VBW 100 kHz SWP 5 0 s 30 dB Template Edit 1 Level 1 1 45 00 dB 2 400 000 kHz 45 00 dB 3 400 000 kHz 30 00 dB 4 200 000 kHz 30 00 dB 5 200 000 kHz 0 00 dB B 200 000 kHz 0 0
63. Pk inact p CH WALSH L3 Code 0000000 1 Code DO O DO D 10000 Walsh Walsh E 0000000 0000000 1000 walsh code domain 0000000 0000000 000 channel walsh code 0 0000 R3267 7000 65 2000 0 00000000 000600 2 3 2 3 CCDF CCDF Complementary Cumulative Distribution Function 0000000 0000 1 000 0 0000000000000000000 2 19 10000 100000 00000000000 000 ms E REFIN 10MHz Reference RF Tx MS Control Terminal 2 19 1000 2 FREQ 8 2 5 0 3 0 825 03 0 0000000 SPAN 2 MHz 1 LH D D 2 gt COUPLE RBW AUTO MNL MNL 3 0 kHz 0
64. 00000 42 Domain Power REVERSE RC3 amp 4 Link View Channel PICH DCCH SCH2 FCH SCHI EACH CCCH C2VWCH PICH C2VWCH DCCH C2VWCH SCH2 C2VWCH FCH C2VWCH SCHI C2VWCH EACH C2VWCH CCCH 4 12 TRANSIENT 000 C2VWCH 000000 Y div Ch Graph 25 div 5 div C2CHGYDIV P25 C2CHGYDIV P5 C2CHGYDIV 0 25 div 1 5 div Format GRAPH TABLE NUMERIC C2CDFMT GRP C2CDFMT TBL C2CDFMT NUM C2CDFMT 0 GRAPH I TABLE 2 NUMERIC Y Scale amp pim p ALL pre amp pim ALL T PHASE C2CDYSCL RHO C2CDYSCL RHORHO C2CDYSCL RHOALL C2CDYSCL RHORHOALL C2CDYSCL TAU C2CDYSCL PHA C2CDYSCL 0 1 amp pim 2 p ALL 3 pre amp pim ALL 47 5 PHASE Display div SINGLE DUAL C2CDDISP SNGL C2CDDISP DUAL C2CDDISP 0 SINGLE 1 DUAL Table Page 1 2 C2CDPAGE 1 C2CDPAGE 2 C2CDPAGE 1 1 2 2 2 2 4 50 CDP Y div 10 div 5 div C2PDIV P10 C2PDIV P5 C2PDIV 0 10 div 1 5 div Code Domain Power REVERSE RC3 amp 4 Link 000 Channel Setup Operation Mode TCH EACH CCCH R3267 7000 65 2000 000000000 2 C20P CCCH 4 12 TRANSIENT 0 0 Oo 4 2 GPIB 000
65. 4 22 SPR2IDG eee 4 39 OORUNIT DBUV 4 22 SPR2JDG ON ettet tient 4 39 022 4 22 SPR2MBEAS nine s 4 39 4 40 OORWDO 4 21 SPR2MKRCLR eere 4 38 OORWDO 4 21 5 4 38 4 21 SPR2MKRED eerie 4 38 OORWOFWID eere 4 21 SPR2OFSSP ua u sasa 4 39 OORWONPOS eee 4 21 SPRZOESST vss tetro ren 4 39 OORWONWID eee 4 21 5 2 44222 4 39 4 61 SPR2REF 4 39 aqa akui aa nissa 4 62 SPR2REF 4 39 OPREVT ico rie etie toesertte ese octo 4 62 SPR2REFPWR eere 4 40 ss 4 13 SPR2RES ABS 4 39 RATIO 4 22 SPRORES 4 39 4 12 SPRORES 4 39 Lo 4 13 SPR2SETSTD ttr terree 4 39 RCO REG 4 13 SPR2TMPL 4 37 ettet 4 23 SPR2TMPL 4 37 4 12 SPR2TMPLBTM 4 38 ot 4
66. TDPDET TDPDET POS TDPDET NEG TDPDET SMP 00000000 0 Normal 1 Posi 2 Nega 3 Sample Display Unit dBm w TDPUNIT DBM TDPUNIT W TDPUNIT DBUV TDPUNIT 0 dBm 1 W 2 dBu V Template Couple to Power ON OFF TDPTMPLPW ON TDPTMPLPW OFF TDPTMPLPW 0 OFF 1 0N Template Limit TDPTMPLBTM TDPTMPLBTM 000 dBm W dBLV Judgement ON OFF TDPJDG ON TDPJDG OFF TDPJDG Upper Limit TDPJDGUP TDPJDGUP Lower Limit TDPJDGLOW TDPJDGLOW Set toSTD TDPSETSTD 0000 T Domain Power GATEPOW TDPMEAS 0000000 0000 51 4 20 0000 T Domain Power TDPMEAS GATEPOW lL jl nup dBm W dBLLV jt 0 0 FAIL 1 PASS 1 Judgement OFF 0 H D DD dBm R3267 7000 OPT65 2000 000000000 Co Co Oo ON OFF Ratio 4 12 TRANSIENT 4 2 GPIB 000 000000000 0 00000000 Auto Level Set OORAUTOLVL Trigger Setup Trigger Source FREERUN OORTRGSRC FREE OORTRGSRC 0 FREERUN VIDEO OORTRGSRC VIDEO 1 VIDEO IF OORTRGSRC IF 2 IF EXT OORTRGSRC EXT 3 EXT Trigger Slope OORTRGSLP RISE OORTRGSLP 0 OORTRGSLP FALL 1 Level OORTRGLVL OORTRGL
67. 1 Average Mode Detector Posi MAX Detector Posi 0 4 28 TRACEAVGDODBODDUDD R3267 7000 65 2000 0000000000 4 2 GPIB Oo Co Co 4 12 TRANSIENT 0 0 00000000 00000000 OBWMEAS f1 f2 f3 j1 f1 0BW 000 f2 Lower f3 Higher 000 0 FAIL 1 PASS 1 Judgement OFF f1 f2 f3 fl 0BWO D 1 f2 Lower 000 f3 Higher 000 Due to Auto Level Set DTSAUTOLVL Transient Template Template ON DTSTMPL ON DTSTMPL OFF DTSTMPL OFF Template Shift Shift X DTSTMPLSX DTSTMPLSX 000 Shift Y DTSTMPLSY DTSTMPLSY n Margin delta X DTSTMPLDX DTSTMPLDX 0 0 0 0 from STD DTSTMPLCP 00000 DTSTMPLED fll ooo WOOO dBm W dBLLV Init Table DTSTMPLCLR Marker Edit Copy from STD DTSMKRCP DTSMKRED d1 f1 f2 11 dl 0 Normal 1 Integral 2 NNyquist 0000000 L3 C N 20000 1 00000000 L3 C3 L3 CJ L3 L3 L3 E3 C3 CJ OO L3 C3 C3 L3 OO coc L3 C3 UC ccc OO cc LL Init Table DTSMKRCLR R3267 7000 65 00000 42 Due to Transient 1 Average Mod
68. 4 36 SPRFRMD STSP 4 36 SPRIDG ORE iet ettet 4 36 SPRJDG ON 2 22222 4 36 SPRMEAS eee eim encre tee 4 37 SPRMKRCLR eee 4 35 2 4 35 4 35 SPRMOD ABS 4 36 SPRMOD MKR eee 4 36 SPRMOD REL 4 36 4 37 SPRREE JDSP eter rire 4 36 SPRREF eee 4 36 SPRREF 4 36 SPRREE 4 36 SPRREFPWR entities enun 4 37 SPRRES ABS 4 36 SPRRES 4 36 SPRRES REL 2 2 2 1 4 36 SPRSETS TD ein 4 37 SPRTMPL OFF eere 4 35 SPRTMPL 4 35 SPRTMPLBTM 4 36 SPRIMPEGLR uu sessies 4 35 SPRTMPLGCD uttter 4 35 SPRTMPLDXK eere reete 4 35 SPRTMPLED ence 4 35 SPRTMPLPW OFF 4 36 SPRTMPLPW 4 36 SPRTMPESX 4 4 35 SPRTMPLSY 4 35 SPRUNIT DBM eee 4 36 SPRUNIT DBUV 4 36 SPRUNIT W eicere riesen 4 36 4 25 SPUR 4 24 4 12 4 14 SV 4 14 SVS TBD 4 23 SM
69. Hz 10000 Modulation Gain CAL error 210 Check 30 MHz CAL signal for connection 1000 100 30 MHz 000 Modulation Gain CAL error 220 Check 30 MHz CAL signal for connection 1000 1000 30 MHz 000 Modulation Gain CAL error 310 Check 30 MHz CAL signal for connection 1000 30 MHz c 000 R3267 0 000 65 coma2000 000000000 00000 Modulation Gain CAL error 320 Check 30 MHz CAL signal for connection Handshake error occurred to DSP Contact qualified engineer Modulation 1000 T T Cannot Detect Mod DSP board Contact qualified engineer Cannot execute measurement Check the QOF and Data Rate of the Channel Def Table 0 Incorrect Channel Def Table set tings Check the Channel D
70. Oo 00000000 DCCH ON C2DCCH ON C2DCCH OFF C2DCCH ON OFF C2FCH ON C2FCH OFF C2FCH 1 0N SCH1 Walsh Function W 1 2 W 2 4 CH OFF C2SCHIWALSH W12 C2SCHIWALSH W24 C2SCHIWALSH OFF C2SCHIWALSH 0 W 1 2 1 W 2 4 2 CH OFF Repetition Factor C2SCHIREP C2SCHIREP 1 2 4 8 16 32 SCH2 Walsh Function W 2 4 W 6 8 CH OFF C2SCH2WALSH W24 C2SCH2WALSH W68 C2SCH2WALSH OFF C2SCH2WALSH 0 W 2 4 1 W 6 8 2 CH OFF SCH2 Repetition Factor C2SCH2REP C2SCH2REP 1 2 4 8 16 Walsh Code Length 32 64 C2WLSLEN W32 C2WLSLEN W64 C2WLSLEN 0 32 1 64 Parameter Setup Meas Mode PRECISE NORMAL C2CDMMOD PREC C2CDMMOD NORM C2CDMMOD 0 PRECISE 1 NORMAL Meas Range C2MRNG C2MRNG 1280 1536 chip Threshold C2THRSH C2THRSH 000 C50 0dBm PN Delay Search Mode ON OFF C2PNMOD ON C2PNMOD OFF C2PNMOD 0 OFF 1 0N PN Delay C2PNDLY C2PNDLY 00 511 4 51 R3267 7000 65 00000 42 Code Domain Power REVERSE RC3 amp 4 Link 000 4 52 Trigger Source INT EXT INTRVL EXT INTRVL C2TRG INT C2TRG EXT C2TRG INTRVL1 C2TRG INTRVL2 4 12 TRANSIENT 000000000 000 C2TRG 00
71. a 5 d b Stop Freq 1 10 000000 MHz Sort Table Init 1000 5 7 12 Config 100 Peak Marker Delta 5 8 Peak Marker Y Delta 100 Py Peak Y Delta tR EL EYERE GE R32670 000 65 2000 100000000 00000 5 2 Due to Transient Due to Modulation Inband Spurious 0000000000000 5 2 2 Due to Modulation Due to Transient Inband Spurious 7 000000 GQ 00000000000000000000000000000000000000 Qo 00000000000 22000000000 000000 00000 3 n Oo n Oo Oo ET EI Oo n Oo L3 1000 1000 100000000 100000000 0 0000000000000 oO 0 00000000000 10000000 000000 000000000000000000 Parameter Setup Result MARKER RELATIVE ABS POWER 0
72. uu Su uu u ss 4 51 C2PNMOD OFF 4 43 4 51 C2PNMOD 4 43 4 51 C2PNOBS 4 43 C2PWRUNIT 2222 2 22 4 45 C2PWRUNIT DBM 4 45 C2PWRUNIT DBMPI 4 45 2 e 4 44 2 nun anu 4 46 4 52 C2QUAD ION 4 46 4 52 4 43 C2SCHIREPD ttem neto 4 51 28 4 51 C2SCHIWALSH OFF 4 51 C2SCHIWALSH 12 4 51 C2SCHIWALSH W24 4 51 C2SCH2REP u ua tities 4 51 C2SCH2WALSH OFF 4 51 C2SCH2WALSH W24 4 51 C2SCH2WALSH 68 4 51 C2SIGPOW 4 45 C2SIGPOW ON esce 4 45 C2TAU QER 4 45 4 45 OFF IS S u a u asna 4 45 4 3 R3267 7000 65 00000 4 1 uu 4 45 C2THRSH2 4 43 4 51 C2TOES 4 43 4 43 4 52 rettet 4 43 4 52 C2TRG 1 4 43 4 52
73. 0 00000000000000000 Set to Default 3 33 R3267 0 O0 O 65 000000000 00000 3 3 3 F Domain 3 3 3 F Domain Due to Transient ACP Due to In Band Spurious Band Spurious F Domain 7000000 RBW VBW Sweep Time Detector Config 3 3 3 1 Power F Domain Auto Level Set HOU 00000 O Auto Level 000 0000000000000 uut Gate Setup
74. 0 22 4 24 TRGPOS AE 4 18 TIDSPRE 1665 retenti ntn 4 24 TRGSLP FALL nente 4 18 TDSPRE 366 222 4 24 TRGSLP 2 212 2 2 2 4 18 TDSRESPK nete trennt 4 24 TRGSRC EXT ee 4 18 TDSRES 8 22 4 4 4222 4 24 TRGSRC 2 22 2 4 18 TIDSSETS TD tentes teen eere 4 24 4 18 TIDSSV S u HUE 4 23 TRGSRC VIDEO eee 4 18 citet torte 4 23 ettet 4 23 TDSTBLED 4 23 TRSPMD 2 2 424022 4 23 TDSTBLE ABS nentes 4 23 TRSPMD iecore 4 23 TDSTBLF REL eme 4 23 TRSPSLP 4 23 TIDSTRGDT e terni terri necs 4 23 TRSPSLP RISE cech 4 23 8 2 222222 22 2 2 4 23 e 4 18 5 4 23 TWDO cesta cetece te 4 18 TDSTRGSLP FALL 4 23 TW IDX aueh 4 18 TDSTRGSLP RISE 4 23 TWEX 4 18 TDSTRGSRC EXT 4 23 enean oen erts 4 59 TDSTRGSRC FREE es 4 23 TXPWNR 4 59 T
75. 0000000000 ONG 0 0 0 0 0 00 Magnitude Phase Error Error Vector Magnitude Origin Offset 000000 Diagram E V M vs Chip 00000 000 U 0 10000000000000000000000000 HE EJ Fundamental O O O Power Control Bit L L L L 00000000 uguali utu 1 2288 MHz 100000 Hz 1 2288 0 0090000000000000 000000 100 0 00000 900000000 00000000 000000000000000000 1010000 000000 90 0000000 degree 00000000 R3267 65 2000 000000000 00000 3 3 4 Modulation 3 3 4 2 Code Domain Power REVERSE RC38 amp 4 0 Auto Level Set QO Auto Level 00000000000000000 Graphics 0 0000000000000000000000000 Select Type 00000000000000 E Lak Danat ina amp EYE Diagram E V H wa Chip Hag Error Chij 3 26 Graphic Type of Analysis Constellation Constellation Line Constellation Line amp Dot I EYE
76. 3 7 3 8 Baseband Input 3 22 3 81 3 9 3 10 Bit Reversal Order 3 17 3 61 3 11 3 12 Carrier Freq Search 3 17 3 59 3 13 3 14 CCDESS e na ss 3 6 3 21 3 15 3 16 CDP Graph Plot 3 18 3 63 3 17 3 19 Channel a 3 17 3 62 3 20 3 21 Channel Def 3 17 3 25 3 28 Channel Define 3 17 3 60 3 31 3 34 Channel Setting 3 22 3 79 3 38 3 40 Channel Setup 3 20 3 68 3 43 3 48 Chip Rate Error 3 18 3 20 3 50 3 53 3 64 3 71 3 56 3 65 Code Domain Error 3 18 3 64 3 73 3 76 Code Domain 3 65 3 77 3 78 Code Domain Power Coef Auto Rate 3 17 3 60 O FORWARD 3 6 3 17 Average Mode 3 7 3 8 Code Domain Power 3 9 3 10 REVERSE RC3 amp 4 L 3 6 3 20 3 11 3 12 Complementary Filter 3 17 3 59 3 13 3 14 eii n 3 7 3 8 3 15 3 16 3 9 3 10 3 28 3 30 3 11 3 12 3 33 3 37 3 13 3 14 3 38 3 42 3 15
77. EYE Diagram 3 17 3 2 R3267 7000 65 000 00 0000000 00000 Ich Qch Time ns Ich Time amp FFT Integral IQ Complex IQ EBrroOr eee IQ Inverse 2000020 00 0 0 Judgment u S eke Mag Error vs Margin AX eese Marker Meas Length Meas Mode nettes tus Meas Meas 3 20 3 65 3 21 3 21 3 6 3 6 3 22 3 7 3 12 3 14 3 16 3 32 3 45 3 51 3 15 3 21 3 18 3 22 3 7 3 9 3 11 3 13 3 15 3 28 3 33 3 38 3 47 3 53 3 22 3 9 3 32 3 7 3 11 3 36 3 17 3 20 3 65 3 12 3 14 3 40 3 48 3 12 3 14 3 40 3 48 3 20 3 21 3 20 3 17 3 17 3 20 3 57 3 80 3 9 3 13 3 15 3 27 3 40 3 48 3 54 3 53 3 64 3 81 3 8 3 10 3 12 3 14 3 16 3 30 3 36 3 42 3 50 3 55 3 80 3 16 3 54 3 10 3 28 3 38 3 19 3 57 3 13 3 15 3 45 3 51 3 13 3 15 3 45 3 51 3 78 3 70 3 63 3 19 3 59 3100000000000 Modulation Multipliers s ls aaa asua ces Null Offset Constellation ON ON OFF Operation Outband Spurious Parameter Setup sess
78. MEE x 5 1 Template 00000 seen 5 1 1 T Domain 00000 E E 0 0 DE 00 0 E 0 5 1 2 F Domain DOO E E DOD BE EL E O EE E 2 a a 5 2 Due to Transient Due to Modulation Spurious 000000000000 kb RA j 1 1 1 1 1 2 1 2 1 2 9 2 19 3 1 3 1 3 6 3 23 3 24 3 25 3 25 3 28 3 31 3 34 3 34 3 38 3 40 3 43 3 48 3 50 3 53 3 56 3 56 3 65 3 73 3 76 3 78 3 79 4 1 4 1 4 11 5 1 5 1 5 1 5 3 5 4 C 1 R3267 0 0 0 65 00000 5 2 1 Marker Edit M H OTU Due to Modulation Due to Transient Inband Spurious Inband Spurious D E E OO eese uggugudguuuumiul Estimatedp 000 Tx Power Peak Factor I D rt ER Pe tete ie peers Trigger Source INTRVL EXT INTRVL 00 een Bit Reversal Paley Order E 3i terrere een Complementary Filter Null Offset anu uz pH L3 00000 FORWARD Link nne REVERSE RC3 amp 4 0 D noo
79. 000000000 000 00000000 Baseband Input AC DC BBINPUT AC BBINPUT DC BBINPUT 0 AC 1 DC IQ Inverse NORMAL INVERSE IQMD NORM IQMD INV 0 NORMAL 1 INVERSE Auto Level Auto Level OFF Auto Level ON ALS OFF ALS ON 0 OFF 1 ON DC CAL CLDC 4 17 R3267 7000 65 00000 4 2 GPIB T Domain Power 4 18 Auto Level Set 4 12 TRANSIENT AUTOWFL TDPAUTOLVL 0 00000000 Trigger Setup Trigger Source FREERUN TRGSRC FREE TDPTRGSRC FREE TRGSRC VIDEO TDPTRGSRC VIDEO TRGSRC IF TDPTRGSRC IF TRGSRC EXT TDPTRGSRC EXT TRGSRC TDPTRGSRC 0 FREERUN 1 VIDEO 2 IF 3 EXT Trigger Slope TRGSLP RISE TDPTRGSLP RISE TRGSLP FALL TDPTRGSLP FALL TRGSLP TDPTRGSLP Trigger Level TRGLVL TDPTRGLVL TRGLVL TDPTRGLVL 0 100 Trigger Position TRGPOS TDPTRGPOS TRGPOS TDPTRGPOS 0 100 Delay Time TRGDT TDPTRGDT TRGDT TDPTRGDT Window Setup Window ON OFF TDPWDO ON TWDO ON TDPWDO OFF TWDO OFF TDPWDO TWDO Window Position TDPWPOS TWLX TDPWPOS TWLX Window Width TDPWWID TWDX TDPWWID TWDX
80. 4 59 R3267 7000 65 00000 42 4 60 Auto Level Set AUTOLVL 4 12 TRANSIENT 0 0 Scale Setup X Scale Max C2CCDFXMAX C2CCDFXMAX 20 704 dBm X Scale Range C2CCDFXRNG C2CCDFXRNG 100 50 dB dBm Power Unit RELATIVE ABS POWER C2CCDFUNIT REL C2CCDFUNIT ABS C2CCDFUNIT 0 ABS POWER 1 RELATIVE Parameter Setup Trigger Mode INT EXT C2CCDFTRG INT C2CCDFTRG EXT C2CCDFTRG Trigger Slope C2CCDFTRGSLP RISE C2CCDFTRGSLP FALL C2CCDFTRGSLP 0 1 Trigger Delay C2CCDFTRGDLY C2CCDFTRGDLY Meas Length Trace Write ON C2CCDFMLEN C2CCDFTRC ON C2CCDFTRC OFF C2CCDFMLEN C2CCDFTRC 10000 100000000 0 1 0N CCDF C2CCDF 00000000000 51 CCDF C2CCDF d1 d2 d3 d4 d5 d6 d7 d 8 d1 Peak Factor d2 Average Power 43 10 44 1 d5 0 1 d6 0 01 d7 0 001 48 0 0001 Marker Position Distribution Power C2CCDFMK C2CCDFMK u dl d2 d1 Distribution d2 Power 83267 65 cdma2000 000000 4 2 GPIB D 4130000
81. Y Scale 10dB div 5dB div 2dB div R3267 7000 65 2000 000000000 0 4 12 TRANSIENT TDPDIV P10DB TDPDIV P5DB TDPDIV P2DB 4 2 GPIB TDPDIV 00000000 0 10dB div 1 5dB div 2 2dB div Average Times TDPAVGCNT TDPAVG CAVGAT TDPAVGCNT TDPAVG CAVGAT 1 2 999 1 2 999 O 1 OFF 2 999 Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC TDPAVGMD TRACE TDPAVGMD MAX TDPAVGMD POWER TDPAVGMD NUMERIC TDPAVGMD 0 Trace Avg 1 Max Hold 2 Power Avg 3 Numeric Template Template ON TDPTMPL ON TLMT ON TDPTMPL OFF TLMT OFF TDPTMPL TLMT Template Shift Shift X Shift Y TDPTMPLSX TLMSFT TDPTMPLSY TLMASFT TDPTMPLSX TLMSFT TDPTMPLSY TLMASFT Template Edit Template UP LOW Copy from STD 00000 Init Table TDPTMPLSEL UP TDPTMPLSEL LOW TDPTMPLCP LMCPSL STD TDPTMPLED TLMIN TDPTMPLCLR TLMDEL Average POWER TDPTMPLSEL tll 1 000 dBm W dBuV 4 19 R3267 7000 65 00000 4 2 000 T Domain Power Parameter Setup Detector Normal Posi Nega Sample 4 12 TRANSIENT 000000000
82. Code Domain Error Code Domain Power Code Domain Power Coef FORWARD Code Domain Power Coef O FORWARD Code Domain Power REVERSE RC3 amp 4 L Complementary Filter Complementary Filter Config Constellation Constellation Dot Constellation Line amp Dot Constellation Line 3 64 3 18 3 65 3 56 3 6 3 6 3 11 3 13 3 15 3 27 3 32 3 38 3 45 3 51 3 17 3 20 3 65 3 17 3 20 3 65 3 17 3 20 3 65 3 17 3 20 3 65 3 80 3 53 3 81 3 61 3 59 3 21 3 63 3 62 3 61 3 60 3 79 3 68 3 20 3 71 3 64 3 17 3 20 3 59 3 8 3 10 3 12 3 14 3 16 3 30 3 36 3 41 3 49 3 54 3 19 3 56 3 19 3 56 3 19 3 56 3 19 3 56 LI R3267 0 0 0 65 00000 Cont Auto Level Set Copy from STD Delete Delete Demod Data Save u a SS Display Display div Display Unit 2 Due to Modulation Due to Modulation Due to Transient Inband Spurious O O O 2 3 36 3 41 3 46 3 52 3 17 3 57 3 20 3 9 3 12 3 14 3 16 3 30 3 36 3 46 3 52 3 81 3 12 3 14 3 22 3 40 3 48 3 79 3 62 3 79 3 68 3 8 3 10 3 26 3 31 3 43 3 9 3 13 3 15 3 32 3 41 3 48 3 5
83. Config Window Setup _p Window ON OFF Set to STD Window Position Window Width L gt Template ON OFF Shift X Shift Y Template Edit Trigger Source FREE RUN VIDEO I I Trigger Level I UTrigger Position IDelay Time Template UPLOW Copy from STD Insert Line Delete Line Sort Table Init TM Setup gt Detector NORMAL Set to STD POSI I NEGA x SAMPLE Display Unit dBm I w dBuV Template Couple to Power ON OFF Template Limit Judgment OFF Upper Limit Lower Limit Average Mode I TRACE AVG HOLD POWER AVG I NUMERIC 3 7 R3267 7000 65 00000 3200000000 TRANSIENT T Domain ON OFF Ratio 3 8 Auto Level Set Trigger Setup Y Scale dB div 10 5 2 Average Times ON OFF _Config 1 Window Setup p Window ON OFF Setto STD ON Position ON Width OFF Position OFF Width gt Trigger Source FREE RUN Parameter Setup Set to STD Slope I Trigger Level l I Trigger Position I Delay Time VIDEO IF EXT gt Detector NORMAL POSI NEGA SAMPLE Display Unit dBm I w dBuV Judgment OFF Upper Limit Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC TRANSIENT T Domain Spuriou
84. Peak Y Delta Phase Error vs Pilot Channel Plot Plot PN PN Delay Search PN Offset eines 3 38 3 29 3 29 3 80 3 29 3 29 3 8 3 68 3 8 3 10 3 11 3 12 3 13 3 14 3 15 3 16 3 17 3 19 3 20 3 21 3 27 3 30 3 32 3 36 3 38 3 41 3 45 3 49 3 51 3 54 3 59 3 69 3 75 3 76 3 77 3 78 3 14 3 15 3 16 3 32 3 49 3 52 3 54 3 20 3 18 3 63 3 66 3 19 3 71 3 70 3 59 3 59 3 21 3 3 R3267 7000 65 2000 0 00000000 00000 3 100 Power Unit u s u sasaqa qan uay us Preselectot mua Rolloff Save Scale Setup peen SCH1 Repetition Factor SCHI Walsh Function SCH2 Repetition Factor SCH2 Walsh Function Select Type aeree Set to Set to Shift X 3 4 3 63 3 9 3 33 3 17 3 20 3 65 3 21 3 17 3 62 3 18 3 64 3 17 3 12 3 14 3 41 3 49 3 9 3 13 3 15 3 41 3 49 3 12 3 17 3 47 3 9 3 32 3 17 3 57 3 20 3 20 3 20
85. 000 000 000000 6 4 5 6 R3267 7000 65 000 0 0000000000000 Paraneter Setup 1280_chip z Offset 5 0 000 Rolloff Factor Equalizing Filter PN Offset Search Mode Complementary Filter ON 0 05 Offset Carrier Freq Search Trigger Source EXT Trigger Slope Threshold H Auto Rate OFF Channel Def ine Walsh Code Length 4 J e 32 128 ar 2123 Bit Reversal Order E 6 3 Parameter Setup Puri pli Power limit Pilot awal Poner aam co fo 1 Demain Error FF Powe v Fixed Symbols Lew NAM Chip Rete IW Goin Error s brr i 6 4 Meas Options SINGLE Q 00000000 0 0000000000000000000000 6 200 R3267 7000 65 00000 6 200 6 2 2 REVERSE RC3 amp 4 0 D D 1 832670 000000000 650000000000 ae 83267 0000 CHL EET THO 6 5 REVERSE Link 0000 10 CHIIJCH2II 825 03 MHz 0 REVERSE Link 1 OOOO D 6600 670000000 LEVEL Ma
86. 2 1 Auto Level Set 160 IE aiid Parameter Setup F Seale INT Setup 1 2 Trigger Slope E Parameter Trigger Delay Setup Meas Length 10 sample 1 4 4 Trace Yr ite 1 20 14 2 4 10 Pouer dB CCDF Power Data Peak Factor tEEEEEE Average Power 10x UEbEEEEE 0 1x 0 012 0 001 0 0001 2 21 CCDF Parameter Setup 10 Parameter Setup 1000000 2 20 00000 R3267 7000 65 000 0 0 0000000 00000 2 3 CCDF 0 0 11 Auto Level Set L L L L L 0000000000000000 12 SINGLE 1 L L LI 72 S power dB E j 10 Hus amp E 2 5 Pu 0 01 0 0015 0 00012 O 2 22 Peak Factor 00000000 Average Powe
87. ADVANTEST atten R3267 65 cdma2000 00000000 MANUAL NUMBER FOJ 8350460C00 Du H3264 H3267 R3273 20000 90 10 Printed in Japan 2000 L3 L3 JSF00 Safety 1 1000000000000000000000000000 200000000000000000000000000000000 0 00000000000000000000000 0 00000000000000000 0 0000000000000000000
88. C2PHAMKPHA Symbol 96 Symbol 96 Symbol degree View Mode WALSH Marker 00000 Upper Lower Marker Position Walsh Code Length Walsh Code Number p dB A0 C2ACTTRC A C2ACTTRC B C2CDMK C2ACTTRC C2CDMK C2CDMKWLEN C2CDMKWNUM C2CDMKWRHOLOG C2CDMKWRHO C2CDMKWTAU C2CDMKWPHA 0 Upper 1 Lower 63 4 53 R3267 7000 65 00000 42 4 12 TRANSIENT 0 0 000 00000000 Marker Data 2 Walsh Code Length C2CDGPHWLEN n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt REVERSE 0000000000 RC3 amp 4 dn Walsh Code Length Link 0000 000 Walsh Code Number C2CDGPHWNUM n lt CR LF gt d1 lt CR LF gt T dn CR4 CF 0000000000 dn Walsh Code Number 0000 C2CDGPHWRHOLOG n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 C2CDGPHWRHO n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 O00 C2CDGPHWTAU n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 C2CDGPHWPHA n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 dn A rad Total Result Multiple p Estimated p C2CDRHO dl Time
89. FDSAVGMD 0 Trace Avg 1 Max Hold 2 Power Avg Parameter Setup Detector Normal Posi Nega Sample R3267 7000 65 2000 000000000 4 12 TRANSIENT E 4 2 GPIB FDSDET FDSDET POS FDSDET NEG FDSDET SMP FDSDET 00000000 0 Normal 1 2 Nega 3 Sample Display Unit dBm w dBUV FDSUNIT DBM FDSUNIT W FDSUNIT DBUV FDSUNIT 0 dBm 1 W 2 dBuV Judgement ON OFF FDSJDG ON FDSJDG OFF FDSJDG Peak MKR Y Delta FDSPKMKY FDSPKMKY Preselector 1 6G 3 6G FDSPRE 16G FDSPRE 36G FDSPRE Set to Default FDSSETSTD 0000 Outband Spurious FDSMEAS 0000000 0000 51 0000 Outband Spurious FDSMEAS n lt CR LF gt f1 11 jl lt CR LF gt fn In jn lt CR LF gt fn In dBm W dBL V jn D 0 FAIL 1 PASS 1 Judge ment OFF 4 41 R3267 7000 65 00000 4 2 GPIB DL D LU L Code Domain Power Coef FORWARD Link 1 OO 4 42 Auto Level Set 4 12 TRANSIENT 0 0 000000000 AUTOLVL 000 00000000 Graphics Select Type Constellation Constellation Line Constell
90. Y Scale R3267 7000 65 cama2000 0 00000000 00000 3 3 4 Modulation TABLE POWER TABLE EVM 10000000000000000000000000 Display PHASE View 0000000 000000000000 000 0000000 Reverse Pilot Channel DCCH Reverse Dedicated Control Channel O O 0 5 2 Reverse Supplemental Channel 20 000000 FCH Reverse Fundamental Channel 7 7 7000 5 Reverse Supplemental Channel Reverse Pilot Channel 7 70 0 00 Enhanced Access Channel 7 LH 0 L 0 000000000000000000000 Display ERR PHASE 0000000 0 000 Reverse Pilot Channel 0 70 0
91. Y Scale dB div 10 5 2 Average Times ON OFF Config Parameter Setup Detector Gated Sweep Display Unit Judgment Upper Limit Lower Limit O UU U 0 ON OFR O 00000000000 9780 C Config Parameter Setup Average Mode Parameter Setup Gated Sweep Display Unit Judgment rr Upper Limit 100 00 Lower Limit 200 00 din 3 10 Parameter Setup 0 E E 000 U NORMAL POSI NEGA SAMPLE dBm W dBuV
92. e 04 a 005 0 0000 0 1536 0 3072 0 4608 0 6144 0 7680 0 9216 1 0752 1 2288 frequency MHz R3267 0 000 65 cama2000 000000000 00000 58 15 95 Phase Characteristics k 2 _w2 HO LO B wed W jaeW W 1 36 W 2 X3 15X10 O00000 0000000 0000000000000 0000000000000000 0 0000 00000000 00000000 0000 00000 Parameter Setup Equalizing Filter ONO 000000 Parameter Setup Equalizing Filter OFFOOOOOOUOOOD 5 15 R3267 65 2000 000000000 00000 5 9 Null Offset 000000 5 9 Null Offset U U U Reverse RC1 amp 2 O O O Waveform Quality TO 000000000 0 1 Offset Constellation
93. 0 0 Scale Setup Scale Range Power Unit 3 33 Scale Setup 1 D D LL D DU X Scale Max 0000000000000 20dB m D 704 0 0 10 000000000 0000000 4 OU 10980 000000000 X Scale Range 10880 5 Power Unit 0000000000 RELATIVE 00000000 ABS POWER L3 L3 00000000 000000 Parameter Setup 000000000000000 Pamlor a u ir Ti Trig Slope Beas 3 34 Parameter Setup 000000000 Trigger Mode INT 3 77 R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation Trigger Slope Trigger Delay Meas Length Trace Write ON OFF 3 3 4 5 Time amp FFT OE DU E 000 T 100 000000 000 5 l 10kQ l
94. 000 000 Shift X r3 r3 r3 r3 r3 r3 r3 r3 rr Ooo 3 44 R3267 7000 65 000 0 0 0000000 000600 3 3 3 F Domain Shift Y 00000000000 000000 00000000 000 00000000000000 00000 000000 0000 STD 0000000000000000000000000 Insert Line 0000000 Delete Line 000000000000000 Sort 00000000000000000 Table Init 0000 5 2 1 0 0 0000 0000000 Copy from STD 000000000000000000000000 Insert Line 00000000000 0000000 Delete Line 000000000000000 Sort 0000000000000000 Average Times ON OFF 00000000000 0000000000000 Config Parameter Setup 0 0 Average Mode 0000000000 Config Parameter Setup 3 45 R3267 7000 65 00000 3 3 3 F Domain Freq Setting Detector Result Ref Power Display Unit Parameter Setup Detector Result Ref Power Display Unit Temp lat Couple ta Power Template Li
95. 000 00000000 Auto Rate Channel Def Table Auto Rate Channel Define OFF 1 D EH EH DU D D D Walsh Code T Channel 000000 Bit Reversal Order R3267 0 O0 O 65 2000 000000000 00000 3 3 4 Modulation QOF Channel Define ON LU B L B B D B U HI D D DI U 0 9020 Channel Def 00 QOF Hl H B BH B H EE HL UI Hl Channel Define OFF 1 EH H D BH DB H E E E E UL D D goro 000000 100000000 09 0000000000000 9020 Reversal Order Bit Reversal Paley L1 LU LU Channel Define OND O O O Bit Reversal Order Walsh Length 0000 Bit Reversal Order WU UUW UU D B HH U HH B U UE U LI U DU
96. 000000000000000000 00000 IF EXT 000000000000000000 00000 0 000000000000000 EXTTRIGO 000 000 Trigger slope 00000000000000000000000 Trigger Lere 00000000000000 Trigger Delay 0000000000000000000000000 Average Times ON OFF 0000000000000000 000000000000000 3 3 4 6 STD 0000000000000000000000000000000000000 0000000000000000 Channel 000000000000000000000 Copy from STD 00000000000000000000000000 0000000 Link Reverse 0 0 000 5 0 0000000000 0000 Link Forward 0 00000 8 0 000000000 00000 Edit Table 123 Table 456 Table 789 000070 99000000 000000000000000000 3 79 R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation Band Class Link Signal Type Offset Level Frequency Input Input 3 80 STD Measurement Parameter Set North American Cellular Band Link FORWARD i BURST ign p Offset Level Frequency Inout Input Baseband Input IQ Inverse Les Cont Auto Level Set 3 REVERSE 80142 REVERSE RC3 amp 4 OC CAL 3 37 STD Measurement parameter set 0000000000 100 n 0000
97. 3 16 3 47 3 50 3 27 3 30 3 53 3 55 3 32 3 36 Average Times 3 7 3 8 3 38 3 41 3 9 3 10 3 45 3 49 3 11 3 12 3 51 3 54 3 13 3 14 lt 3 17 3 19 3 15 3 16 3 20 3 56 3 19 3 20 3 65 3 21 3 27 Constellation Dot 3 17 3 19 3 29 3 32 3 20 3 56 3 36 3 38 3 65 3 41 3 45 Constellation Line amp Dot 3 17 3 19 3 49 3 51 3 20 3 56 3 1 R3267 7000 65 2000 0 00000000 00000 3100000000000 3 65 Due to Modulation 3 6 3 17 3 19 Due to Transient 3 6 3 20 3 56 B V M vs Chip 3 17 3 65 3 20 Cont Auto Level Set 3 22 3 81 3 65 Copy STD 3 7 3 12 A 3 17 3 13 3 14 Edit Table 1 2 3 nues 3 22 3 15 3 22 Edit Table 456 3 22 3 27 3 40 Edit Table 7 8 9 ua asss 3 22 3 45 3 48 Equalizing Filter 3 17 3 51 3 79 EVM ae 3 18 Data 3 17 3 62 Ext Gate 3 10 DC CAL 3 22 3 79 3 35 DCECH 3 20 3 68 EXT Trigger Delay sss 3 19 Delay Time niet 3 7 3 8 3 21 3 9 3 10 3 75 3 13 3 26 EXT
98. Channel Define Walsh Code Length ROF Bit Reversal Order 1280 chip E 5 1 a iia uM 500Hz 10kHz 5 m INTRVL 1 a a a JE NN ECCS N OFF 3 22 Parameter Setup 128 36864 000 10000 100000 Time Alignme IS 97 Time Alignment Error nt Error 00000 Oo 1 10000000 100 OFFI EH 1000 1000 n Oo ono N ooo 05 1000000000 L3 rr rr noo Ooo ooo OOo rr ON D D U HU PN Offset 200 ON OFF 0 L on ona Walsh Length 640 PN Offset E 00000 100 00 51100 PN Offset 000 1000000 1000
99. DTSREF DTSREF MOD DTSREF 0 Reference Marker 1 Modulation Symbol Rate 1 T DTSSYMRT DTSSYMRT 000 Rolloff Factor DTSRFACT DTSRFACT Set to STD DTSSETSTD 0000 Due to Transient DTSMEAS 00000000000 51 0000 Due to Transient DTSMEAS COBWCP n lt CR LF gt d1 j1 lt CR LF gt dn jn lt CR LF gt 000000 jn O D D 0 FAL 1 PASS 1 Judgement OFF 11 12 d1 d2 d3 d4 1 0 00 dBm Reference power 12 100 W Reference power 41 1st ACP dBc d2 1st ACP dBc d3 2nd ACP dBc d4 2nd ACP dBc Ref Power DTSREFPWR 000 Due to Modulation Auto Level Set DTMAUTOLVL Gate Setup ON OFF TGTSETUP ON TGTSETUP OFF TGTSETUP Trigger Source FREERUN VIDEO IF EXT TGTTRG FREE TGTTRG VIDEO TGTTRG IF TGTTRG EXT TGTTRG 0 FREERUN 1 VIDEO 2 IF 3 EXT Trigger Slope TGTTRGSLP FALL TGTTRGSLP RISE TGTTRGSLP 4 31 R3267 7000 65 00000 4 2 000 4 12 TRANSIENT 000000000 000 00000000 Due to Trigger Level TGTTRGLVL TGTTRGLVL 0 0 100 Modulation Tigger Position TGTTRGPOS TGTTRGPOS 0 100
100. a us EEEE A u 1 2 13 s a 14 1 5 a 2 1 2 2 11 ET EE a a aasan sasa aa 2 3 UE lt ORUM E UE 3 1 RR UE RR ER sess 2 2 ee PET 3 3 A EE 3 3 1 C 3 3 2 55 2 seeded vou AREE ESAE EE 3 3 2 1 Power T Domain 3 3 2 2 ON OFF Ratio 3 3 2 3 Spurious T Domain 3 3 3 3 3 3 1 Power F Domain 3 3 3 2 OBW 3 3 3 3 Due to Transient 3 3 3 4 Due to Modulation 3 3 3 5 Inband Spurious 1 3 3 3 6 Inband Spurious 2 3 3 3 7 Outband Spurious 3 3 4 3 3 4 2 Code Domain Power REVERSE RC3 amp 4 ER ee Gu 3 3 4 1 Code Domain Power Coef FORWARD E E 3 3 4 3 Waveform Quality REVERSE RCI amp 2 3 3 4 4 Power 3 3 4 5 Time amp FFT 3 3 4 6 STD 4 0000000000 4 1 GPIB iuret eret 4 2 l
101. p Peak CH Peak CH Peak inactive channel power 10000 Walsh Code Walsh Code 00000000 0000000000000 1000000000000 48 100000000 walsh code domain 000000000 0000000 100 walsh code 000000000000 walsh code domain 000000000 000000000 walsh code CH inactive channel 0000000000 walsh code walsh length R32670 000 65 000 0 00000000 00000 2 2 MS00000000000000000000 22 00000 000000000 015 2000 0 0000000000000 825 2 01 L D 10dBm 0000800 Long Code Mask ALL 0 Reverse Traffic Channel Operation PICH DCCH SCH2 FCH SCHI 9 O O 000 5 1 00000000 wi M scH20 0000000 5 M 0000 Reverse Pilot Channel DCCH Reverse Dedicated Control Channel SCH2 Reverse Supplemental Channel 2
102. sess 3 36 3 11 Parameter Setup D 0 0 0 0 0 suse 3 38 3 12 Parameter Setup J J D 0 0 0 0 0 aaa L u u uuu 3 41 3 13 Trigger Setup 1 E E E E E E E D 3 43 3 14 Detector C DE C TH Ip stet e t i reete eet er teen 3 44 3 15 Parameter Setup D 0 0 0 0 0 92 3 46 3 16 Parameter Setup E E U ELIT EL UU aimes 3 49 3 17 Parameter Setup 0 0 0 0 0 0 suse 3 52 3 18 Parameter Setup D 0 0 0 0 0 sss 3 54 3 19 Graphic Type of Analysis ED OO O D 3 56 3 20 Seale Setup C nU Bh BL EL BL BE Blob i ERREUR ER ee there neto 3 57 3 21 3 58 3 22 Parameter Setup E LUC u u trt t 3 59 1 R3267 7000 65 00000 000 000 3 23 Channel Def Table 3 61 3 24 Meas Options J O E carne rnt ere eter rere 3 63 3 25 Code Domain Error O O 3 64 3 26 Graphic Type of Analysis OO OO O E DE D 3 65 3 27 View Setup D D 0 D OO D 3 66 3 28 Channel Setup T E ET TI ETAT ET ETE ie 3 68 3 29 Parameter Setup D 0
103. 0 0 020000000 NUMERIC 0 0 201000000 POWER 0000000 100000000 0100000000 0 00000000000000000 Set to STD 3 3 2 2 ON OFF Ratio 1000000000000000000000000000000000 10000000000000000000000000000000000000000 100000 Auto Level Set Up QO Auto Level 0000000000000000 1000000000 Trigger Setup Trigger Setup Trigger Source Trigger Level 30 Trigger Position Delay Time 3 4 Trigger Setup l 100 3 28 R3267 7000 65 2000 0 060000000 000600 3 3 2 T Domain Trigger Source FREE RUN 0000 VIDEO
104. 0 0 RBW 30kHz D 0000000 VBW AUTO MNL MNL 1 0 0 00000 VBW 0 100kHz 0 0000000 LEVEL 0 99800000000 2 19 R3267 7000 65 00000 2 3 D REF 0 0 dBm dB Write Horm Blank Harm H 1 SS i Channel Power Power Wu MIT mui j average i Power E ES ENTER 825 030 MHz SPAN 2 000 MHz RBW 30 kHz _ VBW 100 kHz SWP 20 ms ATT 10 dB 2 200 00 D 7 TRANSIENT Modulation Power CCDF Parameter Setup Parameter 8 10000 Trigger Mode INT Hz ENTR 0 E E n Co 9 Meas Length 0000000 0 1 00000000 L3 r3 L3 El CCDF 1
105. 1 1 1 2 2 C2PCPAGE 2 2 2 2 Parameter Setup Meas Range C2PCMRNG C2PCMRNG 1280 36864 chip t Offset C2TOFS C2TOFS 500 000 500 000 usec Complementary Filter ON C2CMPFLT ON C2CMPFLT 0 OFF OFF C2CMPFLT OFF 1 0N Rolloff Factor C2RFACT C2RFACT 0 05 0 20 Equalizing Filter ON C2EQFLT ON C2EQFLT 0 C2EQFLT OFF 1 0N PN Offset Search Mode ON C2PNMOD ON C2PNMOD 0 OFF OFF C2PNMOD OFF 1 ON PN Offset C2PNOFS C2PNOFS 511 Carrier Freq Search 500Hz C2FSRCH 500 7 C2FSRCH 0 500Hz 10kHz C2FSRCH 10KHZ 1 10kHz 500kHz C2FSRCH 500KHZ 2 500kHz Trigger Source INT C2TRG INT C2TRG 0 INT EXT C2TRG EXT 1 EXT INTRVL EXT C2TRG INTRVL1 2 INTRVL EXT INTRVL C2TRG INTRVL2 3 INTRVL EXT Trigger Slope C2TRGSLP RISE C2TRGSLP 0 C2TRGSLP FALL 1 Threshold C2THRSH C2THRSH O00 50 0 dB 4 43 R3267 7000 65 00000 42 Code Domain Power Coef FORWARD Link 4 44 Auto Rate ON OFF C2AUTORATE ON C2AUTORATE OFF 4 12 TRANSIENT 0 0 000000 000 000 C2AUTORATE 00000000 0 1 Channel Define ON OFF C2CHDEF ON C2CHDEF OFF C2CHDEF 0 OFF 1 0N Walsh Code Length C2WLEN C2WLEN 4 8 16 32 64 128 QOF C2QOF C2Q0F 00 0 1 2 3 Rever
106. 15 SPR2TMPLCLR eee 4 38 ROS E 4 62 2 eee 4 37 SO 4 62 5 2 2 2 2 2 4 37 4 62 SPR2TMPLBED eee 4 38 S E 4 62 5 2 2 222222 4 38 NC esha eG Hed 4 61 SPR2TMPLPW OFF 4 38 SEIBUNG CW 4 11 SPRZTMPLS X craro 4 37 SETFUNC 2 2 222222 21 4 11 2 5 2 2 4 37 JU 4 20 4 22 SPR2UNIT DBM 4 38 4 24 4 27 SPR2UNIT DBUV 4 38 4 28 4 31 SPR2UNIT W reete 4 38 4 34 4 37 5 2222 4 35 4 39 4 41 inniti t 4 35 4 46 4 52 4 35 4 57 4 59 SPRAVGMD 4 35 4 60 SPRAVGMD POWER 4 35 5 5 4 15 SPRAVGMD 4 35 SIGTYP 2 2 2 4 15 SPRDET NEG 2 2 4 36 4 7 R3267 7000 65 00000 4 1 SPRDET eee 4 36 SPRDET 4 36 SPRDET SMDP emen 4 36 SPRFRMD
107. 163 0880 00000 244 00 00 0000 0 6069 1 2 03 3342 8245 OO D D 68 0880 000000 248 00 NSO 0000 0 60690 2 03 3342 8245 JRO O O W 163 0880 00000 0 24000 NS D D D D 0 6069 2 03 3342 7513 0 0 D D 300 2 93 2 029 253 5121 U 0 0 1989 3124 0 0000000000 482 1 022 392 3103 1213 01 00000000 3 5 0000000000 591 2 044 850 0500 W 213 0011 00000000 3 5 0000000000 5RE 2 044 850 0500 0 0 0 0 1179 0071 0000 1 32 1 5 03 3930 4002 w19002 00000 2 22 0564 00628 000 564 0062 0 00000 00000 845250000070 6 28 000000000 2 052 731 6100 0 0 0 D 1920 0852 0 0 0 0 0 0 7 8 rrr 076 262 7545 0000 m xoc 1128000000000 REP 086 234 9310 0 0 0 D W 812 0011 8000000000 3 50 00000000 2 092461 2300 000 000 0000000000000 cicg TEL 0120 041486 EE 0120 334275 22 Oo 0000 000000 000000 uU Dnm uu 000 00000 000000000 TEL 0120 120287 0120 057508 TEL 06 6385 6613 FAX 06 6385 7751
108. 2 6 3 1 R3267 7000 65 cama2000 0 00000000 00000 1 1 1 2 1 3 1 4 1 5 110000 65 15 2000 100 0000000 83267 0 00000000 100000000000000000000 000000000 0O ACP Due To Transient 000 ___ 000000 00000 65000000000 000000000 0000000000
109. 4 47 4 47 C2PCMNKPHA 4 47 C2P CMB POW 2 4 47 4 47 C2PCMKRHOLOG 4 47 050 4 47 C2PCMKWLEN 4 47 C2PCMKWNUM 4 47 2 5 eie 4 43 C2PCPAGE T uttter 4 43 C2PCPAGE 2 4 43 C2PCPHE 4 46 2 4 46 5 4 46 C2PCQU AD nete tees 4 46 4 46 55 4 46 C2PCTXPOW aa sete es 4 46 C2PCYSCL CDE ener 4 42 C2PCYSCL PHA entities 4 42 C2PCYSCL 4 42 C2PCYSCL RHO eet 4 42 C2PCYSCL RHOALL 4 42 C2PCYSCL 4 42 COPDIV PIO EEA 4 43 4 50 4 43 4 50 C2PHAMKPHA 4 53 2 4 53 C2PIPWR nene IDEE 4 45 4 46 2 4 46 4 55 4 46 4 55 C2PNDLY
110. 41GPIBOOOO0000000 DTSMBEAS nettement 4 31 DTSMKRCLR eee 4 29 222 4 29 2 9 4 29 DTSREF 22 244242 4 31 DTSREF 22 22 2 2 22 4 31 2 2 2 2 4 31 DTSRES ABS ettet tees 4 30 DTSRES 4 30 DTSRES REL entered 4 30 DYTSREACT nennen heit 4 31 DTSSETSTD ettet ccrte 4 31 oink 4 31 DTSTMPL 2 4 29 DTSTMPL ON 5 Rem 4 29 5 eee 4 30 DTSTMPLCLR e 4 29 eee 4 29 4 29 DTSTMPLPW OFF 4 30 DTSTMPLPW 4 30 DTSTMPLSX 4 29 DTSTMPLSY 5 net 4 29 DTSUNIT DBM tectam 4 30 DTSUNIT DBUV 4 30 4 30 4 61 ERRNO 4 61 EA QS Sg ene 4 12 lj 4 12 FDPAUTOLVL enr 4 25 tei tete ette es 4 26 nasua 4 26 FDPAVGMD 4 26 FDPAVGMD NUMERIC 4 26 FDPAVGMD POWER
111. 61 OORDIV 2 E eE S s eS 4 61 OORDIV 5 R3267 0 000 65 2000 000000000 00000 GPB00000000000 OORJDG OFF eee 4 22 SP 4 14 OORJDG ON recette reinen 4 22 SPR2AUTOLYVL 2222222 2 4 37 OORJDGUPD eee 4 22 SPR2AVG cus u S halen foe els 4 38 OORME NXS 4 22 SPRZAVQGUONT ettet enses storici 4 38 OORSETSTD 4 22 SPR2AVGMD POWER 4 38 cicer eee ees 4 21 SPR2CONNV OFF eere 4 39 OORTRGLYVL eee 4 21 SPR2CONV ON enaena eanne 4 39 OORTRGPONS 5 rrt theses 4 21 SPR2DET oett tien 4 38 OORTRGSLP 4 21 SPR2DET 4 38 OORTRGSLP RISE 4 21 2 0 4 38 OORTRGSRC 4 21 SPR2DET 5 2 1 4 38 OORTRGSRC 4 21 SPR2FRMD CFSP 4 39 OORTRGSRC 4 21 SPR2FRMD STSP 4 39 OORTRGSRC VIDEO 4 21 2 4 39 OORUNIT DBM
112. Alignment Error C2CDTAU d2 sec Carrier Frequency Error C2CDCFER d3 Hz Magnitude Error C2CDMAG d4 rms Phase Error C2CDPHE d5 deg rms Error Vector Magnitude C2CDEVM 46 Origin Offset C2CDIQOFS d7 dBc 4 54 Domain Power REVERSE RC3 amp 4 Link 000 R3267 7000 65 cama2000 00 0000000 00000 4 2 GPIB 0000 4 12 TRANSIENT 0 0 000000000 00000000 C2CDPNDLY d8 00000 C2CDTOTAL d1 d2 d3 d4 d5 d6 d7 d8 Chip Rate Error C2CDCHIPERR ppm Quadrature Error C2CDQUAD degree Tx Power C2CDTXPOW dBm Peak Inactive p C2INACTRHO 41 42 43 44 d1 dB 92000000000 d3 Walsh Length d4 Phase O re 1 im Peak At C2PKTAU 41 42 43 1 42000000000 d3 Walsh Length Peak C2PKTHETA 41 42 43 1 920 00000000 d3 Walsh Length Graphics Marker Constellation Constellation Line Constellation Dot Constellation Line amp Dot Diagram Diagram EYE Diagram Chip D C2MKCHIP C2MKCHIP I Phase 0 D 0 2 Q Phase C2MKQ E V M vs Chip Mag Error vs Chip Marker Position C2GMK C2GMK Chip C2MKCHIP C2MKERR Phase Error vs Chip Marker Position C2GMK C2GMK Chip 0 C2MKCHIP C2MKDEG degree 4 55 R3267 7000 65 00
113. C2PCTAU C2PCCFER C2PCRHO C2PCPNOFS C2PCMAG C2PCPHE C2PCEVM C2PCIQOFS C2PCERPOW C2PCTXPOW C2PCAVGPOW C2PCPKCDE C2PCCHIPERR C2PCIQGAIN C2PCQUAD seo 41 42 d 0 00 Hz 42 ppm rms deg rms rms dBc dB 0 dBm dBm 41 42 d1 Hz d2 ppm 00 2 degree Ld E OG CT 0A ALGA Peak Peak A0 Peak inactive channel power p C2PKTAU C2PKTHETA C2INACTRHO C2PKINACT 41 82 dl sec d2 dl d2 1 4 000 41 42 1 42 0 00 41 42 43 1 4 0 0000000 d3 Walsh Length Power Coef FORWARD Link 0 OO R3267 7000 65 cama2000 0 00000000 00000 4 2 GPIB 0000 4 12 TRANSIENT 0 0 00000 uuu Marker Position C2PCMK C2PCMK 000 127 Walsh Code Length C2PCMKWLEN Walsh Code Number C2PCMKWNUM Power C2PCMKPOW dBm dB dBmpilot C2PCMKTAU sec 2 C2PCMKCDE dBm dB dBmpilot p dB C2PCMKRHOLOG dB Marker Data Walsh Code Length C2PCGPHWLEN n lt CR LF gt d1 lt CR LF gt lt gt 0000000000 dn Walsh Code Length 00010 Walsh Code Number C2PC
114. C2TRG INTRVL2 4 43 4 52 COT RG DUN eiiis 4 52 C2TRGSLP 4 43 4 52 C2TRGSLP RISE 4 43 4 52 C2VWCH CCCH e 4 50 2 2 4 50 C2VWCH EACH nee 4 50 C2VWCH 4 50 C2VWCH PICH teen 4 50 C2VWCH SCHO 4 50 C2VWCH 2 eee 4 50 C2VWMODE 4 49 C2VWMODE WALSH 4 49 4 44 C2WLSLEN 32 4 51 C2WLSLEN 64 4 51 C2YUPR ESE 4 42 4 19 u uu a 4 26 ua aasasshisetonisqasaayas ha 4 28 CAVGRAT 4 21 CAVGSPR 4 35 4 57 CCHPONW eec 4 27 sus 4 12 E a E 4 15 CHEDERT 5 nne 4 15 CHEDER ettet tnter ete 4 15 CHEDER3 neret 4 15 CHEDERA ierit pee tiens 4 15 CHEDERS 5 cree 4 15 asa aqasas 4 15 CHEDERT annes RH 4 15 CHBEDERS nitet itt tette 4 15 4 15 CHEDRY 1 4 16 2 esent 4 16 CHEDRYVS 4 16 CHEDRVA ene ntes 4 16 CHEDRYV 4 1
115. DHL PHASE CDE Meas Options Code Domain O O ON 00000000000 Pilot Code Domain POWER 00000 Pilot Channel Code Channel Time Tolerance PHASE 00000 Pilot Channel Code Channel Phase Tolerance 080000000 CDE Code Domain 1 0 0000 ALL Y Scale Upper 3 58 Table Page Parameter Setup Meas Range t Offset Complementary Filter Rolloff Factor Equalizing Filter PN Offset Search Mode PN Offset Carrier Freq Search R3267 000 65 2000 000000000 00000 3 3 4 Modulation Format TABLE 000 100 100 0000 Parameter Setup t Offset Complementary Filter Rolloff Factor Equalizing Filter PH Offset Search Mode Offset Carrier Freq Search Trigger Source EXT Trigger Slope Threshold Auto Rate
116. Diagram EYE Diagram EYE Diagram 0 0 0 0000 0 00000 00 0000 000 0 0000000000000 vs Chip EVMI 000000 Mag Error vs Chip 3 65 R32670 000 65 2000 000000000 00000 3 3 4 Modulation 3 66 Plot Type Y div View Setup View Mode Display Phase Error vs Chip vs Mag Error vs Chip Phase Error vs Chip 000000000 00000000000 Misa Chane Ch Graph Forect Y wale Diam low dis Tahle Fuge Wedd iy 3 27 View Setup 0 0000000 0 00000000000000 CHANNEL 006000 0000 WALSH 00 00000000000 I 0 View Model 1000000 0 000000000000000000 0000000000000 000000 PRECISE 0000000000000 000000 0000000 PRECISE PHASE 000000 PRECISE DEMOD PRECISED NUMERIC 0000000000000600 View Channel Y div Ch Graph Format
117. Due to Modulation DTMMEAS n lt CR LF gt d1 jl lt CR LF gt dn jn lt CR LF gt 000000 dn Power jo D 0 0 FAIL 1 PASS 1 Judge ment OFF Ref Power DTMREFPWR 000 Inband Spurious 1 Auto Level Set R3267 7000 OPT 65cdma2000 SPRAUTOLVL 4 2 GPIB 4 12 TRANSIENT 000000000 000 00000000 Template Template ON OFF SPRTMPL ON SPRTMPL OFF SPRTMPL Template Shift Shift X Shift Y SPRTMPLSX SPRTMPLSY SPRTMPLSX SPRTMPLSY Margin delta SPRTMPLDX SPRTMPLDX 0 OFF Copy from STD SPRTMPLCP 00000 SPRTMPLED f HDD 1 D D U dBm W dBuV Init Table SPRTMPLCLR Co Co Oo Marker Edit Copy from STD SPRMKRCP SPRMKRED d1 f1 f2 11 d1 0 Peak 1 Integral fl Start f2 Stop O 1 00000000 Init Table SPRMKRCLR Average Times SPRAVGCNT SPRAVG CAVGSPR SPRAVGCNT SPRAVG CAVGSPR 1 2 999 1 2 999 1 2 999 Average Mode TRACE AVG MAX HOLD POWER AVG SPRAVGMD TRACE SPRAVGMD MAX SPRAVGMD POWER SPRAVGMD 0 Trace Avg
118. IF 00 O 100000000 0000000 00 000000000000000 000 O00000 0000D EXT TRIG Slope 000000 000000000 000000 000000000 Trigger Level Trigger Position Delay Time 00000000000 000000000000000000000000 0000000 Window Setup 000000000000000000000 Window ON OFF Set to STD ON Position ON Width OFF Position OFF Width 0 HHTHEBHEBBHEHHEHBBBEBIEHEEBEEDEBEB Y Scale dB div 10 5 2 Average Times ON OFF 00000000000 3 29 R3267 7000 65 00000 3 3 2 T Domain Config Parameter Setup Detector Display Unit Judgment Upper Limit Average Mode Set to STD 3 30 00000000000 00 configoParameter Setup Average Mode Parameter Setup Display Unit Judgnent
119. NORMAL 0 00000000000000 64 000000 PRECISE active channel GQ D 00000 0 0000000000000000000000000 00000 000 Estimated 00000000000000000 0 00000000000000 NORMALO D active channel 000000 0000 channel 0000000000 View Mode CHANNEL active channel View WALSHO 0 0 00 Y Scale O e ALL OOO PreSPim ALL LH E H E B HH E D HE U D U 7E UI D DI UY Scale 0 Pre amp pi 00 L 0 active channel 0000000000 Lbinactive channel 10 0000 00000000 ON 000000000 0 PNDelayl 0000000 Delay 000000 0000 R3267 0 O0 O 65 2000 000000000 00000 3 3 4 Modulation OFF I PN Delay 00000 PN Delay 6410000000000 510 Pilo
120. Parameter Setup L1 H B B D HH B UO 0 00 000 0 44 V 45 46 1538 thie PH Delay Search E PH Dama FXT Trigger Slopes EXT iggi c Chip Enbe Erro 2 14 Parameter Setup 0000000600 PN Delay Search Mode OFF 47 Parameter Setup 000 00000000 00000000 o r3 L3 r3 48 SINGLE 0000000 Er IJ E 00000000 0000000000000 49 View View Setup I D B D H HH B BH B B HB B B D EL U PN Delay Search Mode D D 2 15 R32670 000 65 cdma2000 0 00000000 00000 2 2 50 51 52 53 54 Flow Chanel Wid leith Y Dimple div la Page es l NETTE 2 15 View OO 0000000 6600000000000 0 0 00 Display 0 000000 0 View Channel 00000000000000000 Hz ENTR 00000 0 Y diy Ch Graph 5 4 0 0 O 0 J View Setup 00000000 Channel 76 CH 0 Code P 26 9 Code Domain
121. Template Edit 00000 Template Edit 7 0 000 Config 7 0 0 O Template Couple to Power Template Template ON OFF T Domain Template Couple to Power 1000000000000000000000000000000000 100000000000000 0000000000000000000 Template Couple to 3 dB 5100000000000000 0 00000 5 200 00000000000 3dBQ 40dB 00000 10000 L3 L3 r3
122. Test Model Nominal Amplitude Channel No O Pilot 1 Paging 6 Traffic 17 Traffic 20 Traffic 32 Sync 41 Traffic 49 Traffic 58 Traffic 6 99dB 7 254 10 26dB 10 26dB 10 26dB 13 27dB 10 26dB 10 26dB 10 26dB 100000000 FORWARD Link 15 98 1000 Long Code Mask ALL 0 Reverse Traffic Channel Channel PICH Wo 6 99dB Amplitude DCCH Ws 6 6 994 5 2 2 6 994 416 6 994 5 4 0 994 Walsh Function Repetition Factor RC3 amp 4 00000 200 nsec 6 10 6 10 10 2000000000000000 R3267 7000 65 cama2000 0 00000000 00000 Uu CHI I CH CH2 Q CH CcH3 D UU U
123. e Esti mated p 0 000 Tx Power Peak Factor Trigger Source INTRVL EXT INTRVL 100 Reversal Paley Order O O O Complementary Filter 000 e 0000000000000000 Null Offset 00000 Preface 1 R3267 0 0 0 65 00000 6 1000000000000000 7 000 0 00000000000000 10000000000000000 10000000 0 00000000 TRANSIENT 1000000 100000 7 Detector 00000000 0000000000600 00000000000000 N i 000 000 100 000 7 n n OFFQ AUTO MNL Y 00000000000000000000006000 100 Window ON OFF Window ON OFF OFP U U 7 7 0 5 Preface 2 R3267 7000 65 2000 0 00000000 000600 11
124. ooo m o0 m ooo o0 m oo E 200 ono m oo ooo EE m oo oo 10000000 0 0000000000000000000000 0 000000000000 00000000000 O O O 2000 m mill Safety 3 00000000000000000 Safety 4 10000 0 10cm 200 300 e IEC61010 10 0000000000 1000000000000 L3 00000 1002 R3267 7000 65 2000 0 0 0000000 000600
125. 0 Chip Rate Error Quadrature Error Hz ENTR 0000 2 11 R32670 000 65 cdma2000 0 00000000 00000 2 2 2 12 24 25 20 27 28 29 30 31 32 33 34 Parameter Setup L3 r3 L3 r3 L3 r3 L3 r3 L3 r3 L3 r3 Channel Setup Channel Setup o m mn BEEN 00190 ami Walsh Function 2 hid 4 kapa SOC Walsh Function 7 SOG Repetition Factor was Langin 2 11 Channel 0000000 Operation Mode TCHQ 0000 HENTR OND 0000 BENTR EDO UB O U D FCH 000000 0000000 Walsh Function Wd 2 0 0 0 0 OH2 ENTR 00000 0000 SCH Repetition Factor 11000 SCH2 Walsh Function W 2 4 Hz ENTR Walsh Code Length 321 Hz ENTR D Channel Setup OOOOO 00000000000000000 R32670 000 65 2000 0 00000000 00000 2 2 0 000000000000000000 CHANNEL 0000000000 35 36 37 38 39 40 41 42 View Setup View S
126. 0 2 4 000000 0000000 Frequency Input FREQUENCY 0 0 0 0 HXENTR 100000 BZENTED TL U D U U IQ Inverse NORMAL L UU Hz ENTR 1 Cont Auto Level Set 00000 Parameter Setup O 0 00 00000 0 000 000 20 21 22 23 R32670 000 65 2000 0 00000000 00000 2 2 Fat 7 EK Hien Theta Dalma PH Da ly Ir imar Sora EXT Telgger Prigger meos Chip Gate Erre Errar 2 10 Parameter Setup 0000000600 Meas Mode PRECISE 0 UDUBDUL Meas Range 1536 Hz ENTR 000 Threshold 2 3 0000000 PN Delay Search Hz ENTR 0000 0 00000 Trigger Source EXT 0 0 000000 EXT Trigger Slope 000000 EXT Trigger Delay 0 0 00000 Freq Meas Range NORMAL O Hz ENTR 00000 0000000 4 0 000000 0000000 400 ON J 00 Hz ENTR 0000
127. 0 dB 7 200 000 kHz 30 00 dB 400 000 kHz 30 00 dB 9 400 000 kHz 45 00 dB 10 10 000000 HHz 45 00 dB Line B Delete Line Sort B Table Init 5 4 000 1000000 1000 4x200 Template Couple to Power OFF REF 17 3 dBm MKR 799 800 MHz 10 dB A Write Posi 55 64 dBm Template MARGIN DX T Tenp late 800 000 MHz SPAN 2 000 MHz TT 30 dB ENTER 3 kHz 100 kHz SWP 5 0 Due to Transient CDHA 800HHz REV Link Carrier Freq 800 000 MHz Ref Power 2 62 dBm Offset Freq Power Judge Power t Judge 1 200 000 kHz 58 26 dBc 53 34 dBc 2 400 000 kHz 68 44 64 76 dBc 5 5 MarginAX 100000 10000 100 1000000000000 D Shift X Y n 1000 Template Couple to Pw
128. 00 00000 Template Couple to Power Template Limit Template Couple to Power OND 00000000000 00000 00000000000 000000000 0 Judgment Marker Edit 0 Symbol Rate Rolloff Factor Average Mode Average Times TRACE Log III Logh 0000 utl HOLD utu POWER AVG 00000 00000000000 1000020000000 00000 10000 20000000 NUMERICI 00 0000000000 0000000000000 Set to STD 3 42 R3267 7000 65 000 0 0 0000000 000600
129. 00 2 Stop 0 000000 1 00000000 20000 Init Table SPR2MKRCLR 000000 0000000 Average Times SPR2AVGCNT SPR2AVGCNT 2 999 SPR2AVG SPR2AVG 1 2 999 Average Mode POWER AVG SPR2AVGMD POWER SPR2AVGMD 2 Power Avg Parameter Setup Detector Normal SPR2DET NRM SPR2DET 0 Normal Posi SPR2DET POS 1 Posi Nega SPR2DET NEG 2 Nega Sample SPR2DET SMP 3 Sample Display Unit dBm SPR2UNIT DBM SPR2UNIT 0 dBm w SPR2UNIT W 1 W dBuV SPR2UNIT DBUV 2 dBUV Template Couple to Power ON SPR2TMPLPW ON SPR2TMPLPW 0 OFF OFF SPR2TMPLPW OFF 1 ON Template Limit SPR2TMPLBTM SPR2TMPLBTM dBm W dBLV 4 38 R3267 65 2000 0 00000000 1 Inband Spurious 2 Judgement ON OFF 4 12 TRANSIENT SPR2JDG ON SPR2JDG OFF 4 2 GPIB 000000000 00000000 SPR2JDG Freq Setting CFSP STSP SPR2FRMD CFSP SPR2FRMD STSP SPR2FRMD 0 Center Span 1 Start Stop Result ABS REL MKR SPR2RES ABS SPR2RES REL SPR2RES MKR SPR2RES 0 Absolute 1 Relative 2 Marker Ref Power MKR MOD SPR2REF MKR SPR2REF MOD SPR2REF 0 Reference Marker 1 Modulation Peak MKR Y Delta SPR2PKMKY SPR2PKMKY Band Conversion ON OFF SPR2CONV ON SPR2CONV OFF
130. 00 Reverse Common Control Channel 7000 0 0 000000000 View WALSHO 000 00000000000000000000 00000 TABLE 0 0000000000000000000 00000 View Model WALSH 00000000 0 00000000000000000000 0000000 ex Pim 3 67 R3267 000 65 000000000 00000 3 3 4 Modulation PALL Pre amp Pim ALL UD D BL ELLO ess D U D D LU U U U C PHASE YScale amp een Pim E D LT D D EE UO DD D D Display div 0 1000 20 000000000 View Model 000000 Table Page Format TABLE View Mode WALSHO 0000000 000000 Channel Setup 2 05s DOH i BOW Wabgh Funct
131. 000 0000000600000 FORWARD 1000000000000 REVERSE 1 amp 2 2 REVERSE RC3 amp 4 0 RC4 Link REVERSE RC1 amp 2 E 000 BURST 00000000000 000 F Domain O 00 Tx 00000 Tx O O O DODO 0000000 0 000000000000000000000 FREQUENCY 000000000 CHANNEL 0000000000000 0000000 R3267 0 O0 O 65 2000 000000000 00000 3 3 4 Modulation RF RE H B B D U D EDI UE UD BASEBAND I amp Q IQU D DU U U D 7I UE UO D LI UU UU D LI D U D 0 25 VI 0 9 Vp p 1000
132. 000 000000 00000000000 00 Config Parameter Setup Average Mode Parameter Setup Peak MKR Y Delta Display Unit c Judgment O Prese lector 3 18 Parameter NORMAL POSI NEGA SAMPLE 100000000000 00000000 0000000000 dBm W dBuV 00000000000 83267 000 65 2000 000000000 00000 3 3 3 F Domain Judgment Table Edit 0000000000000000000 000000 Preselector 0000000 0000000 0 00000 Co 3267 1 6 000 6GHz 6 00 00000 6 1 6GHz 1 T 6G T T 1 000 3 68 000 0000000 Average Mode Average Times TRACE AVG D D B D Log 0000 Log 0000 000000 HOLD 000000 POWER AVG 0 0 00000000000 0000020000000 Set to Default 0 0000000000000 3 55 R3267 000 65 000000000 00000 3 3 4 Modulation 3 3 4 Modulat
133. 000 SPRPKMKY 00000000 Set to STD SPRSETSTD 0000 Inband Spurious SPRMEAS CINBSPR 00000000000 51 0000 Inband Spurious 00000000000 SPRMEAS CINBMAX n lt CR LF gt f111 j1 lt CR LF gt fn In jn lt CR LF gt 000000 fn 000 In 0 O dBm W jn 0000 FAIL 1 PASS 1 Judge ment OFF n1 f1 11 n4 f4 14 4 000 Ref Power SPRREFPWR Inband Spurious 2 Auto Level Set SPR2AUTOLVL Template Template ON OFF SPR2TMPL ON SPR2TMPL OFF SPR2TMPL Template Shift Shift X Shift Y SPR2TMPLSX SPR2TMPLSY SPR2TMPLSX SPR2TMPLSY Margin delta SPR2TMPLDX SPR2TMPLDX 0 D 0 0FF Copy from STD SPR2TMPLCP 4 37 R3267 7000 65 00000 42 Inband Spurious 2 4 12 TRANSIENT 0 J 000000000 000 00000000 00000 SPR2TMPLED 1 000 11 D I U dBm W dBuV Init Table SPR2TMPLCLR a Marker from STD SPR2MKRCP SPR2MKRED dl f1 2 11 00000 41 0 Peak UOOUUUU 1 Integral 000000 fl Start 0 0 0 0000006 0000
134. 000 42 Auto Level Set 4 12 TRANSIENT 0 0 AUTOLVL 000 00000000 RC1 amp 2 Link Graphics Select Type Constellation Constellation Line Constellation Dot Constellation Line amp Dot Diagram EYE Diagram I Q EYE Diagram E V M vs Chip Mag Error vs Chip Phase Error vs Chip Null Offset Constellation Null Offset Constellation Line Null Offset Constellation Dot Null Offset Constellation Line amp Dot Null Offset IEYE Diagram Null Offset Q EYE Diagram Null Offset I Q EYE Diagram WFGTYP CON WFGTYP CONLIN WFGTYP CONDOT WFGTYP CONLINDOT WFGTYP WFGTYP QCHEYE WFGTYP IQCHEYE WFGTYP EVM WFGTYP MAGERR WFGTYP PHAERR WFGTYP NCON WFGTYP NCONLIN WFGTYP NCONDOT WFGTYP NCONLINDOT WFGTYP NICHEYE WFGTYP WFGTYP NIQCHEYE WFGTYP 0 Constellation 1 Constellation Line 2 Constellation Dot 3 Constellation Line amp Dot 4 Diagram 5 Q EYE Diagram 6 I Q EYE Diagram 7 E V M vs Chip 8 Mag Error vs Chip 9 Phase Error vs Chip 10 Null Offset Constellation 11 Null Offset Constellation Line 12 Null Offset Constellation Dot 13 Null Offset Constellation Line amp Dot 14 Null Offset IEYE Diagram 15 Null Offset Q EYE Diagram 16 Null Offset I Q EYE Diagram Plot Type AVG P P WFGPLOT AVG WFGPLOT PP
135. 000 0 000000000000000000000000 00000000000000000000000 00000000000 0 000000000000000000000000 0000000 Trigger Setup Trigger Source Gate Source Trigger Source 000000000600 SPAN 6 MHz 1 000000000000000000000 100 6 0000000 Gate Source Trigger NORMAL POSI NEGA SAMPLE Detector 3 9 Detector U D L1 L D D L 3 35 R3267 0 O0 O 65 000000000 00000 3 3 3 F Domain 3 36 Window ON OFF Set to STD Window Position Window Width
136. 000 02 0000000 RELATIVE 3 000000 ABS noo oo 00000000 0 100000000000000000000 Oo 1210000000 MARKER Marker 0 00000000000000 Reference Type 0 000 0 0 00 NORMAL INTEGRAL 000 VNYQUISTY 00000000000 0 INTEGRAL 000000 000 100000000000000 NORMAL J 0000 Offset Type 00 NORMAL INTEGRAL 2043 0000000000000 Marker 0 Reference MKR 1 O D 0 00000 Config Parameter Setup Ref Power REF MARKER MODULATION I 1 D EH LU d REF MARKER 0 0 Marker Reference MKR Type TO Hl H D B B UU UL U MODULATION O O O D O Tx Power Modulation Tx Config Parameter Setup Result ABS POWER 10000000 0 Offset MKR Reference Ll U BH L B B D 0 0 Tx Power D 0000000000000 EL mn L3 mr Lm
137. 000000 0 INT LEXT 2 INTRVL EXT 3 INTRVL EXT Trigger Slope C2TRGSLP RISE C2TRGSLP FALL C2TRGSLP 0 1 EXT Trigger Delay C2TRGDLY C2TRGDLY 5000 000 6250 000 usec Freq Meas Range NORMAL EXPAND C2FRRNG NORM C2FRRNG EXP C2FRRNG 0 NORMAL 1 EXPAND C2DLTTAU ON C2DLTTAU OFF C2DLTTAU ON OFF C2DLTTHE ON C2DLTTHE OFF C2DLTTHE Chip Rate Error ON OFF C2CHIPERR ON C2CHIPERR OFF C2CHIPERR Quadrature Error ON OFF C2QUAD ON C2QUAD OFF C2QUAD Demod Data Save C2DEMODSV Average Times C2CDAVG C2CDAVG 21 32 0000 Code Domain Power C2CDP 00000000000 51 Domain Power REVERSE RC3 amp 4 Link 000 0000 View Mode CHANNEL Code Domain Power Marker Code Power Power EVM R3267 7000 65 cama2000 0 0 0000000 00000 4 12 TRANSIENT 0 000000000 4 2 000 C2CDMKPOW C2CDMKRHO C2CDMKPWR C2CDMKEVM 00000000 000 41 42 dBm d2 000 W Vorms EVM Graph Marker Marker Position EVM MAG ERROR Graph Marker Marker Position MAG ERROR PHASE ERROR Graph Marker Marker Position PHASE ERROR C2EVMMKSYM C2MAGMKSYM C2PHAMKSYM C2EVMMKSYM C2EVMMKEVM C2MAGMKS YM C2MAGMKMAG C2PHAMKSYM
138. 000000 00000000 3 61 R3267 000 65 000000000 00000 3 3 4 Modulation Channel Edit L LH U LH b HH UO D UO D B LL D O DU D HEU D 7E D EI 0000 PICHI SYNCH CCCH JDCCH FCH SCCH SCH OPCH JCPCCH CACH 000 Pilot channel SYNCH Sync channel PCH Paging channel BCH Broadcast channel CCCH Common Control channel DCCH Dedicated Control channel FCH Fundamental channel SCCH Supplemental Code channel SCH Supplemental channel QPCH Quick Paging channel CPCCH Common Power Control channel CACH Common Assignment channel RC Channel DO OO0000000 Radio Configuration Data Rate 0000 Data Rate Walsh Length 000 0 Walsh Number Channel 0 000000000000000000000000 00000 3 62 R3267 65 000000000 00000 3 3 4 Modulation Meas Op
139. 0000000 Set to STD R3267 7000 65 000 0 0 0000000 000600 3 3 3 F Domain Template Limit Template Couple to OND 1 B cd D U D D U D Judgment Marker Edit Symbol Rate Rolloff Factor Average Mode Average Times ON 0000000000000 TRACE AVG 00000 10000001500 0000 000000 000000000000000000 000000 POWER AVG Los 00000000000 0000020000000 NUMERIC 000001020 00000000000 0000020000000 POWER AVG 00000000000000000 NUMERICO 0000000000600 00000000000000 00000000000000000000000 3 47 R3267 7000 65 00000 3 3 3 F Domain 3 3 3 5 Inband Spurious 1
140. 00000000 0000 5 2 3 00 000000000000000 000 Marker Edit RELATIVE 00000000000000000 ABS POWER REF MARKER Marker Edit O Ref MODULATION Modulation Tx 3 49 R3267 0 O0 O 65 000000000 00000 3 3 3 F Domain Display dBm W dBuV Result 980 00000 Template Couple to Power Ref Power D 00000000000 00000000000 Template Limit Template Couple to OND 1 ED H1 Hl E H IU U DD O00000 00000000000 000000000 00000000000 Judgment Marker L D HU D HH B HH D D HU UH D B U U DIU
141. 00000000 n EJ E Gate Source Trigger Trigger Setup Trigger Source Gate Source 000000 Trigger Source IF 00000000000 SPAN 0 6 2 0 0000000000000 000000000000000000000 IFI 000 6 20 0000000 E 0000000000000 Ext Gate i n EXT GATE 000000 000 000 ET EJ gt gt Gate Setup ource r Set to STD S r OG Gate Position Gate Width a oO Oe o o 000 000 000 0 000 Gated Sweep ON OFF 000 000 000 ORMA SI NEGA SAMPLE n Detector oF ao E L3 L3 Detector 3 14 Detector 000000000 00000000 Domain 1 000000000000 Template OU OU OU Template ON OFF N OF T L3 E L3 rr L3 rr L3 rr Ooo Oo E D O O50 2yo 000
142. 000000000 Frau BES chip hm __ EXT Trimer Sines EXT Trigger Delay o i 3 31 Parameter Setup 000000000 000000000000000 INT 00000000000 00000 000 INTRVL EXT 26 6msec 0000000000000 00000000 000000000 INTRVL NT 26 6msec 0 00000000000 0000000000 000000000000000000000 0000000000000 gt 72 0 00000000000 00000000000 0000000000000000000000000 000 NORMAL 00000000 l 000000000000000000000000 00000000000000000000000 000 EXPAND 000000 000000 0000000000 0000000000 3 75 R3267 000 65 000000000 00000 3 3 4 Modulation 3 3 4 4 Power 3 3 4 4 1 Tx Power Auto Level Set Auto Level 00000000000000000 000000 Parameter Setup EXT Trigger Sine 1 EXT briggger Daima i 3 32 Parameter
143. 000000000 0 000000000000000 0 00000000000000000000000000 000000000000000000000000000000000 0 000000000000000000 00000000000000000000000 00000000 0 000000000000000000 0 000000000000000000000000000000000000 0000000000000000000000000000000000000 10000000000000000000000000000000000000 00000000000000000000000000000 00000000000 00000000 AN 5 000000000000000000000000000000000 0000000000000 1000 000000000000000000 PN pugnggnngunn 0 00000000000000000000 0 0000000000000000000000000000000000000 0000000000000000000000000000000000000 U 10000000000 Safety 2 100000000
144. 000000000 0 000000000000000000000 0 00000000000000 0 0000000000000 000000000000000000000000 0 0000000000000000 0000000000000 0000 5 1 1 T Doman 0000000000000 000000000 0 0000000000000000000000000 000000 0000000 100000000000000000 0000000000000 0 00000000000000000000000 R3267 7000 65 2000 0 060000000 000600 3 3 2 T Domain Copy from STD 00000000000000 Insert Line 00000000 Delete Line 00000000 Sort 000000000000000000000 Table Init 000000000 Y Scale dB div 10 5 2 00000000000000000 Average Times ON OFF 00000000000 0000000000000 CoenfigParameter Setup 0 0 Average Mode 0000000000 Config Parameter Setup 000000000000000000000000 za Display uit v __ Qs Template Couple to Pouer on Template Limit Judgment Upper Limit 2 Lower Limit Average Mie 3 3 Parameter Setup 000000000 Dete
145. 00000000000000000000000 0000000000000000000000 00000000000000000 0000000000000000000000000000000000000000000000000000000000000000 000000000000000000000000000000000000000000000000000000000 0000000000 0000000000000000000000000000000000 00000000000000000000000 00000000000000 000000000000000000 00000000000 0000000000000000000000000 00000000000000000000000000000000000 0000000000000000000000000000000000000000000000000000000000 00000000000 00000000000000 000000000000000000000000000000000000000000000000000000000 0000000000 0000000000000000000000000000000000000000 0000000 BE 00000 000 000000 0000000000000000000 1090000 00000000 00000000 0000000000000000000000000 0000000000000000000000000 0000000000000000 000000 0000000000000000000000000 0000000000000000000000000 0000000000000000 00000000 T SIC T mum m mui 000000 ADVANTEST VUTAR 0 0 0 0 O W 163 0880 00 AAT 03 3342 7500 TO 45000000 60650 D 03 5322 7270 213 0011 00000000 3 5 9 00000000000 2 044 850 0500 00000000 mreonun 0l r3 1 000 03 3930 4196 0000000000000 213 0011 0000000 3 5 2 00000 0 00000 044 850 0500 NTTQ O O 8179 0071 0 0000 132 1 1 03 3930 4127 D m 163 0880 00000 24000 NSIO 0000 0 6091 2 03 3342 8245 0 D W
146. 00000000000000000000000000000 Config Parameter setup UU 000 RE ELLEN AE Dae bo ation Ss sea Wet a Tara kun 1 Al 1 5 6 Marker Edit 1 Inband Spurious Marker Edit 000 MHz 10 MHz 0 0 3 MHz 003 2 10 MBz n n 000 000 10 MHz 2 n g n n n n 000 000 5 2 Due to Transient Due to Modulation Inband Spurious 3267 65 cdma2000 000000 0 REF 0 0 dBi 10 dB m Write Posi HKR 866 03 MHz 66 06 dBm HKR Edit from STOP 898 00 Insert START 864 00 MHz MRBW 100 kHz VBW 300 kHz SWP 20 ns 10 dB Inband Spurious Search Table Reference Band Width 1 Start Freq 3 000000 MHz ca E
147. 1 4 1
148. 1 Max Hold 2 Power Avg 1 Average Mode Detector Posi MAX HOLD Detector Posi 0 070 0 4 35 R3267 7000 65 00000 42 Inband Spurious 1 4 36 Parameter Setup Detector Normal Posi Nega Sample 4 12 TRANSIENT 0 0 000000000 SPRDET SPRDET POS SPRDET NEG SPRDET SMP 000 SPRDET 00000000 Normal Posi Sample Display Unit dBm w SPRUNIT DBM SPRUNIT W SPRUNIT DBUV SPRUNIT Template Couple to Power ON OFF SPRTMPLPW ON SPRTMPLPW OFF SPRTMPLPW Template Limit SPRTMPLBTM SPRTMPLBTM 000 dBm W dBLV Judgement ON OFF SPRJDG ON SPRJDG OFF SPRJDG Freq Setting CFSP STSP SPRFRMD CFSP SPRFRMD STSP SPRFRMD Center Span 0 0 Start Stop Result ABS SPRRES ABS SPRMOD ABS SPRRES REL SPRMOD REL SPRRES MKR SPRMOD MKR SPRRES SPRMOD Absolute Relative Marker Ref Power MKR SPRREF MKR SPRREF SWP SPRREF MOD SPRREF DSP Reference Marker Modulation R3267 65 2000 0 0 0000000 E Inband Spurious 1 Peak Marker Y Delta 4 12 TRANSIENT J 5 4 2 GPIB 000000
149. 1 OFF 2 999 1 OFF 2 999 Trace Avg Max Hold Power Avg Numeric Parameter Setup Detector Normal Posi Nega Sample DTMDET NRM DTMDET POS DTMDET NEG DTMDET SMP DTMDET Display Unit dBm w dBuV DTMUNIT DBM DTMUNIT W DTMUNIT DBUV DTMUNIT 1 Average Mode Detector Posi MAX HOLD Detector Posi 0 0 0 TRACE 0000000 4 33 R3267 7000 65 00000 42 Due to Modulation 4 34 Template Couple to ON OFF 4 12 TRANSIENT DTMTMPLPW DTMTMPLPW OFF 0 DTMTMPLPW 0000 0 OFF 1 Template Limit DTMTMPLBTM DTMTMPLBTM O O aBm w dBuv Judeement ON OFF DTMJDG ON DTMJDG OFF DTMJDG 0 OFF 1 ON Freq Setting CFSP STSP DTMFRMD CFSP DTMFRMD STSP DTMFRMD 0 Center Span 1 Start Stop Result ABS REL MKR DTMRES ABS DTMRES REL DTMRES DTMRES 0 Absolute 1 Relative 2 Marker Ref Power MKR MOD DTMREF MKR DTMREF MOD DTMREF 0 Reference Marker 1 Modulation Symbol Rate 1 T DTMSYMRT DTMSYMRT Rolloff Factor DTMRFACT DTMRFACT Set to STD DTMSETSTD 0000 Due to Modulation DTMMEAS 00000000000 51 0000
150. 100000000000000000000000000000000000000000000 100000000000000000000000000000 100000000000000000000 000000 0 00000000000000000000000000000 0 000 0 0000000000000000000 1000000000000000000000000000000000000 0000000 0 000000000000000000000000000000000000 006000 0 0000000000000000000000000000000000 00 00000000 00000000000000000000000000000000000000 000000000000000000000000000 92200000000 OFF 00000000 0000000000000000000000000000000000000 0000000000000000000000000000000000000 00000000000000000000000 0 0 00000000000000
151. 2 saa 4 15 2 4 54 BNDCES 4 15 C2CDGPHWNUM 4 54 BNDCES 4 15 4 54 BNDCHS S sa 4 15 C2CDGPHWRHO 4 54 BNDCES 4 15 C2CDGPHWRHOLOG 4 54 BNDCES Tigica 4 15 2 4 54 BNDCES 4 15 C2CDGPLOT 4 49 BNDCUS 9 ante trt rte teorie piste itn 4 15 C2CDGPLOT ntt tet 4 49 4 53 C2CDGTYP CON u nene 4 49 C2ACTTRC 4 53 C2CDGTYP CONDOT 4 49 C2AUTORATE 4 44 C2CDGTYP CONLIN 4 49 C2AUTORATEOON 4 44 C2CDGTYP CONLINDOT 4 49 4 1 R3267 7000 65 00000 4 1 C2CDGTYP EVM 4 49 C2CDGTYP 4 49 C2CDGTYP IQCHEYE 4 49 C2CDGTYP 4 49 2 4 49 C2CDG
152. 20 47 Vp D b l BASEBAND Tx Power 000000000 Baseband Input 0 15 20 0 bc 10 Inverse 0100000000000000 NORMAL INVERSE Cont Auto Level Set 000000 ON 000000000000000000 OFF 000000000 000600 Cont Auto Level Set RF 0000 Code Domain Power Code Domain Power Tx 00000000000 Auto Level Set 00000 000 3 81 R3267 0 000 65 cama2000 000000000 00000 4 4 00000000000 000000000 6 8000000000000000000000000000000 GPIB I O O O 00000 00000 4 62 OEE nitri 4 44 4 62 C2BITREV ON 4 44 PISO RR 4 62 ueniet tte 4 60 PDN 4 62 C2CCDEMNK nne 4 60 RS T se taper e 4 62 C2CCDEMLEN nonet inn 4 60 RU IEEE 4 62 C2CCDFTRC OFF 4 60 4 62 2 ON iecit 4 60 trn 4 61 C2CCDFTRG
153. 3 17 3 19 3 20 3 57 3 65 3 73 3 65 Margin AX ON OFF 3 12 3 13 3 14 3 15 I EYE Diagram 3 17 3 19 3 40 3 45 3 20 3 56 3 48 3 51 3 65 Marker Edit x cias eitis 3 12 3 13 EYE Diagram 3 17 3 19 3 14 3 15 3 20 3 57 3 40 3 45 3 65 3 48 3 51 Ich amp Qch Time sess 3 21 Marker Edit 0000 5 4 Ich Time amp 3 21 nem 3 20 Inband Spurious 2 3 50 Meas 3 21 3 78 Inband Spurious 1 3 6 3 48 Meas Mode nne 3 20 3 70 Inband Spurious 2 3 6 Meas 3 17 3 63 Inband Spurious O O D Meas Range 3 17 3 19 EAE REDE tete ees 5 7 3 20 3 59 Input iecit tice 3 22 3 80 3 70 3 75 Ins rt Tang 3 7 3 9 Modulation 3 6 3 56 3 12 3 13 repere nire 3 0 3 32 3 14 3 15 3 16 3 27 3 32 3 40 N 3 45 3 48 Null Offset Constellation 3 19 3 51 3 54 Null Offset Constellation Dot 3 19 Null Offset Constellation Line amp Dot 3 19 Integral Band 3 15 3 53 IQ Complex FFT 3 21 Nall Oifset Constellation ine 319 Gain Error
154. 3 18 3 64 Null Offset I EYB Diagram JQ Inverse 3 22 3 81 Noll Offset VO EYE Diagram isteni an Null Offset Q EYE Diagram 3 19 Null Offset Q 5 16 J 3 7 3 8 3 9 3 10 0 3 11 3 12 OBW 3 6 3 38 3 13 3 14 OBW 3 11 3 38 3 15 3 16 OFF Position 3 8 3 29 3 28 3 30 OFF Width 3 8 3 29 2 Offset Level icone rtr 3 22 3 80 3 33 3 36 M 3 38 3 42 ON Position m 3 8 3 29 3 47 3 50 ON Width iste erem eure 3 8 3 29 ON OFF 3 6 3 8 3 53 3 55 3 28 Operation Mode 3 20 3 68 L Outband Spurious 1 22 3 6 3 53 3 22 3 80 L ad eere ee 3 0 3 16 P Parameter Setu 3 7 3 8 Lower Limit 3 7 3 10 dics R3267 0 0 0 65 00000 Peak Y Delta Phase Error vs Pilot Channel Power PIQUA Pes dn Plot AVG P P PIN PN Delay Search Mode IQ EO P PN Offset Search Mode Power F Domain Power Unit
155. 3 20 3 17 3 20 3 56 3 73 3 9 3 33 3 7 3 10 3 12 3 14 3 26 3 29 3 35 3 37 3 42 3 47 3 53 3 7 3 21 3 77 3 16 3 55 3 19 3 56 3 61 3 20 3 71 3 62 3 13 3 15 3 46 3 52 3 12 3 14 3 32 3 46 3 52 3 13 3 42 3 59 3 16 3 54 3 21 3 77 3 69 3 69 3 69 3 69 3 19 3 21 3 65 3 78 3 16 3 55 3 8 3 11 3 13 3 15 3 28 3 30 3 36 3 39 3 44 3 50 3 12 Signal Power Signal Slope ua Start STD Setup Stop Offset Symbol Rate 1 Table Edit Table 3 13 3 15 3 40 3 48 3 7 3 13 3 15 3 40 3 48 3 18 3 22 3 7 3 9 3 13 3 29 3 35 3 7 3 13 3 15 3 22 3 15 3 12 3 42 3 9 3 32 3 7 3 12 3 14 3 16 3 32 3 41 3 48 3 51 3 9 3 32 3 17 3 59 3 6 3 7 3 13 3 15 3 40 3 48 3 7 3 13 3 14 3 26 3 44 3 51 3 12 3 14 3 26 3 45 3 51 3 64 3 80 3 8 3 10 3 26 3 31 3 43 3 12 3 14 3 27 3 41 3 48 3 51 3 53 3 22 3 79 3 53 3 13 3 47 3 16 3 54 3 9 3 13 3 15 3 27 3 40 3 45 3 49 3 54 3 16 3 54 3 20 3 68 3 12 3 14 3 26 3 44 3 50 3 12 3 14 R3267 7000 65 000 00 0000000 00000 Te
156. 3 29 3 7 3 26 3 7 3 10 3 29 3 7 3 26 3 21 3 21 3 17 3 58 3 7 3 10 3 29 3 17 3 17 3 58 3 68 3 20 5 15 3 67 3 66 3 66 3 20 3 69 3 62 3 19 3 8 3 26 3 36 3 10 3 36 3 8 3 26 3 35 3 10 3 36 3 77 3 77 3 20 3 67 3 8 3 27 3 36 3 58 3 20 3 66 3 67 1 cm 5 1 000000 seins 2 1 es 3 23 27 7 1 FORWARD Link 6 4 REVERSE Link 6 6 00000000000000 Estimated p 00 5 8 00000100 tr 1 1 1 1 1 6 1 MN 7 1 m 1 1 2 1 1 EE EDI E E s 3 24 E RIEN UN 6 4 EF ELTE e 6 8 1 J EJ EDT Rh 1 1 Mmm 6 1 e EC e 1 1 Dama 5 17 1 TOMO usse 3 1 OG eee tiri be 3 6 1 s 3
157. 3 45 3 48 3 51 3 18 3 64 3 22 3 80 3 7 3 8 3 9 3 10 3 13 3 26 3 29 3 31 R3267 7000 65 cama2000 0 060000000 00000 Spurious Spurious T Domain Start Offset STD Im STD Setup Stop Offset Symbol Table Edit Table Init T Domain O O Template Template Couple to Power Template Edit Template Edit 00 00 Template Limit 3 35 3 7 3 13 3 15 3 40 3 45 3 49 3 6 3 31 3 15 3 6 3 79 3 22 3 15 3 12 3 42 3 9 3 32 3 7 3 12 3 14 3 16 3 32 3 41 3 48 3 51 3 9 3 32 3 17 3 59 3 6 5 1 3 7 3 13 3 15 3 40 3 48 3 7 3 13 3 15 3 42 3 50 3 7 3 13 3 15 3 40 3 48 5 1 3 7 3 13 3 43 3 12 3 14 3 27 3 41 3 48 3 51 3 53 3 22 3 79 3 53 3 13 3 47 3 16 3 54 3 9 3 13 3 15 3 27 3 40 3 45 3 49 3 54 3 16 3 54 3 20 3 68 3 25 3 12 3 14 3 26 3 44 3 50 3 12 3 14 3 27 3 46 3 53 3 12 3 14 3 26 3 45 3 51 3 12 3 14 Template ON OFF Template UP LOW Threshold Time amp PET nee Total Trace Write ON OFF Trigger Trigger Delay Trigget Level Trigger
158. 4 3 71 3 8 3 10 3 12 3 14 3 16 3 30 3 35 3 38 3 44 3 49 3 54 3 20 3 66 3 68 3 8 3 10 3 13 3 15 3 27 3 33 3 42 3 50 3 54 3 43 Due to Transient psici niisiis Due to Transient Due to Modulation Inband Spurious Edit Table 1 2 3 n eterne Edit 4 5 6 Edit Table 7 89 Equalizing Filter i ems Ext Gate EXT Trigger Delay EXT Trigger F Domain 000000000 Fixed Symbols Level Format asua na Freq Meas Range Freg Setting Frequency Input Gate Position 0 00044440 Gate Setup Gate SOUEIGG Gate ettet e Gated Sweep 3 65 3 17 3 22 3 22 3 22 3 17 3 18 3 10 3 35 3 19 3 21 3 75 3 20 3 6 5 3 3 18 3 17 3 57 3 19 3 71 3 12 3 14 3 41 3 49 3 22 3 40 3 19 3 57 3 61 3 79 3 79 3 79 3 59 3 64 3 13 3 44 3 20 3 71 3 76 3 19 3 21 3 71 3 76 3 69 3 34 3 64 3 20 3 67 3 20 3 75 3 13 3 15 3 46 3 52 3 80 R3267 7000 65 cama2000 0 060000000 00000 Gated Sweep ON OFF 1 1 3 10 3 13 3 11 3 28 3 35 3 44 3 36 3 38 GPIB O H O E amr 4 11 GPIB 1 B E E B E HH DL DL 2222 4 M Graphics sorsien anai 3 17 3 19
159. 6 R u S eet HUE 4 16 CHEDRV7 5 4 16 CHEDRYVS niece 4 16 9 4 16 CHSETSTD I l 4 16 4 4 CHTBLI DSBL CHTBL2 DSBL CHTBL2 CHTBL3 DSBL CHTBL3 CHTBLA CHTBLA CHTBLS DSBL CHTBLS CHTBL6 DSBL CHTBL6 CHTBL7 DSBL CHTBL7 DEL REG nn DELPSTBL DTMAUTOLVL DTMAVGMD DTMAVGMD DTMAVGMD POWER DTMAVGMD TRACE DTMDET NEG DTMDET NRM DTMDET POS DTMDET SMP CFSP DTMFRMD STSP DTMJDG OFF DTMMKRCLR DTMREF MKR DTMREF MOD DTMREFPWR DTMRES ABS DTMRES MKR DTMRES REL DTMSETSTD DTMTMPL OFF DTMTMPL ON DTMTMPLBTM DTMTMPLCLR DTMTMPLCP DTMTMPLDX DTMTMPLED DTMTMPLPW OFF DTMTMPLPW ON DTMTMPLSX DTMTMPLSY DTMUNIT DBM DTMUNIT DBUV DTSAUTOLVL DTSAVGCNT DTSAVGMD MAX DTSAVGMD NUMERIC DTSAVGMD POWER DTSAVGMD TRACE DTSDET NEG DTSDET NRM DTSDET POS DTSDET SMP DTSFRMD CFSP DTSFRMD STSP R3267 0 000 65 2000 000000000 00000
160. 7 Peak inactive channel power g Peak 48 0 7 m rad 17 36 6 dB 19 64 2 6 Scale Setup O 0 42 Fermat GRAPH D Hz ENTR 0 0 0 D 43 Display SINGLE HZGENTR 00000 44 YSeatlel enl UU D 000000 45 Scale Upper 9 GHz B 0 UO U D U l 46 1049500000 00000 47 Scale Setup 1 L1 LU DJ 48 2 7 R3267 7000 65 00000 2 100000000000000000000 2 8 49 0 POSL 20000000 20 4e eed Code Domain Power POSI n i 1 z 4 i oita i i i i 60 i H 100 0 1 24 32 40 5 Channel cdma2000 Code Domain Coefficient Peak 0 2 ns CH 17 Peak inactive channel power p Peak 49 0 7 m rad CH 17 56 6 dB 19 64 2 7 Code Domain Power Coefficient Walsh Code No Walsh Code Len
161. Bm dB dBmpilot C2PWRUNIT DBM C2PWRUNIT DB C2PWRUNIT DBMPI C2PWRUNIT 0 dBm 1 dB 2 dBmpilot Pilot Channel Power C2PIPWR C2PIPWR 500 50dBm C2TAU ON C2TAU OFF C2TAU 0 OFF 1 0N ON OFF C2THETA ON C2THETA OFF C2THETA 0 OFF 1 0N Code Domain Error ON OFF C2CDE ON C2CDE OFF C2CDE 0 OFF Signal Power ON OFF C2SIGPOW ON C2SIGPOW OFF C2SIGPOW 0 OFF 1 0N ON OFF C2EVM ON C2EVM OFF C2EVM 0 OFF 1 0N Fixed Symbols Level ON OFF C2FIXSYM ON C2FIXSYM OFF C2FIXSYM 0 OFF 1 0N Chip Rate Error ON OFF C2CHIPERR ON C2CHIPERR OFF C2CHIPERR 0 OFF 1 0N 1Q Gain Error ON OFF C2IQGAIN ON C2IQGAIN OFF C2IQGAIN 0 OFF 1 0N 4 45 R3267 7000 65 00000 42 4 12 TRANSIENT 0 Domain Power Coef FORWARD Link 0 0 D 4 46 Quadrature Error ON OFF 000 C2QUAD 0000 Code Domain Power Coef 00000000000 0000 Time Alignment Error Carrier Frequency Error Multiple p PN Offset Magnitude Error Phase Error Error Vector Magnitude Origin Offset Error Signal Power Ratio Tx Power AVG Power at Chip Peak Code Domain Error Chip Rate Error I Q Gain Error Quadrature Error
162. Chip Mag Error vs Chip 00000000060 ugguuauuiuiiuuliiuiiutututul 000000000 00000000000 0000006000000 uccm 5 Disp I Y Scola Y Seale lippar i widiy 1 Tabla Paga 3 20 Scale Setup 000000000 Auto Rate Channel Define Bit Reversal Order ON 0 0 inactive channel 00000000 Walsh code length O0 000000000000 00000000 NUMERIC 00000000000 GRAPHO O 00 0 00 0 00200000 00000 SINGLE inactive channel 00000000000000 3 57 R3267 000 65 000000000 00000 3 3 4 Modulation Lan Domain Poser E Code Lari Da pu pna Leda kaain Doflicionk T Time Siig Gere Ball inte Error Pema Erre krram malam Hagn l Hist Pear 3 21 DUAL DUAL 2100000000000000000 00000000 0 Time Alignment Error Carrier Frequency Error Multiple p PN Offset Magnitude Error Phase Error Error Vector Magnitude I Q Origin Tx Power 0 00000000000000000 Y Scale 000000000000 ALL O O 0 0 0 0 00
163. D 0 000 suus 3 70 3 30 Graphic Type of Analysis ED OO O D 2 3 73 3 31 Parameter Setup D 0 D 0 00 suse 3 75 3 32 Parameter Setup J H 0 0 0 0 sese 3 76 3 33 Scale Setup ED E E E E D 0 0 3 77 3 34 Parameter Setup D 0 0 D 0 0 3 77 3 35 Select Type 2 2 2 2 600000000000000000000000000000000000000 3 78 3 36 Parameter Setup D 0 0 0 0 0 3 78 3 37 STD Measurement parameter set D D D OU 922 3 80 5 1 LODS 5 1 5 2 ia 5 2 5 3 Shift Y OD OOO E OOO DO 0 5 2 5 4 Te EP TT DT ana aa m 5 3 5 5 MarginAX J eite ettet terree retenta 5 3 5 6 Marker Edit H E Tuan aa su uA asss 5 4 5 7 Marker Edit 2 nennen 5 5 5 8 Peak Marker Y Delta EJ E T ucc erret Pete kaqwanqa 5 5 5 9 Reverse Link Constellation 5 16 5 10 Null Offset Constellation ERE Re qub 5 16 5 11 Bh ES 5 17 6 1 6 10 No 10 2000000000000000 6 2 6 2 FORWARD Link J uu an a 6 4 6 3 Para
164. DRV6 CHEDRV7 CHEDRV8 CHEDRV9 00000000 chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof chl ch2 f1 f2 chof ch1 Start channel ch2 Stop channel no fl Base frequency Hz f2 Channel space Hz chof Channel Offset 0000000 000000 1 ENABLE DISABLE 2 ENABLE DISABLE 3 ENABLE DISABLE 4 ENABLE DISABLE 5 ENABLE DISABLE 6 ENABLE DISABLE 7 ENABLE DISABLE 8 ENABLE DISABLE 9 ENABLE DISABLE CHTBL1 ENBL CHTBL1 DSBL CHTBL2 ENBL CHTBL2 DSBL CHTBL3 ENBL CHTBL3 DSBL CHTBL4 ENBL CHTBL4 DSBL CHTBL5 ENBL CHTBL5 DSBL CHTBL6 ENBL CHTBL6 DSBL CHTBL7 ENBL CHTBL7 DSBL CHTBL8 ENBL CHTBL8 DSBL CHTBL9 ENBL CHTBL9 DSBL CHTBL1 CHTBL2 CHTBL3 CHTBL4 CHTBL5 CHTBL6 CHTBL7 CHTBL8 CHTBL9 Disable Enable Disable Enable Disable Enable Disable Enable Disable Enable Disable Enable Disable Enable Disable Enable Disable Enable Or Or Copy from STD CHSETSTD Input RF BASEBAND I amp Q INPUT RF INPUT IQ INPUT RF Baseband I amp Q R3267 7000 65 cama2000 0 0 0000000 00000 4 2 4 12 TRANSIENT
165. DSTRGSRC IF 4 23 EXT 4 59 TDSUNIT DBM 4 24 TXTRG IP 4 59 TDSUNIT DBUV 4 24 TXTRQG UNT eter 4 59 W 4 24 TXTRG 1 2 2 2 22 2 4 59 TGTDET NEQG 4 26 4 32 TXTEGDLY 4 59 TGTDET NRM tertie 4 26 4 32 TXTRGL 4 59 TGTDET POS eoe 4 26 4 32 TXTRGSLP FALL 4 59 TGTDET SMP thirteen 4 26 4 32 TXTRGSLP 4 59 T TPOS 4 25 4 32 4 61 TGTSETUP OFF 4 25 4 31 4 12 TGTSETUP ON 4 25 4 31 ass anna Sapan sis 4 12 5 4 25 4 32 4 57 TGTSRC 4 25 4 32 eR eS 4 57 TGTSWP OPE ueteri 4 26 4 32 WFGPLOT 22 2 2 22 2 4 56 TGTSWP ann aaa 4 26 4 32 WEGPLOT PD nest 4 56 TGTTRG EXT 52r tren nes 4 25 4 31 WEGTYP enti tette rne iie 4 56 TGTTRG 2222 2 4 25 4 31 WFGTYP CONDOT 4 56 TGTLTRGJE e 4 25 4 31 WEGTYP
166. DULATION Ref Power Display Unit Template Couple to Power 100 00 dBm Template Limit Freq Setting START amp STOP SPAN NORMAL POSI NEGA SAMPLE Judgment Band Conversion oF Integral Band Start Offset Stop Offset Average Made 3 17 Parameter Setup 0 00 0000 Freq Setting START amp STOP SPAN Detector NORMAL POSI NEGA SAMPLE Peak Delta Result 00000000000000 0000 5 2 3 Spurious 00000000 0 COM Eee ee HII 000 Marker Edit 000000 RELATIVE ABS POWER Ref Power Result REF MARKER Marker Edit Ref O O O 1000000000 MODULATION Modulatio
167. Delay Time TGTTRGDT TGTTRGDT Gate Source Trigger TGTSRC TRG TGTSRC 0 Trigger Ext Gate TGTSRC EXT 1 EXT Gate Position TGTPOS TGTPOS Gate Width TGTWID TGTWID Detector Normal TGTDET NRM TGTDET 0 Normal Posi TGTDET POS 1 Posi Nega TGTDET NEG 2 Nega Sample TGTDET SMP 3 Sample Gated Sweep ON OFF ON TGTSWP ON TGTSWP 0 OFF OFF TGTSWP OFF 1 ON Template Template ON DTMTMPL ON DTMTMPL 0 OFF OFF DTMTMPL OFF 1 ON Template Shift Shift X DTMTMPLSX DTMTMPLSX 000 Shift Y DTMTMPLSY DTMTMPLSY 000 Margin delta X DTMTMPLDX DTMTMPLDX Copy from STD DTMTMPLCP 00000 DTMTMPLED fl UU 1000 dBm W dBLV Init Table DTMTMPLCLR Marker Edit Copy from STD DTMMKRCP 4 32 10 R3267 7000 65 2000 00 0000000 00000 4 2 GPIB 0000 4 12 TRANSIENT DTMMKRED 00000000 d1 f1 f2 11 dl 0 Normal 1 Integral 2 NNyquist 00000000 20000 1 00000000 ey SG LI EE N Init Table DTMMKRCLR L3 L3 C3 C3 L3 E LC OOOO C3 C3 CJ Average Times Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC DTMAVGCNT DTMAVG DTMAVGMD TRACE DTMAVGMD MAX DTMAVGMD POWER DTMAVGMD NUMERIC DTMAVGCNT DTMAVG
168. ETSTD 0000 ON OFF Ratio OORMEAS RATIO 00000 51 u B ON OFF Ratio OORMEAS RATIO 12 41 1 ION D D dBm W dBLLV 12 0FFO 0 0 dBm W dBuV d1 ON OFF Ratio dB 1 00 0 FAIL 1 PASS 1 Judgement d1 ON OFF 4 11 Gated Power dBm R3267 7000 OPT65 2000 000000000 1 Spurious Auto Level Set TDSAUTOLVL 4 12 TRANSIENT 4 2 GPIB 0 00000000 Trigger Setup Trigger Source FREERUN TDSTRGSRC FREE TRSPMD FREE TDSTRGSRC IF TRSPMD IF TDSTRGSRC EXT TRSPMD EXT TDSTRGSRC TRSPMD 0 FREERUN 2 IF 3 EXT Trigger Slope TDSTRGSLP RISE TRSPSLP RISE TDSTRGSLP FALL TRSPSLP FALL TDSTRGSLP TRSPSLP Trigger Level TDSTRGLVL TDSTRGLVL 0 100 Trigger Position TDSTRGPOS TDSTRGPOS 0 100 Delay Time TDSTRGDT TDSTRGDT Table Table No 1 2 3 TDSTBL TDSTBL OU 0 3 Table Edit TDSTBLED fl 11 f an 11 Limit Level Load Table TDSLD Load Table 1 2 3 RCLTBL 4 3 Save Table TDSSV Save Table 1 2 3 SVSTBL d 3 Init Tabl
169. FF ON OFF TGTSWP OFF TGTSWP ON TGTSWP 1 0N Window Setup Window ON OFF FDPWDO ON FDPWDO OFF FDPWDO Window Position FDPWPOS CPWLX FDPWPOS CPWLX Window Width FDPWWID CPWDX FDPWWID CPWDX Y Scale 10dB div 5dB div 2dB div FDPDIV P10DB CPWDIV P10DB FDPDIV P5DB CPWDIV 5 FDPDIV P2DB CPWDIV P2DB FDPDIV CPWDIV 0 10dB div 1 5dB div 2 2dB div Average Times FDPAVGCNT FDPAVG FDPAVGCNT FDPAVG CAVGCHP 1 0FF 2 999 1 OFF 2 999 1 2 999 Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC FDPAVGMD TRACE FDPAVGMD MAX FDPAVGMD POWER FDPAVGMD NUMERIC 1 Average POWER AVGT 0000000 4 26 FDPAVGMD 0 Trace Avg 1 Max Hold 2 Power Avg 3 Numeric R3267 7000 65 cama2000 000000000 4 2 GPIB 000 1 4 12 TRANSIENT Parameter Setup Detector Normal Posi Nega Sample 000000000 FDPDET NRM FDPDET POS FDPDET NEG FDPDET SMP 000 FDPDET 00000000 0 Normal 1 Posi 2 Nega 3 Sample Display Unit dBm w FDPUNIT DBM FDPUNIT W FDPUNIT DBUV FDPUNIT 0 dBm 1 W 2 dBUV Judgement ON OFF FDPJDG ON FDPJDG OFF FDPJDG 0 Upper Limit FDPJDGUP FDPJDGU
170. GPHWNUM n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 dn Walsh Code Number OOOO C2PCGPHRHO n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 dn e OO 0 Power C2PCGPHPOW n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 dn Power dBm dB dBmpilot At C2PCGPHTAU n lt CR LF gt d1 lt CR LF gt gt 0000000000 dn At sec AO C2PCGPHPHA n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 dn A rad CDE C2PCGPHCDE n lt CR LF gt d1 lt CR LF gt dn lt CR CF gt 0000000000 dBm dB dBmpilot 4 47 R3267 7000 65 00000 4 2 000 4 12 TRANSIENT 0 0 000000000 000 00000000 Code p dB C2PCGPHRHOLOG n lt CR LF gt d1 lt CR LF gt Domain dn lt CR CF gt Power Coef 0000000000 dn p dB FORWARD Graphics Marker Link 0 0 Constellation Constellation Line Constellation Dot Constellation Line amp Dot I EYE Diagram Q EYE Diagram EYE Diagram Chip 0 0 C2MKCHIP C2MKCHIP I Phase C2MKI Q Phase C2MKQ Mag Error vs Chip Marker Position C2GMK C2GMK Chip C2MKCHIP C2MKERR 4 48 Domain Power REVERSE RC3 amp 4 Link
171. Mode Trigger Position sese Trigger Setup tern Trigger Slope Trigger Source Trigger Source INTRVL EXT INTRVL 00 0 eeu Tx Power 3 15 3 42 3 50 3 7 3 14 3 26 3 44 3 51 27 3 17 3 60 3 6 3 78 3 17 3 21 3 79 3 21 3 79 3 29 3 34 3 60 3 75 3 78 3 6 3 76 3 27 3 47 3 53 3 13 3 15 3 40 3 48 3 26 3 20 3 70 3 21 3 61 3 78 3 13 3 44 3 78 3 8 3 10 3 21 3 29 3 35 3 76 3 77 3 8 3 10 3 26 3 31 3 43 3 8 3 10 3 25 3 31 3 43 3 78 3 8 3 10 3 17 3 20 3 25 3 31 3 43 3 71 3 76 3 21 1 5 R3267 0 0 0 65 00000 Tx Power Peak Factor D 2 Upper Limit View Channel View Mode View Setup Walsh Code Length Walsh Number Waveform Quality REVERSE RCI amp 2 0 Window ON OFF eee Window Position Window Setup Window Width X Scale Max X Scale Range Y Scale Y Scale dB div 10 5 2 Y Scale Upper nsus Y div Ch Graph 1 0000000000000000 1 6 3 20 3 20 3 20 3 17 3 60 3 17 3 6 3 7 3 10
172. P 000 dBm W dBLV Lower Limit FDPJDGLOW FDPJDGLOW 000 dBm W dBLLV Set to STD FDPSETSTD 0000 F Domain Power FDPMEAS CCHPOW 00000000000 5 0000 F Domain Power FDPMEAS CCHPOW 11 1 1 00 00 1 Judgement OFF dBm W dBu V 0 FAIL 1 PASS 11 12 1 000 dBm 12 0 0 0 dBm Hz 4 27 R3267 7000 65 00000 42 4 12 TRANSIENT OBW Auto Level Set OBWAUTOLVL OBW OBWPER OBWPER 0 5 99 5 COBWPER COBWPER Average Times OBWAVGCNT OBWAVGCNT 1 OFF 2 999 OBWAVG OBWAVG 1 2 999 1 CAVGOBW CAVGOBW 1 2 999 1 Average Mode TRACE AVG OBWAVGMD TRACE OBWAVGMD 0 Trace Avg MAX HOLD OBWAVGMD MAX 1 Max Hold POWER AVG OBWAVGMD POWER 2 Power Avg NUMERIC OBWAVGMD NUMERIC 3 Numeric Parameter Setup Detector Normal OBWDET NRM OBWDET 0 Normal COBWDET NRM COBWDET 1 Posi Posi OBWDET POS 2 Nega COBWDET POS 3 Sample Nega OBWDET NEG COBWDET NEG Sample OBWDET SMP COBWDET SMP Judgement ON OBWJDG ON OBWJDG 0 OBWJDG OFF 1 0N Upper Limit OBWJDGUP OBWJDGUP Lower Limit OBWJDGLOW OBWJDGLOW Set to STD OBWSETSTD 0000 OBW OBWMEAS COBW 00000000000 s
173. P MAGERR C2DISP NUM C2DISP PHAERR C2DISP RHO C2DISP TBL C2DISP C2DLTTAU OFF 22 2 C2DLTTAU C2DLTTHE OFE u eee C2DLTTHE ON ectiteo tet C2EQFLT OFF C2EQFLT ON C2EVM C2EVM ON 2 2 C2FCH OFF C2FCH ON C2FIXSYM OFF eee C2FIXSYM C2FRRNG EXP u au aaa C2FRRNG NORM eee C2FSRCH 10 7 2 2 2 2 C2FSRCH 500HZ eee C2FSRCH 500KHZ 2 C2INACTRHO C2TQGAIN OFF C2IQGAIN ON R3267 7000 65 cama2000 0 0000000000000 2 4 53 C2MAGMKSY 4 53 C2MKCHIP ende HR 4 48 4 55 C2MKDBEQG ot 4 55 2 perte ted 4 48 4 55 624 qu 4 48 4 55 COMBO HE 4 48 4 55 Siu c 4 51 C2OP CCCH cetero ret 4 51 COOP BACH tnit nets 4 51 cete cette eter UR 4 51 67 6 4 46 C2PCAVGPOW
174. PICH DCCH SCH2 SCHL EACH CCCH Symbol 216 FCH DEMOD J 0000000000000000000 2 16 R3267 0 000 65 cama2000 000000000 00000 2 2 MS00000000000000000000 55 View Setup 1 00000 ViewSetp Du Du DB DU D BED 1000 56 Display I III UI 57 Display DEMOD 00 Hz ENTR I I I I II 58 0000 00 View FCH 59 View Setup LU DJ D epe tor Quae e Graphi PICH DCCH SCH2 FCH SCH1 EACH CCCH Setup Denodulated Data Channel 1 11 21 31 41 51 Setup 0000100001 0001100001 0011100101 0101100001 1011110100 1101110010 61 71 81 91 5 0010100001 0101101001 1111101100 100100 m 121 131 141 151 TE LEE Padum po uunc aa a XA 3 2 17 DEMOD
175. R 2 13 2 13 REVERSE LINK 000 0 CHANNEL 2 14 2 14 Parameter Setup 0 0 0 00 PN Delay Search Mode OFF 2 15 2 15 View Setup TJ J 9000 rnt ttn tenen 2 16 2 16 ECH H 2 16 2 17 FCH DEMOD i ccr rr ER eas 2 17 2 18 WALSH O 2 18 2 19 ut Dau 2 19 2 20 HE E EL OMS EL EE TL P EE EE PARE eye 2 20 2 21 CCDF Parameter Setup 0 D 0 0 0 0 0 D sess 2 20 2 22 CCDF HUH HILI aset tt Ehe eee 2 21 2 23 CCDF O O O Trace Write ON 2 22 3 1 Communication System D D D E E 0 0 D uses 3 24 3 2 Trigg t Set p ELTE E OOH lt Retenir 3 25 3 3 Parameter Setup 000 0 0 00 D D sese 3 27 3 4 Tagget ELTE LJ IJ ELI RR eR bee reste 3 28 3 5 Parameter Setup J 0 0 0 0 0 0 3 30 3 6 Setup LO H E BP L 3 31 3 7 Parameter Setup 0 0 0 0 00 sese 3 32 3 8 Tngser Setup EC UH BE EL a REO u ich 3 34 3 9 Detector J O D E D 000 aaa a 3 35 3 10 Parameter Setup D 0 0 0 0 0
176. R3267 0 000 OPT65 cama2000 000000000 00000 210000000000000 0000000 2 2 0000000000000000000000000 2 FREQ 8 7 0 0 3 00000 3 8 MHz 4 LEVEL 0 GHz dBm 000000 5 TRANSIENT STD STD Setup 0000 STD Measurement Parameter Set TO DL B L E E H DU H HH E B E D Hl EH STD Measurement Parameter Set STD North American Cellular Band 1 Link Signal Input Baseband Input IQ Inverse Cont uto Level Set Setting STD Setup 2 2 STD Measurement Parameter Set TO E E EH D LU DL 6 0 10000 000000000 7 Link 00000000000000000000 000000000000000000000000 Offset Level 0 0dB Frequency Input FREQUENCY Input RF IQ Inverse NORMAL Cont Auto Level Set OFF R3267 0 000 65 cama2000 000000000 00000 21000000000000 00000000 8 RETURN Modulation Code Domain Power Coef Parameter Setup 000 Parameter Setup 0000000000000000 Parameter Setup 1280
177. SPR2CONV 0 OFF 1 ON Integral Band SPR2INTE SPRZINTE Start Offset SPR20FSST SPR2OFSST 000 Stop Offset SPR2OFSSP SPR20FSSP Set to STD SPR2SETSTD 0000 Inband Spurious SPR2MEAS 0000 51 4 39 R3267 7000 65 00000 42 Inband Spurious 2 4 40 0000 Inband Spurious 4 12 TRANSIENT 000000000 0 SPR2MEAS 00000000 n lt CR LF gt f1 11 j1 lt CR LF gt fn In jn lt CR LF gt 000000 fn 000 In 00 0 Bm w dBuV jn 0 FAIL 1 PASS 1 Judge ment OFF Ref Power Auto Level Set FDSAUTOLVL SPR2REFPWR 000 Table Table No 1 2 3 FDSTBL FDSTBL 053 Table Edit FDSTBLED f1 f2 f3 f4 d1 11 0000000 2 0000000 RBW f4 VBW d 0000 Load Table FDSLD Save Table FDSSV Init Table FDSCLR Average Times FDSAVGCNT FDSAVG FDSAVGCNT FDSAVG 1 2 999 1 0FF 2 999 Average Mode TRACE AVG MAX HOLD POWER AVG 1 Average Mode Detector Posi 0 O HOLD Detector Posi 0 0 0 TRACE 0000000 FDSAVGMD TRACE FDSAVGMD MAX FDSAVGMD POWER
178. TMIN OFF ATMINON 4 3 COPY 1 00000 00000000 R3267 7000 65 000 00 0000000 O 4 2 GPIB L3 L3 4 4 COUPLE 1000 VBW VBW AUTO Sweep Time Sweep Time Auto 4 5 FREQ 4 6 LEVEL R3267 7000 65 2000 0 0000000 00 4 2 GPIB D
179. TYP 4 49 C2CDGYDIV 25 4 49 C2CDGYDIV P5 eiecit 4 49 C2CDIQOES eerte 4 54 4 54 C2CDMNK esee tiet 4 53 4 53 C2CDMKPOW 4 53 2 2 2 2 2 4 4 53 C2CDMKRHRBO eee 4 53 C2CDMKWLEN 22224422 2 2 2 4 53 2 4 53 C2CDMKWPHA 4 53 2 4 53 2 4 53 2 4 53 C2CDMMOD NORM 4 51 C2CDMMOD PREC 4 51 COC 4 52 C2CDPAGE 1 nec 4 50 C2CDPAGE 2 ettet torserteeece 4 50 C2CDPEE a Sual metier 4 54 C2CDPLOT AVG esee 4 45 C2CDPLOT MAX 4 45 C2CDPLOT MIN 4 45 C2CDPNDDLY eed kee des 4 55 C2CDQUAD u u u tetto 4 55 C2CDRHO 4 54 C2CDTAU M 4 54 C2CDTOTADL tu eitis 4 55 C2CD EXPOW utet 4 55 C2CDYSCL PHA eene 4 50 C2CDYSCL
180. Trigger 3 17 3 29 3 31 3 20 3 35 3 43 3 60 Delete 0 3 16 3 75 Delete Lingon a asa 3 7 3 9 Z Z enun e oda eines 3 20 3 12 3 13 F Domain 3 6 3 14 3 15 Fixed Symbols Level 3 18 3 27 3 32 3 17 3 40 3 41 3 57 3 45 3 48 Freq Meas Range 3 19 3 51 3 54 3 71 Demod Data 3 20 3 71 Freq 3 12 3 7 3 8 3 14 3 9 3 10 3 41 3 11 3 12 3 49 3 13 3 14 Frequency 22 42444222 3 22 3 15 3 16 Gate POSILIOB a 3 10 3 27 3 30 3 35 3 32 3 35 Gate eerte eee 3 10 3 36 3 38 3 34 3 41 3 44 3 43 3 46 3 49 Gate Source 3 10 3 52 3 54 3 35 3 17 3 20 Gate 3 10 3 57 3 66 3 35 Display diy 3 20 3 68 Gated Sweep 3 10 Display 3 7 3 8 Gated Sweep 3 10 3 9 3 10 3 35 3 44 3 12 3 13 Graphis as nanqa apa 3 17 3 14 3 15 3 20 3 56 3 16 3 27 3 65 3 73 3 30 3 33 I EYE 3 17 3 36 3 42 3 20 3 56 3 46 3 50 3 65 3 52 3 54
181. VL 0 100 Trigger Position OORTRGPOS OORTRGPOS 0 100 Delay Time OORTRGDT OORTRGDT Window Setup Window ON OORWDO ON OORWDO 10 OFF OORWDO OFF 1 0N ON Position OORWONPOS OORWON POS ON Width OORWONWID OORWONWID OFF Position OORWOFPOS OORWOFPOS J 0 OFF Width OORWOFWID OORWOFWID J J Y Scale 10dB div OORDIV P10DB OORDIV 0 10dB div 5dB div OORDIV P5DB 1 5dB div 2dB div OORDIV P2DB 2 2dB div Average Times OORAVGCNT OORAVGCNT 1 2 999 OORAVG OORAVG 1 OFF 2 999 1 CAVGRAT CAVGRAT 1 OFF 2 999 1 Average Mode TRACE AVG OORAVGMD TRACE OORAVGMD 0 Trace Avg MAX HOLD OORAVGMD MAX 1 Max Hold POWER AVG OORAVGMD POWER 2 Power Avg NUMERIC OORAVGMD NUMERIC 3 Numeric 1 Average Mode 0 NUMERIC 0000000 4 21 R3267 7000 65 00000 4 2 GPIB 4 22 U Parameter Setup Detector Normal Posi Nega Sample 4 12 TRANSIENT 0 0 000000000 OORDET NRM OORDET POS OORDET NEG OORDET SMP 000 00000 0 Normal 1 Posi 2 Nega 3 Sample Display Unit dBm w OORUNIT DBM OORUNIT W OORUNIT DBUV OORUNIT 0 dBm 1 W 2 dBUV Judgement ON OFF OORJDG ON OORJDG OFF OORJDG Upper Limit OORJDGUP OORJDGUP Set to STD OORS
182. WER i 1000 20 1 480 000 0 A 01 00 100000000000 lt 0000000 100000000 10000000 4000 Expand 00000 00000000 6 1 2000000 7 1 R3267 7000 65 000 0 0 0000000 00000 A1 0000000 00000000 1 mm 100000 6500000 100 1000 System Error Cannot allocate the required memory System Error Clock is not operational Modulation Gain CAL error Check 30 MHz CAL signal for connection Modulation DC CAL error Remove input signals and try again Time No Trigger Detected Input Level is out of Range Check the Ref level No graph data Execute measurement Input level is too low Adjust the Ref level System Error Contact qualified engineer Auto Level completed Auto Level Set can not be succeed Signal level is not stable
183. WFGPLOT 4 56 Parameter Setup Meas Range WMRNG WMRNG 615 800 chip R3267 7000 65 2000 000000000 Co Co 4 2 Oo 4 12 TRANSIENT 0 0 Trigger Source INT EXT INTRVL EXT INTRVL WTRGSRC INT WTRGSRC EXT WTRGSRC INTRVL1 WTRGSRC INTRVL2 000 WTRGSRC 00000000 O INT 1 EXT 2 INTRVL EXT 3 INTRVL EXT Trigger Slope WTRGSLP RISE WTRGSLP FALL WTRGSLP 0 1 EXT Trigger Delay WTRGDLY WTRGDLY 5000 000 6250 000 usec Freq Meas Range NORMAL EXPAND WFRRNG NORM WFRRNG EXP WFRRNG 0 NORMAL 1 EXPAND Average Times CAVGWE CAVGWF 2 32 0000 Waveform Quality WFQUA 51 0000 Total Result p Carrier Frequency Error Origin Offset Magnitude Error Phase Error Error Vector Magnitude WFRHO WFCFER WFIQOFS WFPHE WFEVM Graphics Marker Constellation Constellation Line Constellation Dot Constellation Line amp Dot I EYE Diagram QEYE Diagram EYE Diagram R3267 7000 65 00000 42 REVERSE RC1 amp 2 Link 4 58 Null Offset Constellation Null Offset Constellat
184. ation Dot Constellation Line amp Dot Diagram EYE Diagram EYE Diagram E V M vs Chip Mag Error vs Chip C2PCGTYP CON C2PCGTYP CONLIN C2PCGTYP CONDOT C2PCGTYP CONLINDOT C2PCGTYP ICHEYE C2PCGTYP QCHEYE C2PCGTYP IQCHEYE C2PCGTYP EVM C2PCGTYP MAGERR C2PCGTYP Constellation Constellation Line Constellation Dot Constellation Line amp Dot Diagram EYE Diagram EYE Diagram E V M vs Chip Mag Error vs Chip Plot Type AVG P P C2PCGPLOT AVG C2PCGPLOT PP C2PCGPLOT Scale Setup Format GRAPH TABLE NUMERIC C2PCFMT GRP C2PCFMT TBL C2PCFMT NUM C2PCFMT GRAPH TABLE NUMERIC Display SINGLE DUAL C2PCDISP SNGL C2PCDISP DUAL C2PCDISP SINGLE DUAL Y Scale T PHASE CDE p ALL C2PCYSCL RHO C2PCYSCL POW C2PCYSCL TAU C2PCYSCL PHA C2PCYSCL CDE C2PCYSCL RHOALL C2PCYSCL 0 1 2 1 3 PHASE 4 CDE 5 p ALL Y Scale Upper C2YUPR C2YUPR 000 50 70 dBm dB dBmpilot Code Domain Power Coef FORWARD Link 0 0 D R3267 7000 65 000 000000000 4 12 TRANSIENT 0 0 Oo 4 2 GPIB D D Oo 000000000 000 00000000 Y div 10 div C2PDIV P10 C2PDIV 0 10 div 5 div C2PDIV P5 1 5 div Table Page 1 C2PCPAGE
185. ca Maluh Function 12 1 CHE Repetition Factor 105 8 kapa SOG lon SOH2 Fector l Z u walin Code Lereth c 66000000000 6 6 R3267 7000 65 000 0 0000000000000 6 200 Ham Panga Thawzha ld Pr Dalir Search Hosa c PS Della Trigger Source ExT Trigger EXT Tripper Chip Rate Erri Error 67000000000 5 6 6 7 R3267 7000 65 000 00 0000000 O 6 3000 10000 63 000000000060 10000000000 0 3264 67 73 65 0000 1 FORWARD Link 2 REVERSE Link REVERSE 4 000 1000 Pass Fail 10 Hz 10 Hz 100000000000 dB 0 7 09dB 6 89dB 1 7 35dB 7 15dB 6 10 36dB 10 16dB 17 10 36dB 10 16dB 20 10 36dB 10 16dB 32 13 37dB 13 17dB 41 10 36dB 10 16dB 49 10 36dB 10 16dB 58 10 36dB 10 16dB
186. chip Offset Auto Level Conplenentary Filter ofr Rolloff Factor lt Equalizing Filter U B S PH Offset Search Mode OFF PN Offset 5 Carrier Freq Search Trigger Source 1 m x HTRVL EXD EXT Trigger Slope Threshald 27 dB Auto Rate Channel Define Walsh Code Length QOF Bit Reversal Order 1 m g a HE m 2 3 Parameter Setup L3 10000000 9 000000 Meas Range 1 2 8 0 12800 0000000000 10 0 0000000 D D 100000000 1 00 1000 Complementary Filter ON D 0 D Hz ENTR OO MO A E 0000 1000 10000 1000 12 Factor 0 0 5 HENTA 000 D L 100000000000000000000 0 9500 100 L3 rr OOo L3 rr 13 Equalizing Filter ON 0 0 DHXENTR 000000 phase equalizer 0 D D L1 D
187. ction W 1 2 W 2 4 CH OFF ISCHI Repetition Factor 1 2 4 8 16 32 ISCH2 Walsh Function W 2 4 W 6 8 CH OFF I SCH2 Repetition Factor 1 2 4 8 16 Walsh Code Length 32 64 L Meas Mode PRECISE NORMAL Meas Range Threshold PN Delay Search Mode ON OFF PN Delay Trigger Source INT EXT INTRVL EXT INTRVL EXT Trigger Slope EXT Trigger Delay Freq Meas Range NORMAL EXPAND ON OFF Rate Error ON OFF Quadrature Error ON OFF _ 3 20 R3267 7000 65 cama2000 0 060000000 00000 3200000000 TRANSIENT Modulation v Power v Tx Power Auto Level Set Parameter Setup p Trigger Source INT EXT INTRVL EXT IF_ Average Times ON OFF EXT Trigger Slope Trigger Level I EXT Trigger Delay E Edom om uL TRANSIENT Y Modulation v Power v CCDF Auto Level Set Scale Setup Scale Max Parameter Setup x Scale Range Trace Write ON OFE iPower Unit RELATIVE AHS POWER es cm et L gt Trigger Mode INT EXT I Trigger Slope Trigger Delay IMeas Length Modulation Time amp FFT Lar Auto Level Set Select Type Time amp FFT Parameter Setup Complex FFT I I Times ON OFF Ich Ti
188. ctor NORMAL POSI NEGA SAMPLE Display dBm W dBuV 0000000000000 Template Couple to Power oN O0000000000000000000000 0000 0980 0 0000000000000 100 OFF 00000000000 Template Limit Template Couple Power 00000 00000000000 000000000 3 27 R3267 7000 65 00000 3 3 2 T Domain Judgment Upper Limit Q0000 000000000000 Lower Limit Q0000 000000000000 Average Mode Average Times TRACE AVG 00000 regn 0 B 00 Log MAX HOLD 00000000000000000000 POWER AVG
189. e Detector Posi O MAX HOLD Detector Posi TRACE AVG 4 30 Average Times DTSAVGCNT DTSAVG 4 12 TRANSIENT 000 DTSAVGCNT DTSAVG 00000000 1 2 999 1 2 999 Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC DTSAVGMD TRACE DTSAVGMD MAX DTSAVGMD POWER DTSAVGMD NUMERIC DTSAVGMD Trace Avg Max Hold Power Avg Numeric Parameter Setup Detector Normal Posi Nega Sample DTSDET NRM DTSDET POS DTSDET NEG DTSDET SMP DTSDET Normal Posi Nega Sample Display Unit dBm w DTSUNIT DBM DTSUNIT W DTSUNIT DBUV DTSUNIT Template Couple to Power ON OFF DTSTMPLPW ON DTSTMPLPW OFF DTSTMPLPW 1 ON Template Limit DTSTMPLBTM DTSTMPLBTM 000 Judgement ON OFF DTSJDG ON DTSJDG OFF DTSJDG OFF ON Freq Setting CFSP STSP DTSFRMD CFSP DTSFRMD STSP DTSFRMD Center Span Start Stop DTSRES ABS DTSRES REL DTSRES MKR DTSRES Absolute Relative Marker 10 Transient Ref Power MKR MOD R3267 7000 65 2000 000000000 4 12 TRANSIENT 4 2 GPIB E
190. e TDSCLR DELSTBL Table Freq Input ABS REL TDSTBLF ABS TDSTBLF REL TDSTBLF 4 23 Average Times R3267 7000 65 00000 42 4 12 TRANSIENT 000000000 TDSAVGCNT TDSAVG 000 TDSAVGCNT TDSAVG 1 OFF 2 999 1 2 999 Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC TDSAVGMD TRACE TDSAVGMD MAX TDSAVGMD POWER TDSAVGMD NUMERIC TDSAVGMD 0 Trace Avg 1 Max Hold 2 Power Avg 3 Numeric Parameter Setup Detector Normal Posi Nega Sample TDSDET NRM TDSDET POS TDSDET NEG TDSDET SMP TDSDET 0 Normal 1 Posi 2 Nega 3 Sample Display Unit dBm w TDSUNIT DBM TDSUNIT W TDSUNIT DBUV TDSUNIT Judgement ON OFF TDSJDG ON TDSJDG OFF TDSJDG Result Peak RMS TDSRES PK TDSRES RMS TDSRES Multiplier TDSMULTI TDSMULTI Peak Marker Y Delta TDSPKMKY TDSPKMKY 1 6G 3 6G Preselector TDSPRE 16G TDSPRE 36G TDSPRE Set to Default TDSSETSTD 0000 Spurious TDSMEAS SPUR 00000000000 51 1 Average Mode Detector Posi O O MAX Detector Posi 00 O TRACE AVG I 0000000 R3267 7000 65 2000 000000000 E 4 12 TRANSIENT
191. ef Table l Def Table 000 1 Def Table 000000 Cannot synchronize to Adjust Threshold Pilot Channel Threshold O 0 Cannot synchronize to PICH Adjust PN Delay Pilot Channel PN Delay 00000 A 3 R3267 7000 65 cama2000 0 0000000000000 0000 1 Auto Rate Average Mode Average Times ON OFF 3 18 3 20 3 63 3 71 3 17 3 59 3 7 3 8 3 9 3 10 3 11 3 12 3 13 3 14 3 15 3 16 3 17 3 19 3 20 3 21 3 25 3 28 3 31 3 34 3 38 3 40 3 43 3 48 3 50 3 53 3 56 3 65 3 73 3 76 3 77 3 78 3 17 3 60 3 7 3 8 3 9 3 10 3 11 3 12 3 13 3 14 3 15 3 16 3 28 3 30 3 33 3 37 3 38 3 42 3 47 3 50 3 53 3 55 3 7 3 8 3 9 3 10 3 11 3 12 3 13 3 14 3 15 3 16 3 19 3 20 3 21 3 27 3 29 3 32 3 36 3 38 3 41 3 45 3 49 3 51 3 54 3 71 3 75 3 76 3 79 Band Class Band Conversion Baseband Input Bit Reversal Paley Order Bit Reversal Order Carrier Freq Search CCDF CDP Graph Plot Channel Channel Def Table Channel Define Channel Setting Channel Setup Chip Rate
192. er 100000000000000 10000 Shift 000000 0000000000000000000000000 1000000 00000000000000 amp 000 0000000000 5 3 R32670 000 65 2000 100000000 00000 5 2 Due to Transient Due to Modulation Inband Spurious 0000000000000 5 2 Due to Transient Due to Modulation Inband Spurious p 00000000 TRANSIENT 0 0 00000000 0 0000000000000000 5 2 1 Marker Edit 00000 TRANSIENT Due to Transient Due to Modulation Inband Spurious Marker Edit Marker Edit 10000 00000000000000 1 2 5 4 Due to Transient Due to Modulation 2 0000000000000000000000000000000 00000200 00000 0 200 2 000 0 2 2000 Marker Normal 0000 Integral 300000000000000000 Norma l Integral 000000 BandWidih 000000000000000000 0000000000
193. er NIG cuisse Y div Ch Graph 10 512 3 13 3 19 3 21 3 29 3 34 3 60 3 75 3 78 3 6 3 7 3 10 3 28 3 36 3 20 3 20 3 20 3 17 3 60 3 17 3 6 3 7 3 10 3 29 3 7 3 26 3 17 3 20 3 25 3 31 3 43 3 71 3 76 3 21 3 8 3 11 3 30 3 38 3 67 3 66 3 66 3 20 3 69 3 62 3 19 3 8 3 26 3 36 3 10 3 36 3 8 3 26 3 35 3 10 3 36 3 77 3 77 3 20 3 67 3 8 3 27 3 36 3 58 3 20 3 66 3 67 3 5 R3267 7000 65 00000 3200000000 32 00000000 T Domain J Power gt P3 7 F Domain ON OFF Ratio P3 8 Modulation Spurious gt P3 9 STD L Power h P3 10 OBW gt P3 11 Due to Transient P3 12 Due to Modulation p P3 13 Inband Spurious 1 p P3 14 Inband Spurious 2 gt P3 15 Outband Spurious gt P3 16 Code Domain Power P3 17 0 FORWARD 0 1 D Waveform Quality p P3 19 0 REVERSE RC1 amp 2 0 000 Code Domain Power p P3 20 REVERSE RC3 amp 4 0 0 0 0 Power gt Tx Power p P3 21 Time amp FFT gt P3 21 CCDF P3 21 STD gt P3 22 P3 22 TRANSIENT T Domain Power Lus Level Set Trigger Setup R3267 0 000 OPT 65cdma20000 00000000 00000 3200000000 eS ei ander a Template Y Scale dB div 10 5 2 Average Times ON OFF
194. er ON OFF SS ee L Total Edit Walsh Number PICH S YNCH PCH BCH CCCH DCCH FCH SCCH SCH QPCH CPCCH CACH Data Rate v 00000 gt Constellation Constellation Line Constellation Dot Constellation Line amp Dot 1 EYE Diagram Diagram EYE Diagram ENM vs Chip Mag Error vs Chip be Se med gei ses ee 3 17 R3267 7000 65 00000 3200000000 es Graph Plot Type AVERAGE MAX MIN Power Unit dBm dB dBmpilot Pilot Channel Power ON OFF ON OFF Code Domain Error ON OFF Signal Power ON OFF EVM ON OFF Fixed Symbols Level ON OFF Chip Rate Error ON OFF IQ Gain Error ON OFF Quadrature Error ON OFF 3 18 R3267 0 000 OPT 65cdma20000 00000000 00000 3200000000 TRANSIENT Modulation Waveform Quality REVERSE RCI amp 2 Auto Level Set Graphics _______ Select Type gt Constellation Parameter Setup Plot Type AVG P P Constellation Line Average Times ON OFF Constellation Dot Meas Range i Trigger Source INT EXT INTRVL EXT INTRVL l Constellation Line amp Dot I EXT Trigger Slope I I I EYE Diagram EXT Trigger Delay Diagram Freq Meas Range NORMAL EXPAND EYE Dia
195. er 00000000 00001111 00110011 00111100 01010101 01011010 01100110 01101001 O lt Oa Q 5 9 R3267 0 0 0 65 cdma2000 000 5 6 Bit Reversal Paley Order J 0 0 0 Paley Order Walsh Code Number Walsh Code Length 4 1000 180 160 320 640 128000 1000000000000 Reversal R3267 65 2000 5 6 Bit Reversal Paley Order W4 WS W16 W32 W64 W128 2 2 2 2 2 66 34 34 98 18 18 18 82 50 50 114 10 10 10 10 74 42 42 106 26 26 26 90 58 58 122 6 6 6 6 70 38 38 102 22 22 22 86 54 54 118 14 14 14 14 78 46 46 110 30 30 30 94 62 62 126 5 11 R3267 65 2000 100000000 5 6 Reversal Paley Order W4 WS W16 W32 W64 W128 1 1 1 1 65 33 33 97 17 17 17 81 49 49 113 9 9 9 9 73 41 41 105 25 25 25 89 57 57 121 5 5 5 5 69 37 37 101 21 21 21 85 53 53 117 13 13 13 13 77 45 45 109 29 29 29 93 61 61 125
196. erage Mode Config Parameter Setup 00000000000 Judgment oF Upper Limit 2 50 gt Lower Limit 750 3 11 Parameter Detector NORMAL POSI NEGA SAMPLE 00000000000 Judgment ON OFF Upper Limit Lower Limit Average Mode Average Times TRACE 00000 0 0 00 0 110000 HOLD 3 38 R3267 7000 65 000 0 0 0000000 00000 3 3 3 F Domain ag O o L3 n3 L3 r3 Lr EC a noo L3 r3 E oo gono Hao ono oo ooo Soo EP Ooo Goo noo soo lt cz z G amp Set to STD 3 39 R3267 0 O0 O 65 000000000 00000 3 3 3 F D
197. etup L3 c HOI L3 Lc E Misa Charre E Y fidi Format Y Scoble div li Presse 2 12 View 0000000 View CHANNEL D 0 HXENTR D D Display NUMERIC 0 0 D HzGENTR D OD U D 00000 View Channel HzENTR 0 L3 r3 dvi 5748 00000 000000 View Setup Auto Level Set 0000 SINGLE Eri Lr 2 13 R3267 0 000 65 cama2000 000000000 00000 2 2 MS00000000000000000000 Code Domain T Auta Level Set Channel PICH Power ict Power Q CH Code Power 6 99 dB 6 0 19 25 e PICH DCCH SCH2 FCH SCH1 EACH Total Result Multiple 2 0 999921 Tine Alignment Error 0 092975 Carrier Frequency Error Hz Magnitude Error rns Phase Error des rns Error Vector Magnitude lt rns I Q Origin Offset EEE PH Delay 0 Chip Rate Error 0 28 ppm Quadrature Error degree 2 13 REVERSE LINK 00 00 0 CHANNEL 0 OOO
198. gram I Null Offset Constellation Null Offset Constellation Line Null Offset Constellation Dot Null Offset Constellation Line amp Dot Null Offset 1 EYE Diagram Null Offset Q EYE Diagram Null Offset EYE Diagram Mag Error vs Chip Phase Error vs Chip c D 3 19 bo a ee EA ee R3267 7000 65 00000 3200000000 TRANSIENT Modulation Code Domain Power REVERSE RC3 amp 4 Level Set Graphics Select Type gt i Constellation View Setup Plot Type AVG P P Constellation Line Channel Setup 34 Y div 25 5 Constellation Dot Parameter Setup Constellation Line amp Dot View Mode CHANNEL WALSH Demod Data Save Diagram Display ERR PHASE ERR DEMOD Average Times ON OFF Q EYE Diagram L I NUMERIC TABLE POWER TABLE EVM EYE Diagram View Channel E V M vs Chip I Y div Ch Graph Error vs Chip Format GRAPH TABLE NUMERIC Scale p Pye amp Pim P ALL P pe amp Pim ALL t PHASE Display div SINGLE DUAL Table Page 1 2 Yidiv 10 div 5 div Phase Error vs Chip r L Padi gt Operation Mode TCH EACH CCCH DCCH ON OFF IFCH ON OFF I 5 Walsh Fun
199. igger Setup Trigger Source 0000000000 0000 VIDEO IF 1000000 000000 EXT TRIGD 100000 3 25 R3267 7000 65 00000 3 3 2 T Domain Slope Trigger Level Trigger Position Delay Time Window Setup Window ON OFF Set to STD Window Position Window Width Template Template ON OFF Shift X Shift Y Template Edit Template UP LOW 3 26 0 0000000000000000000 0 00000000000000 0 0000000000000000 000000000000000000000000 0 0000000000000000000000000 0 000000000000000000000000 0000000 000000000000000000000 0 0000000000000000000000000 00000 0
200. ion 3 3 4 1 Code Domain Power Coef FORWARD cdma2000 Forward Link O O 000000000000000000000 3 56 Auto Level Set Graphics Select Type 0 000000000000000000 O Auto Level 00000000000000000 000000 Constellation Line Constellation Dot 0000000 Meas Options 0000 of Analysis Kin lpt Lord Dot rarka ina nt 1 3 19 Graphic Type of Analysis 000000000 Constellation 0 0000000000000000000 Constellation Line 0000000000000 E 000 Constellation Dot 0000000000000 000000 Constellation Line amp Dot I EYE Diagram Q EYE Diagram Plot Scale Setup Format Display R3267 0 O0 O 5 2000 000000000 00000 3 3 4 Modulation EYE Diagram 0 0000 0 00000 900 0000 000 00000000000 vs Chip EVvMy 000000 Mag Error vs Chip vs
201. ion Line Null Offset Constellation Dot Null Offset Constellation Line amp Dot Null Offset EYE Diagram Null Offset Q EYE Diagram Null Offset EYE Diagram 4 12 TRANSIENT 000000000 000 00000000 Chip GMKCHIP GMKCHIP I Phase GMKT Q Phase GMKQ vs Chip Mag Error vs Chip Marker Position GMK Chip GMKCHIPNO GMKERR Phase Error vs Chip Marker Position GMK Chip GMKCHIPNO GMKDEG degree Auto Level Set R3267 7000 OPT65 000 000000000 AUTOLVL 4 12 TRANSIENT E 4 2 GPIB 00000000 Parameter Setup Trigger Source INT EXT INTRVL EXT IF TXTRG INT TXTRG EXT TXTRG INTRVLI TXTRG IF TXTRG O INT 1 EXT 2 INTRVL EXT EXT Trigger Slope TXTRGSLP RISE TXTRGSLP FALL TXTRGSLP 0 1 Trigger Level TXTRGLVL TXTRGLVL 00 100 EXT Trigger Delay TXTRGDLY TXTRGDLY Average Times TXAVG TXAVG OFF 20 32 0000 Tx Power TXPWR 00000000 51 0000 TXPWR 41 42 43 41 Tx Power dBm dB d2 Tx Power W d3 Peak Factor dB
202. it D D LU U 0000000 Copy from STD 0 00000000000000000000000 Insert Line 101000000 Delete Line 3 48 Sort Table Init Average Times ON OFF Config Parameter Setup Freq Setting Detector Peak Y Delta Result Ref Power 83267 000 65 2000 000000000 00000 3 3 3 F Domain 1000000000000000 0000006000000 0000000000000 Config Parameter Setup Average Mode Parameter Setup Freq Setting NEZ TN Detector NORMAL POSI SAMPLE Peak MKR Y Delta Result MARKER RELATIVE ABS POWER Ref Power 9 Temp late s Couple to Power Template Limit Judgnent Average Mode Display Unit 3 16 Parameter Setup 000 D D D U START amp STOP SPAN NORMAL POSI NEGA SAMPLE 00000000000 00000000 500
203. m STD Insert Line Delete Line Sort Table Copy from STD Insert Line Delete Line Sort Table Init gt Freq Setting START amp STOP Set to STD SPAN Detector NORMAL I POSI NEGA SAMPLE Peak MKR Y Delta Result MARKER RELATIVE ABS POWER Ref Power REF MARKER MODULATION Display Unit dBm w Template Couple to Power Template Limit Judgment ON 1 MAX HOLD POWER AVG L R3267 0 000 OPT 65cdma20000 00000000 00000 3200000000 TRANSIENT F Domain Inband Spurious 2 Auto Level Set Template gt Template ON OFF Marker Edit T Shift X Average Times ON OFF Shift Y Config n s _ Margin AX ON OFF Template Edit m 31 Copy from STD L y from STD Insert Line Insert Line Delete Line Sort Table Init Delete Line Sort Table Init Parameter Setup Freq Setting START amp STOP Set to STD 5 Detector NORMAL POSI NEGA I SAMPLE Peak MKR Y Delta Result MARKER RELATIVE ABS POWER Ref Power REF MARKER MODULATION Display Unit dBm w Template Couple to Power ON Template Limit Judgment Band Conversion ON I OFF Integral Band Start Offset Stop Offset Average Mode POWER AVG 3 15 R3267 7000 65
204. me amp FFT Qch Time amp FFT I L gt Trigger Source FREE RUN IF EXT Trigger Slope Trigger Level Trigger Delay 3 21 R3267 7000 65 00000 3200000000 TRANSIEN Modulation Channel Setting Copy from STD STD Setup 4 Edit Table 1 23 Edit Table 4 5 6 Edit Table 7 8 9 gt Band Class Link FORWARD REVERSE RC1 amp 2 REVERSE RC3 amp 4 Signal Type CONTINUOUS BURST Offset Level Frequency Input FREQUENCY CHANNEL Input RF BASEBAND I amp Q Baseband Input AC DC IQ Inverse NORMAL INVERSE L Cont Auto Level Set ON OFF 3 22 R3267 7000 65 cama2000 0 00000000 00000 3 30000 3 3 0000 AUTO MNL MinATT ON OFF CONFIG Copy Config Printer Trace Point 1001 501 File Revision Copy Device COUPLE T RBW AUTO MNL VBW AUTO MNL Sweep Time AUTO MNL Center Start Stop Normal Marker Delta Marker X dB Down X dB Down X dB Left X dB Right Peak X dB Down Disp Mode REL ABS L ABS R Reference Marker ON OFF Sweep Time AUTO MNL R3267 0 000 65 2000 000000000 00000 3 3100000000000 3 3 1 00000000 000 000 000
205. meter Setup 6 5 6 4 Meas Options J 6 5 6 5 REVERSE Link 6 6 6 6 HATH ma 6 6 6 7 6 7 2 R3267 7000 65 2000 0 0 0000000 000600 000 000 4 1 4 11 4 2 4 11 4 3 Gaps ERE CHE Ef ED BL 4 11 4 4 4 12 4 5 FREQ 0 00000 Direm 4 12 4 6 LEVELD 000000000000 4 12 4 7 MKR J HIP IH DRE UR MEER 4 13 4 8 4 13 4 9 4 13 4 10 ntn tun cnt 4 14 4 1 sPAND 00000000 P s cest 4 14 4 12 TRANSIENT J 4 15 4 13 4 61 4 14 ae 4 61 4 14 4 62 6 1 E 6 2 6
206. mit Judgment Symbol Rate 1 T Rolloff Factor Average Mode gt HOLD AVG NUMERIC 3 15 Parameter Setup 100000 START amp STOP SPAN 100000000000 NORMAL POSI NEGA SAMPLE 1000000000000 5 2 2 Due to Modulation Due to Transient 10000000 Inband Spurious i 0000000 000 RELATIVE 000 ABS POWER 0000 000 Result RELATIVE 10000000 REF MARKER MODULATION Modulation Tx 100 1000000 00 0 100 dBm W dBuV 000000 10000 RELATIVE 1 dB 00000 Template Couple to Power 3 46 10000 Ref Power 1000 10000000 1000
207. mplate Template Limit Template ON OFF Template UP LOW Threshold Trace Write ON OFF Trigger Trigger Delay Trigger Level Trigger Mode Trigger Position Trigger Setup Trigger Slope Trigger Source 3 15 3 42 3 50 3 7 3 13 3 15 3 40 3 48 3 7 3 13 3 15 3 42 3 50 257 3 14 3 26 3 4 3 51 3 7 3 17 3 60 3 6 3 78 3 17 3 21 3 10 3 35 3 21 3 79 24 3 9 3 13 3 26 3 31 3 43 3 79 3 21 24 3 9 3 13 3 29 3 35 3 7 3 9 3 13 3 28 3 34 3 21 3 79 3 7 3 9 3 27 3 46 3 53 3 12 3 14 3 26 3 45 3 51 3 12 3 14 3 27 3 47 3 53 3 13 3 15 3 40 3 48 3 26 3 20 3 70 3 21 3 61 3 78 3 13 3 44 3 78 3 8 3 10 3 21 3 29 3 35 3 76 3 77 3 8 3 10 3 26 3 31 3 43 3 8 3 10 3 25 3 31 3 43 3 78 3 8 3 10 View Channel View Mode View Setup 3100000000000 Walsh Code Length Walsh Number Waveform Quality REVERSE RC1 amp 2 Q 0 Window ON OFF 22 22 2 Window Position Window Setup Window Width X Scale Max X Scale Range Y Scale Y Scale dB div Y Scale Upp
208. n Tx Power 00000000 Display dBm W dBuV Result RELATIVE 0 00000 83267 000 65 2000 000000000 00000 3 3 3 F Domain Template Couple to Power 0000000 0000000000000 Template Limit Template Couple to 000090000 Judgment Marker Edit 0000000000000000000000000 0 Band Conversion ON OFF 0000000 Integral Band Start Offset 00000000000000000000000000 00000000000000 Stop Offset 00000000000000000000000000 O Start Offset Offset 000000000000 00 00000000000000000000
209. ne OFF U 0 Walsh Code Length 640 0000 HzENTR 000000 Bit Reversal Order OFF Hz ENTR I 000 Parameter Meas Options 000 Meas Options 00000 0000000 00000 cdma2000 Code Domain Coefficient Total Result Meas Options PowerCoef Power Unit 1 Pilot Channel Power Code Domain Error Signal Power Fixed Symbols Level Chip Rate Error 18 Gain Error Quadrature Error quoe MENN 773 MENHI 0 MENHI 0 ENHI Co Plot AVERAGE 1 Auto Level Graphics Scale Setup E Parameter Setup Chip Rate Error 1 9 Gain Error Quadrature Error Channel Table Meas Options 2 4 Meas Options E ay N 5 E A 27 28 29 30 31 32 33 34 35 36 37 38 39 R32670 000 65 2000 0 00000000 00000 210000000000 0000000000 1000 OO OO 000 0 0 0 1000 CDP Graph Plot Type AVERAGE
210. oF Upper Limit E average Hode __ 3 5 Parameter Setup 1 00000 0 D NORMAL POSI NEGA SAMPLE 10000000 9800000 1000 L3 Ed E ON OFFY n 100000 Average Times OND J 00000000000 TRACE AVG 100 Log 00 Log L3 l E MAX HOLD n 00000000000000000000 POWER NUME 000 125 0200 000 20 000000 gt gt lt 0 POW 000 00000 0 NUMERI 0000000000 LILI ql L3 ra 0 10000000000000000 R3267 7000 65 cama2000 0 0000000000000
211. omain 3 3 3 3 Due to Transient 100000000000000000000000000000000 Auto Level Set HOU 00000 5 tutu Template 0000 5 1 2 F Domain 0000000000000 Template ON OFF 000000000 ON OFFOOOOUdg 0 00 9 0000 0000000000000 Shift X Shift Y Margin ON OFF 90000 Template Edit from STD Insert Line
212. onin eni aec ds 4 12 TDPAUTOLVL rente 4 18 TIDPAVG aeneis 4 19 teorie rct 4 19 TDPAVGMD 4 19 TDPAVGMD NUMERIC 4 19 TDPAVGMD 4 19 4 8 TDPAVGMD 4 19 TDPDET NEG entornos 4 20 TDPDET 4 20 POS itti oett 4 20 TDPDET SMP esee 4 20 TDPDIV 4 19 TDPDIV P2DB su neuem 4 19 TIDPDIV P5DB tiet 4 19 TDPJDG as 4 20 TDPJDG nacta ceto tete tete 4 20 TDPJDGLOW eene 4 20 TIDPJDGUP i etti cttm 4 20 TDPMEAS u nene 4 20 TDPSETSTD 4 20 TDPTMPL 2 2 222 2 2 4 19 TDPTMPL 4 19 01 4 20 TDPTMPLCLR 4 19 TDPTMPLCP S L u 4 19 TIDPTMPEED 4 19 TDPTMPLPW OFF 4 20 TDPTMPLPW 4 20 TDPTMPLSEL LOW 4 19 TDPTMPLSEL UP een 4 19 TDPTMPESX nemen 4 19 TDPTMPUSY uci itte rese 4 19 TDPTROGDT neuen eR 4 18 TIDPTRGLVL tete 4 18 68 22 2222 4 18 TDPTRGSLP FALL 4 18 TDPTRGSLP RISE
213. ower at 1000000000000000000 dBm Peak Code Domain Error CDE O0 O O dB Chip Rate Error 1 2288 Hl EH E BH DH D C D D D uz ppm IQ Gain Error 0000000 Quadrature Error 00000 00000000 degree 8326700 0 0 65 2000 000000000 00000 2100000000000000000000 41 Scale Setup 1 L1 LU DJ D Scale Setup Code Domain Power 2148 0 T T PowerCoef 2 Scale Setup coc um 3 bm o i Y Scale Porn 5 6 Upper E Table Page 100 Setup 9 8 15 24 32 40 48 56 Channel Channel 2000 Code Domain Coefficient ul Peak 0 2 ns CH 1
214. r 10 000 10 000000 1 000 1 000000 0 1 000 01 000000 0 01 000 0 01 000000 0 001 00016 000000 10 000190 0 000196 E EL HE LI Ll 13 Trace Write ON OFF ON 0000000000 14 8 0000000 000000000 2 21 R3267 7000 65 0000000 O 2 3 CCDF 10 k sample 1 2 CCDF Auto Level Set 1e0 2 Scale 46 2 Parameter Setup 1e 4 1 6 20 14 8 2 4 10 Power dB CCDF Power Data Peak Factor 3 60 dB Average Power 0 00 dB Hog 18 ix 2 7 dB 0 1 3 2 dB 0 012 0 0015 0 00012 2 23 CCDF O O 0 Trace Write ON 2 22 R3267 7000 65 cama2000 0 00000000 00000 3 000000 000000 650 0000000000000 31 00000000000 0000 0000 00000 TAN rere 3 18 3 20 3 54 3 71 3 64 3 71 3 75 3 76 nu 3 18 3 20 3 79 3 63 3 71 Band better 3 22 3 80 ELI 3 17 3 59 Band Conversion 3 15 3 53 Auto Level
215. r 1 000 Display Unit BENI v Judgment Prese lector 3 5 3 7 Parameter NORMAL POSI NEGA SAMPLE 5 Y DLL t R3267 7000 65 cama2000 0 0 0000000 00000 3 3 2 T Domain Display Unit dBm W dBuV 00000000000 Judgment 0 0 0000 Preselector 000000000000000 0 0000000 83267000000000 1 66 1 69 2 O0 0000000000000000 00000 1 6690 0000 00 0 1 1 0 0 3 66 Average Times TRACE AVG 00000 Logl 0000 Log 0000 0000 HOLD 000000 POWER AVG TOUUU 00000000000 0000002000000 NUMERIC 0 00000000000 0000002000000 POWER 00000000000 0 NUMERICII
216. s Auto Level Set R3267 0 000 OPT 65cdma20000 00000000 00000 3200000000 Trigger Setup Table No 1 2 3 Load Table Table Edit gt Average Times ON OFF Config 5 Table No 1 2 3 Load Table Save Table Insert Line Delete Line Table Init Parameter Setup LSet to Default gt Trigger Source FREE RUN I Trigger Level I IF EXT I Trigger Position I IDelay Time I gt Detector NORMAL POSI NEGA SAMPLE Result PEAK RMS Peak MKR Y Delta Multiplier Display Unit dBm w Judgment Preselector 1 66 3 66 Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC 3 9 R3267 7000 65 00000 320000 0000 TRANSIENT F Domain Power gt Auto Level Set 3 10 Gate Setup p Window Setup Y Scale dB div 10 5 2 Average Times ON OFF Config p Trigger Setup gt Trigger Source FREE RUN Gate Source Trigger VIDEO Gate Setup gt n Ext Gate IF Gated Sweep ON OFF re M Detector Gate Position Slope Gate Width 7 I Trigger Level l Trigger Position IDelay Time gt Detector NORMAL 1 Window ON OFF indow Set to STD 2 Window Position Window Width Parameter Setup gt Detector NORMAL Set to STD POSI NEGA SAMPLE Gated Sweep ON OFF Display Uni
217. sal Order ON OFF C2BITREV ON C2BITREV OFF C2BITREV 0 Channel Def Table Total C2CHTOTAL C2CHTOTAL OO 128 Edit Channel Channel Name PICH SYNCH PCH BCH CCCH DCCH FCH SCCH SCH QPCH CPCCH CACH C2CHEDIT C2CHNAME PICH C2CHNAME SYNCH C2CHNAME PCH C2CHNAME BCH C2CHNAME CCCH C2CHNAME DCCH C2CHNAME FCH C2CHNAME SCCH C2CHNAME SCH C2CHNAME QPCH C2CHNAME CPCCH C2CHNAME CACH C2CHEDIT C2CHNAME 00 127 0 1 SYNCH 2 3 4 5 6 7 SCCH 8 SCH 9 QPCH 10 CPCCH 11 CACH RC Radio Configuration C2CHRC C2CHRC 1 2 3 4 5 Data Rate C2CHRATE C2CHRATE 1200 1350 1500 1800 2400 2700 3600 4800 7200 9600 14400 19200 28800 38400 57600 70800 115200 153600 230400 307200 C2CHQOF C2CHQOF 00 0 1 2 3 Walsh Code Number C2CHWNUM C2CHWNUM 00 127 Code Domain Power Coef FORWARD Link 0 0 D Meas Options CDP Graph Plot Type AVERAGE MAX MIN R3267 7000 OPT65 000 000000000 4 12 TRANSIENT 0 0 C2CDPLOT AVG C2CDPLOT MAX C2CDPLOT MIN 1 Co 4 2 GPIB D E D 000 C2CDPLOT 00000000 0 1 MAX 2 MIN Power Unit d
218. t dBm w Judgment OFF Upper Limit Lower Limit Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC R3267 0 000 OPT 65cdma20000 00000000 00000 3200000000 TRANSIENT F Domain OBW Auto Level Set OBW Average Times ON OFF Config gt Parameter Setup to STD gt Detector NORMAL POSI NEGA SAMPLE Judgment I OFF Upper Limit Lower Limit Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC 3 11 R3267 7000 65 00000 3200000000 TRANSIENT F Domain Due to Transient Auto Level Set Template Marker Edit Average Times ON OFF Config 3 12 _____ gt Parameter Setup p Template ON OFF Shift X Shift Y Margin AX ON OFF Template Edit Copy from STD Insert Line Copy from STD Insert Line Delete Line Sort Delete Line Table Init Sort Table Init Set to STD gt Freq Setting START amp STOP 5 NORMAL POSI NEGA SAMPLE MARKER RELATIVE ABS POWER Ref Power REF MARKER MODULATION Display Unit dBm w dBuV Template Couple to Power I ON OFF Template Limit Judgment ON OFF Symbol Rate 1 T Rolloff Factor Detector Result Average Mode TRACE AVG MAX HOLD POWER AVG NUMERIC R3267 7000 65 cama2000 0 0 0000000 00000 3200000000 TRANSIENT F Domain Due to Modulation
219. t PN Sequence Trigger Source INT 00000 000 INTRVL EXT 26 6msec INTRVL 26 6 D pull EXT Trigger Slope 000000000000000000000 EXT Trigger Delay Freq Meas Range NORMAL EXPAND 1 2288 Quadrature Error 0090000000090 degree Demod Data Save PRECISE Average Times 3 71 R3267 7000 65 000 00 0000000 00000 3 3 4 Modulation NUMERIC Peak Inactive Peak Peak MAG PEAK PHASE
220. tions Por Tode kamin Coro Fixed Chip Hubs Error Erri Errer CDP Graph Plot POWER CDE UU Scale Setup Y Scale POWER CDE I D HU U UU LU 00100000000000000000000000 0 00 000000000000000000000 00000 000000000000000000 000000000000000000 00000000000000000 MIN rhrsholq 00000 Power Unit POWERD CDE UU dBm AVG Power at O0 0000000 0 0 0000000000 dB 0 0 0 9800000000 dBmpilot Pilot Channel Power EB E D E H U Pilot Channel Power dBm pilot At

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