"取扱説明書"
Contents
1. lt gt 1 Preset 2 EyJ Preset 2 4 2 lt gt 1 Application Cal 2 SIGANA Al MS2690A MS2691A MS2692A2. 5 6 gt LET 7 5 WWW
3. Time Sweep Ye 2 em ce _ a vater eee Configuration
4. E 1 Marker Marker 2 Marker Target Slot Number Target Slot Number 3 Target Slot Number Target Slot Number 4 Set 5 Target Slot Number Target Slot Result Target Slot Target Slot Number 3 5 9 4 1 Target Slot Number Starting Slot Number Measurement Intervall 1 slot IS 351 Starting Slot Number o 352 Measurement Interval Starting Slot Number slot IS 351
5. JEF 1 1 2 1
6. Single 1 Continuous F2F Hha 13 A 15 OE ls amp W a G w ww E gt 16 RF Input 17 SG On Off V Enter F Cancel Shift 1 E 16 A FY ao 55 RF RF N
7. MS2690A MS2691A MS2692A MS2830A 2 1 lt 2 2 2 1 1 2 2 2 1 2 2 8 ys 22 2 11 2 3 ik 2 12 2 3 1 2 12 2 3 2 2 12 2 4 E S J i E E A 2 13 2 4 1 E gt E AOO 2 13 2 4 2 kk 2 13 2 1 B2E Hla 21 MS2690A MS2691A MS2692A MS2830A
8. MS2690A MS2691A MS2692 AT MS2830A W CDMA HSPA MX269011A W CDMA HSPA W MS2690A MS2691A MS2692A MS2830A II MS269xA MS2830A E gt RANDE II Tr
9. 4 3 9 4 1 Trigger Delay 2 s 3 89 PIE HE 3 90 BAR MEER 4 1 4 2 4 1 1 4 2 AL R aR OIR E ea E N 4 3 4 2 1 nennen 4 3 BE PA PAR VEBEAR 4 1 4 1 1 ES
10. Code Number Code Number Code Number Code Number Modulation 3 54 36 KA EHT Measure Code Domain 3 6 9 3 Target Slot Number Code Number Marker Number Le 3 6 3 Code Number S 3 6 4 Target Slot Number Le 3 6 10 3 Marker Number Constellation MKR Q Target Slot Symbol 1 0006 Q 0000 3 6 9 3 1 3 6 9 3 1 Target Slot Number Target Slot
11. E 1 Measure 2 Measurel Measure Measurel 2 Code Domain Code Domain p7 3 Target Slot Number 4 Target Slot Number Target Slot Number 5 Set 6 Target Slot Number Target Slot Result Target Slot Target Slot Number Fe Starting Slot Number Measurement Intervall 1 slot IS 361 Starting Slot Number L 362 Measurement Interval Starting Slot Num
12. 4 Set XXX Loaded Applications 2 3 2 7 lt gt Application Switch 2 XXX XXX W AHLSLBEIE 24 2 4 1 ya FE
13. 3 3 1 Input Level E 1 IInput Levell 2 Amplitude Input Level Input Level anime Amplitude LT Input Levell 2 3 dBm Ziz Set 4 Gi 2 W CDMA_HSPA Downlink Carrier Freq 1 920 000 000 Hz Input Level 10 00 dBm ATT 4 dB 3 3 1 1 PIE HE Offset Pre Amp Le 332 Pre Amp LS 333 Offset 3 3 1 1 ar
14. ya Target Slot Number 4 ISetl 5 Target Slot Number Target Slot Result Target Slot Target Slot Number Ts Starting Slot Number Measurement Interval 1 slot IS 3 6 1 Starting Slot Number o 362 Measurement Interval Starting Slot Number slot IS 3 61 Starting Slot Number 3 63 PIE HE 3 7 Measure Code vs Time 3 7 1 Measurement Interval 1 0 Z Modulation Analysis Code Domain Measurement Interval Measurement Interval 18 0 17 W CDMA 15so W CDMA 1
15. Ma Code vs Time Target Code Code vs Time Slot Number Code Power Code vs Time Target Code e a Code vs Time Slot Number 3 70 37 FORETZILZMNETF Measure Code vs Time 3 7 8 Measurement Interval Code vs Time Slot Number BottomGraph Marker Number TH Result IS 371 Measurement Interval gt 372 Code vs Time Target Code L 3793 Code vs Time Slot Number Al 9 71 PIE HE 3 7 8 1 Measurement Interval Code vs Time Slot Number
16. MX269011A MS2830A MS2830A 006 106 12 Bintik 1 2 1 2 1 1 2 1 1 1 2 1 1 1 2 2 1 2 2 1 1 2 2 1 MX269011A W CDMA HSPA wann MX269011A W CDMA HSPA BER N PIE HE 1 3 1 3 1 MS2830A Attenuator Mode Mechanical Atten Only 1 3 1 in Emm ELSE 15 30 dBm Off 30 10 dBm On 18 lt 28 CAL REVM 1 MS269x
17. ACP Adjacent Channel Power QK Load W CDMA Downlink ACP Recall Current Application 3 8 1 1 ACP gt 32 Carrier Frequency L 331 Input Level Offset Value L 334 Offset Value 3 8 1 1 ACP FFT ACP ACP TMS26090A MS2691A MS2692 A MS82830A LTIS 8 4 2 10 Measure ACP Swept ACP
18. j J 1 HR 1 1 1 1 E E E E E E 1 2 3 1 2 1 3 1 3 EI ee ee 1 4 2 i 2 1 2 1 EO A 2 2 2 2 2 11 5 2 3 2 12 2 4 kil 2 13 E Re D 3 1 3 1 2 3 3 3 2 Carrier Freduency 3 6 5 3 3 Amplitude 3 7 3 4 Common Setting iLL 3 13 3 5 Measure Modulation Analysis 3 26 3 6 Measure Code Domain 3 45 3 7 Measure Code vs Time 3 64 3 8 SPA VSA Measure ACP Channel Power OBW SEM 3 80 3 9 Trigger 3 86 4 TER nn 4 1 4 1 4 2 4 2 4 3 III 5 een 5 1 5 1 kk 5 2 5 2
19. 1 2 CD KERBROHH 4 2 a 30 Ta ao ser AC PPP 4 2 1 E E MS2690A MS2691A MS2692A MS2830A re N gt g 5 2 A Seas Reference Input DO CO 8 3 4 2 1 1
20. MX269011A W CDMA HSPA 2008 20 8 15 2012 24 2 17 10 Copyright 2008 2012 ANRITSU CORPORATION Printed in Japan 7 O HE 6 6 30
21. BE PA C 4 2 1 1 400 MHz MS269xA MS269xA MS269xA 5 Hz 5 Hz 1 Hz MS2830A MS2830A MS2830A 2140 MHz 3000 MHz 6 Hz 6 Hz 0 7 Hz ms a 1 0 rms 0 1 rms MS2830A MS2830A PAR VEBEAR 4 6 BEE EODAloPBEHE 5 1 5 2 5 2 een 5 2 5 3 5 2 Be BEE ZOMDRE 9 1 Accessory Accessory SE 5 1 1 Accessory Ca TEE er ES monon OOwO eR Erase Warm Up Message ES 5 2 32 17 lt gt 1
22. User Definedl MX269011A W CDMA HSPA Channel Detection Auto 64QAM 3 19 PIE WE E 1 Common Setting Common Setting 2 Channel Detection Channel Detection 3 User Defined Select Hilel 4 D Anritsu Corporation Signal Analyzer User Data Channel Configuration W CDMA Downlink
23. D D a D _ GPIB ee gt w o a I vu Remote LAN A Q j p r C 1 Q Q HENEN CHRE ce _ so Oo A Um u ER a a EEE amp amp Die 17 1 2 134 147166 1510 8 9 11 2 1 2 2 MS2830A Ref Input us C z D O a rmp Trigger Input Sweep Status u 7 ES j m 875 900MHz N 9 GP IB USB Remote a 2 1 EHROBE Ref Input MS269x 10 MHz 13 MHz MS2830A 5 MHz 10 MHz 13 MHz Buffer Out 10 MHz Ye Trigger Input MS269x
24. ATT 3 85 Al PIE HE 3 9 Trigger 3 9 1 Trigger Switch OnOff RELET m 1 Trigger 2 Trigger Trigger Trigger Er 2 Trigger Switch On Off E 3 9 1 1 Trigger Switch On Off 3 86 39 ATORE Trigger 392 Trigger Source SG Marker m 1 ITriggerl
25. CH SF 16 64QAM Peak Relative CDE Detection Mode Meas Int Storage Mode Average amp Max Peak Relative CDE CH CH Summary Page2 IS 3 4 11 Peak Relative CDE Peak Relative CDE Detection Mode IS 3 5 8 5 2 Summary Page2 Peak Relative CDE Detection Mode Meas Int Storage Storage Mode Average Average amp Max Average Maximum Maximum Relative CDE Peak Average JE Relative CDE Peak 3 39 PIE HE 3 9 8 9 2 Summary Page2 Starting Slot Number Measurement Interval Result
26. Sweep Status Out de IF Out MS269x AUX GPIB GPIB USB B USB FE2FOCHENM 9 LAN FA USB 10 11 Monitor Out Line Input 50 60Hz 440VA Max 100 120V 200 240V 13 SA Trigger Input TTL 14 SG Trigger Input Opt TTL 15 HDD 16 HDD Opt a 17 IF Output 2 10 Ethernet USB A USB USB Monitor Out AC SA Trigger
27. e RE i i 2 UA Ne 3 KF 1 6 30 4 E
28. es se TOT MLL Ill 4 Il o og II BEN I EL TT II BEN DUN DUD II BEN DUN HUN BRCRARARARACAODADADODODTOODA DER DON MN A a T i Yes i l Er III pTeeeeeeee li u E m IE TTL HHHHHHL 2 2 2 77 P27 Hha 2 3 2 3 1 BEI XXX gt 1 Configuration 2 Application Switch Settings Application Switch Registration 3 Load Application Select Unloaded Applications XXX XXX Loaded Applications XXX Loaded Applications Unloaded Applications
29. E 1 Measure 2 Measure Measure Measurel 2 Code Domain Code Domain 3 Code Domain 2 9 4 Trace Trace 5 Scalel Scale 6 Trace Scale Constellation Trace Scale 7 3 6 7 1 Trace Scale EVM vs Symbol 0 0 0 0
30. Marker Number Le 3 6 3 Code Number 3 6 4 Target Slot Number Le 3 6 10 3 Marker Number Mag Error vs Symbol MKR Symbol Mag Error Target Slot 5 00 Al 3 6 9 5 1 Magnitude Error vs Symbol 3 6 9 5 1 Magnitude Error vs Symbol Marker Number We Error Marker Number Target Slot Number Ep Target Slot 9 57 PIE HE 3 6 9 6 Phase Error vs Symbol Target Slot Number Code Number Marker Number Le 3 6 3 Code Number 364 Target Slot Number Le 3 6 10 3
31. Storage Mode Average Average amp Max Starting Slot number 2 Measurement Interval 7 Storage Mode Average amp Max Storage Count 3 28 3 EEN o 10 11 12 13 12 er Starting Slot Number 2 slot S Measurement Interval 7 slot Count 1 2 3 Average MAX Storage Mode Average MAX Storage Count 3 3 5 6 1 Storage Count m 1 Ge Trac 2 IStoragel Storage 3 Count Storage Count 4 Set 3 5 6 1 Storage Count 9999 2 931 PIE HE 357 gt Starting Slot Number Measurement Interval Result
32. Al 3 4 3 1 Frame Sync Code Type P CPICH P CPICH DN DN I 344 Frame Sync Spreading Factor 345 Frame Sync Code Number P CPICH Primary Common Pilot Chanel OK P CPICH ID User Defined SF64 QPSK SF256 Frame Sync Code Type 1 9 15 PIE HE 344
33. ee 10 9 Common Setting Common Setting 11 Channel Detection Test Model14 12 Tracel 13 Storagel Model Storage model 14 Averagel mw KERBROHH 15 Countl Storage Countl pn 16 me Single 17 Reference Signal Auto Fixed to Internal System Settings System Settings Reference Signal OD Set 18 Frequency Error 19 EVM rms
34. 3 5 3 1 Trace Mode EVM vs Chip Mag Error vs Chip Phase Error vs Chip Summary 3 28 35 ZAHfENT Measure Modulation Analysis 3 54 Trace Scale Trace Mode Summary E 1 me Trace 2 IScalel 3 Al 3 3 5 4 1 Trace Scale 1 E H 5 10 EVM vs Chip 20 50
35. Set B W CDMA HSPA Downlink Channel Configuration Data List D 51 291 364 Kbytes Free 51 383 868 Kbytes Total Name PDate Time SizelBytes 5 25 2011 4 39 36 PM 2 814 Sample 171772012 3 48 42 PM 3 966 Off 3 4 6 1 5 Channel Detection T User Defined FE IMX269011A W CDMA HSPA 2 3 8 1 3 20 KIEAAHDELE Common Setting 3 4 7 EVM Origin Offset EVM m 1 Common Setting Common Setting 2 Origin Offset Incl Excl 3 4 7 1 Origin Offset a Incl
36. Frame Sync Spreading Factor Frame Sync Code Type C User Defined HKW P CPICH Frame Sync Code Type User defined Channel Detection Auto LS 343 Frame Sync Code Type LS 346 Channel Detection E 1 Common Settingl Common Setting Frame Sync Spreading Factorl Frame Sync Spreading Factor 3 3 4 4 1 Frame Sync Spreading Factor 4 8 16 32 64 128 256 512 3 16 HKEHAH DEE Common Setting 345
37. 8 9 USB CF
38. Code Domain Power Code Domain Error Ke 3 66 37 FORETZILZMNETF Measure Code vs Time 3 7 4 Code vs Time Code vs Time Scale Code vs Time E 1 Measure Measure 2 Code vs Time Code vs Time 3 Code vs Time 2 Ms 4 Trace Trace 5 Scalel Scale 6 Code vs Time Scale Code vs Time Scale 7 Code vs Time 3 7 4 1 Code vs Time Scale 20 dB AO dB Nu N 3 pr Code vs Time 60 dB 80 dB
39. IMS2690A MS2691A MS2692 A MS2830A LS 7 4 Channel Power 3 82 3 8 SPA VSA EZPAL T HETFS Measure ACP Channel Power OBW SEM 3 83 OBW OBW W CDMA Downlink OBW Occupied Bandwidth OK Load W CDMA Downlink OBW Recall Current Application 3 8 3 1 OBW je gt 32 Carrier Frequency L 331 Input Level 1 333 AHUAN
40. Marker Number Phase Error vs Symbol MKR Symbol Phase Error Target Slot 5 00 2 50 3 6 9 6 1 Phase Error vs Symbol 3 6 9 6 1 Phase Error vs Symbol Marker Number J Marker Number Phase Error Target Slot Number Target Slot EF 3 58 36 KA Measure Code Domain 3 6 9 7 Code Power vs Symbol Target Slot Number Code Number Marker Number Le 3 6 3 Code Number S 364 Target Slot Number Le 3 6 10 3 Marker Number Code Power vs Symbol MKR Symbol Code Power Target Slot 0 00 x 10 00 20 00 30 00 40 00 3 6 9 7 1 Code Power vs Symbol 3 6 9 7 1 Code Power vs Symbol Marker Number
41. Result Off 1 Average Average amp Max Pagel Result Page No 1 2 Frequency Error Mean Power EVM rms EVM peak Mag Error rmSs Phase Error rms Origin Offset IQ Imbalance P CPICH Peak CDE Peak Active CDE Peak Relative CDE 3 5 8 5 1 1 Summary Page1 3 5 8 5 1 1 Summary Page1 Frequency Error Mean Power EVM rms RMS EVM peak ee en Mag Error rms RMS Phase Error rms RMS
42. Off 1 Average Average Max Page2 Relative CDE Relative CDE 3 5 8 5 2 1 Summary Page2 3 5 8 5 2 1 Summary Page2 16 64QAM 9 CH GE Relative CDE 16 64QAM CH Average Maximum 3 40 35 ZAHfENT Measure Modulation Analysis 3 5 9 Marker 3 5 9 1 Maker Trace Mode Summary E
43. 005 105 006 106 Signal Analyzer SA Signal Generator SG Application Switch Application Auto Application Manual MS2830A m l 13 5 4 Appli UWE 1st Local Output MS2830A 0441045 ERa Local IF 2 7 FE2FOCHENM 2 12 ss HH o II RS 2 ur HH III NE M tt I DNDN I I I ana ae a VE II 000000 un eeee II USB Remote GPIB B PR E pp ER Er 1 2 6 3 4 5 7 6 9 10 11 2 1 2 1 MS269x
44. 3 4 1 2 3 1 EHEDENFZTAHDELET a b c d
45. 5 2 A nennen A 1 B QAE E ann B 1 ae 1 IF ME MX269011A W CDMA HSPA 1 1 1 2 A 1 2 1 3 1 2 1 1 3 1 2 2 A D nn 1 3 Co 71 EEE E E 1 4 Fa PIE HE 1 1 mM MS269x MS2830A MX269011A W CDMA HSPA 3GPP W CDMA HSPA RF
46. Peak Relative CDE Detection Mode Meas Int Peak Relative CDE Storage Mode Average amp Max CH CH Summary Page2 lt MO gt 3 4 11 Peak Relative CDE Peak Relative CDE Detection Mode IS 3 5 8 5 2 Summary Page2 Peak Relative CDE Detection Mode Meas Int Storage Storage Mode Average Average amp Max Average Maximum Maximum Relative CDE Peak Average JE Relative CDE H Peak 3 5 7 2 Result Trace Mode Summary Frequency Error Mean Power EVM rms RMS a EVM peak 3 33 PIE HE 3 58
47. Code Power Marker Number Target Slot Number Target Slot 3 59 PIE WE 3 6 10 Marker 3 6 10 1 Maker m Marker Marker aare TL Ta 2 Marker On Off E Egi 3 6 10 1 1 Marker ER IE IE On Off 3 60 36 KA Measure Code Domain 3 6 10 2 Code Number SF512 E 1 Marker Marker 2 Code Number 3 Code Number Al 4 Set 3 6 10 2 1 Code Number 95 Xa ch H B x rl Bi nA Xa Al mi
48. Frame Sync Code Number Frame Sync Code Type C User Defined HW P CPICH Frame Sync Code Type User defined Channel Detection Auto IS 343 Frame Sync Code Type LS 346 Channel Detection E 1 Common Setting Common Setting 2 Frame Sync Code Number Frame Sync Code Number 3 3 4 5 1 Frame Sync Code Number Frame Sync Spreading Factor 1 RATE II 3 44 Frame Sync Spreading Factor 9 17 Al
49. te EVM vs Symbol Mage Error vs Symbol a y Phase Error vs Symbol HIELTEN ARYD Code Power vs Symbol 3 49 PIR ME 3 6 6 Code Domain Scale L 3 65 Trace Mode BE 1 Measure 2 Measurel Measure
50. 3 67 Al PIE HE 3 7 5 Code vs Time Code vs Time Scale Offset Code vs Time E 1 Measure Measure 2 Code vs Time Code vs Time 3 Code vs Time 2 Ms 4 Trace Trace 5 Scalel Scale 6 Code vs Time Scale Offset Code vs Time Scale Offset A dBm Input Level dBm Code vs Time Scale Offset dB 10 dB 5dB step 5 dB 3 7 5 1 Code vs Time Scale Offset AIE 99 99 dB 99 99 dB 3 68 37 FORETZILZMNETF Measure
51. 6 Accessory 2 Title m Set 3 Title Off Off 5 3 E lt gt 1 8 Accessory 2 Ei Erase Warm Up Message 3a A B fF TIER fF A 1 Out of range Not available in Constellation Select Not available in Bottom Graph Select Not available in Code vs Time Select Not available in Summary Trace Available in Summary Trace Not available when Scrambling Code Synchronization is SCH Not available when Frame Sync Code Type is P CPICH Not available when Channel Detection is not Auto Please Load Signal Analyzer Please Load Spectrum Analyzer
52. Continuous 2 E Single Storage Count 1 3 Single Downlink Downlink a E Continuous Continuous 1 PIE HE 3 2 Carrier Frequency Carrier Frequency m 1 Carrier Frequencyl 2 Frequency Carrier Frequenc
53. 3 86 3 9 1 Trigger Switch 3 86 3 9 2 Trigger Source 3 87 3 9 3 Trigger Slope 3 88 3 94 Trigger Delay 3 89 3 1 3 1 1 1 2 3 4 31 ZRBEfF Target Slot 0 Chip 0 1273 Q 0 0924 Peak Relative CDE EVM vs Chip MKR Chip 0 52 Target Slot 0 0002 ppm Amplitude 11 49 dBm 0 38 1 34 0 26 Common 0 16 deg 59 46 dB Setting CH SF 68 05 dB 4 256 66 29 dB 2 128 a a Measure Marker Trigger 3 1 1 1 CodeDomain 1 2 3 Target Code MKR Slot C CHISF 0 I 256 Modulation QPSK Code Power 11 01 dB Mean Power MKR Code CHISF 01 256 Modulation QPSK Power 11 01 dB Error 65 35 dB 10 83 dBm Target Slot Total Active CH Mean Power 10 83 dBm P CPICH 11 01 dB P SCH 14 12 dB S SCH 14 09 dB EVM rms EVM peak Mag Error 0 19 0 32 0 13 Phase Error 3 1 1 2 Code vs Time PIE HE 1
54. RF Output RF On Off amp On A DIT FR 0441045 MS2830A DA 8 SG Output Opt 20 21 22 Mod On Off 1st Local Output 21 BEDE RF 020 RF N 0441045 MS2830A DA USB A USB USB oo Modulation MS2830A RF On Off On Le 044 1045 Application MS2830A SPA Spectrum Analyzer
55. Scrambling Code Synchronization User defined LS 341 Scrambling Code Synchronization E 1 Common Setting Common Setting 2 Scrambling Code Scrambling Code 3 Set 4 Scrambling Code 3 4 2 1 Scrambling Code 1FFF 0000 HKEHAH DEE Common Setting 343 Frame Sync Code Type E 1 Common Setting Common Setting 2 Frame Sync Code Type Frame Sync Code Type 3
56. 0 5 10 Mag Error vs Chip 0 20 50 5 degree 10 degree 20 degree 50 degree Phase Error vs Chip 0 degree Phase Error vs Chip 3 29 PIE HE 355 Storage Mode Result BER m 1 m Trac 2 IStoragel Storage 3 Mode Storage Mode 4 Result Set 3 5 5 1 Storage Mode 1 3 30 35 ZAHfENT Measure Modulation Analysis 3 5 6 Storage Count
57. 2 1 1 nrItSUmMS2690A 3 Preset 9 8 es 7 wa 6 5 4 I 3 2 ADB d TEOL 2 1 1 1 MS269x 2 1 1 2 MS2830A HDD Copy all D O Save Cal 2 1 BEDE AC Power On EZET 8 Power On Power 2 Ye Copy Recall Save Cal Calibration
58. BottomGraph Marker Number Result Code Domain Power Target Slot Total Active CH Code CHISF Modulation Power 10 C Error Mean Power P CPICH P SCH S SCH EVM rms EVM peak Mag Error Melle lu Uhh nm lil Code Power 40 00 60 00 3 7 8 1 1 Result R 3 7 8 1 1 Code vs Time Slot Number Target Slot Target Slot Number Active CH Total Active CH Wea boner Code vs Time Slot Number P CPICH Code vs Time Slot Number P CPICH P SCH Code vs Time Slot Number P SCH S SCH Code vs Time Slot Number S SCH Code vs Time Slot Number EVM rms BottomGraph Marker Number ED RMS Code vs Time Slot Number
59. E 1 Marker Marker RE 2 Code vs Time Select 3 Code vs Time Slot Number Code vs Time Slot Number 4 Set 3 7 9 3 1 Code vs Time Slot Number N Ka il ER Measurement Intervall 1 slot LS 371 Measurement Interval 1 slot 9 77 Al PIE HE 3 7 94 Bottom Graph Marker Number ST512 E 1 Marker Marker Hanra rL 2 Bottom Graph Marker Number Bottom Graph Marker Number 3 Set 3 7 9 4 1 Bottom Graph Marke
60. Measurement Interval 3 64 3 7 2 Code vs Time Target Code 3 65 3 73 Trace Mode 3 66 3 7 4 Code vs Time Code vs Time Scale 3 67 3 7 5 Code vs Time Code vs Time Scale Offset 3 68 3 76 Trace Scale 3 69 3 7 7 Code vs Time nn 3 70 3 7 8 3 71 3 79 Marker 3 75 SPA VSA Measure ACP Channel Power OBW SEM 3 80 3 8 1 ACP 3 80 3 8 2 Channel Power 3 82 3 8 3 OBW 3 83 3 84 SEM 3 84 3 8 5 Advanced SettindS 3 85 Trigger
61. 5 Hz MS2830A 6 Hz 18 28C CAL Input Level MS269x 1 0 rms MS2830A lt 1 3 rms 18 28C CAL 10 dB Input Level MS269x 0 6 dB Off 1 1dB On MS2830A 0 6 dB Off 2 RSS 1 3 KUH 1 3 1 18 28 CAL Input Level MS269x 0 02 dB Code Power 10 dBc 0 05 dB Code Power 20 dBc 0 10 dB Code Power 2 30 dBe MS2830A 0 02 dB Code Power 10 dBc 0 10 dB Code Power 2 20 dBc 0 15 dB Code Power 2 30 dBc
62. 3 6 2 1 Measurement Interval Ka 15 Starting Slot Number slot gt 3 6 1 Starting Slot Number 3 46 36 KA EHT Measure Code Domain 3 6 3 Code Number SF512 E 1 Measure 2 Measure Measure Measurel Ai 2 Code Domain Code Domain 3 Code Number 4 Code Number 5 Set 3 6 3 1 Code Number 511 0 3 47 PIE HE 3 6 4 Target Slot Number
63. BE CD 777 IV 1
64. Constellation Chip Number 1 Q 3 34 35 ZAHfENr Measure Modulation Analysis 3 5 8 2 EVM vs Chip Target Slot Number o 3 5 94 Target Slot Number EVM vs Chip MKR Chip Target Slot 10 00 BR 7 50 3 5 8 2 1 EVM vs Chip 3 5 8 2 1 EVM vs Chip Bottom Graph Marker Number Bottom Graph Marker Number Target Slot Number Target Slot 3 35 PIE HE 3 9 8 3 Magnitude Error vs Chip Target Slot Number o 3 5 9 4 Target Slot Number Mag Error vs Chip MKR Chip Mag Error Target Slot 5 00 250 3 5
65. Er Target Slot Number 36 KA EHT Measure Code Domain 3 6 9 Starting Slot Number Measurement Interval Target Slot Number gt 3 6 1 Starting Slot Number 362 Measurement Interval S 3 6 4 Target Slot Number 3 6 9 1 Target Slot Number Al S 3 64 Target Slot Number Code Domain Power i Target Slot I Total Active CH i Code CHISF Modulation Power 10 Error Mean Power P CPICH P SCH S SCH EVM rms EVM peak Mag Error Phase Error ll Code Power 3 6 9 1 1 40 00 6 8 3 6 9 1 1 Code Numb
66. Off 1 Average Average amp Max Z Trace Mode b Summary Result Measuring Average amp Max 10 10 Avqg Max MKR Frequency Error Target Slot Chi Mean Power D EVM rms ha EVM peak Mag Error rms Phase Error rms Q By RR Origin Offset Peak CDE Peak Active CDE Peak Relative CDE 3 5 7 1 Result Trace Mode EVM vs Chip Magnitude Error vs Chip Phase Error vs Chip Result Frequency Error Mean Power EVM rms EVM peak 3 5 7 2 Result Trace Mode Summary R 3 5 7 1 Result Trace Mode EVM vs Chip Magnitude Error vs Chip Phase Error vs Chip Frequency Error Mean Power EVM rms RMS EVM peak ERR Mag Error rms
67. 2 3 FE2FOCHENM 7 Local Remote ec 9 Preset U 10 ww n Sz T T T 71 TI Co gt N E 5 E m 2 4 Local GPIB Ethernet USB B Remote Preset 1 of 2 1 1 O 2 1 BEDE 11 1
68. EVM Excl EVM 921 PIE HE 3 48 Active Code Threshold Mean Power Er SE Channel Detection Auto LS 346 Channel Detection m 1 Common Settingl Common Setting 2 Active Code Threshold Active Code Threshold 3 Set 3 4 8 1 Active Code Threshold 10 00 dB 40 00 dB 3 22 HKEHAH DEE Common Setting 3 4 9 _PICH DTX PICH CH Number PICH DTX PICH Channel Detection Auto
69. Measurel 2 Code Domain Code Domain Ds 2 Code Domain 2 4 Trace Trace 5 Scalel Scale 6 Code Domain Scale Code Domain Scale Te 3 6 6 1 Code Domain Scale Code Domain Power Code Domain Power MAZERET P 20 dB 40dB ERENTO dB 60 dB 80 dB Code Domain Error Code Domain Error 80 dB 3 50 36 KA EHT Measure Code Domain 3 6 7 Trace Scale
70. MS2830A SC 2 13 P2 Hla 2 14 BIE WE EE 3 3 3 1 1 EME 0 33 NBENNENENUUREENENEDEE NIEREN EL UIEFEFRESNEN ER NER 3 3 312 MED Teenie 3 5 32 Carrier Frequency 3 6 3 3 Amplitude 3 7 3 3 1 Input Level 3 7 3 3 2 Pre Amp 3 9 3 3 3 Offset 3 10 1 3 3 4 en Offset Value 000222020000000n00ennnnnennnnnnenn 3 11 3 3 5 Auto Range 3 12 3 4 Common Setting 3 13 3 4 1 Scrambling Code Synchronization 3 13 3 4 2 Scrambling Code 3 14 343
71. On Off On 334 Offset Value 2 Offset Offset Result Mean Power Offset Value ER W CDMA_HSPA Downlink Carrier Freq 1 920 000 000 Hz Input Level 9 00 dBm ATT 4 dB Offset 1 00 dB Measuring 3 3 3 1 Offset E EE eA 3 3 3 1 Offset Off 3 10 3 3 AZJLNILORE Amplitude 3 3 4 Offset Value MS269xA Series or MS2830A ar Input Level 40 dBm u Offset Value 30 dB 3 3 4 1 Input Level Offset Value m 1 Amplitude Offset Value Mil Offset Value 2
72. BottomGraph Marker Number FRNI ZRMLET BottomGraph Marker Number Code Number BottomGraph Marker Number Modulation BottomGraph Marker Number BottomGraph Marker Number 3 73 PIE HE 3 7 8 3 Code vs Time Slot Number Code Domain Error z Target Slot _ MTotalActiveCH 20 Code CH SF Modulation dB Power 10 00 dB Error Mean Power P CPICH 20 00 P SCH S SCH 0 00 40 00 EVM rms EVM peak Mag Error 11 f Code Power 60 00 3 7 8 3 1 3 7 8 3 1 BottomGraph Marker Number
73. Starting Slot Number Measurement Interval Storage Storage 1 Target Slot Number 3 5 8 1 1Q Target Slot Number IQ 1Q Trace Mode Summary S 35 94 Target Slot Number Result Measuring Average amp Max 10 10 MKR Target Slot Chip AvglMax Frequency Error Mean Power EVM rms EVM peak Mag Error rms Phase Error rms Q Te Origin Offset Peak CDE Peak Active CDE Peak Relative CDE 3 5 8 1 1 IQ 3 5 8 1 1 IQ Target Slot Number Target Slot Constellation Chip Number
74. Constellation Chip Number Bottom Graph Marker Number IQ Trace Mode Summary m 1 Marker Marker ee TL Na 2 Constellation Select Bottom Graph Select Al 3 Fr 3 4 Set R 3 5 9 3 1 30777 Constellation Constellation Chip 02559 Chip Number Bottom Graph Bottom Graph Chip 02559 Marker Number ET 3 43 PIE HE 3 5 94 Target Slot Number
75. 2 Trigger Trigger Trigger ET 2 Trigger Source Trigger Source ec 3 4 9 3 9 2 1 Trigger Source External SG Marker H o 3 87 PIR ME 3 93 Trigger Slope E 1 Triggerl 2 ITrigger Trigger Trigger 2 Trigg
76. BAE ERER a b 1 10 MHz er Reference Input 2 10 MHz Reference Input 3 W CDMA TestModel4 mal 4 NII FI DIMEFEERRHNGEFEZEANL 1 On 1 5 w Application Switch W CDMA Downlinkl 3 Preset 4 Presetl 5 Cal 6 SIGANA Al 7 Closel 8 un e 9 mg
77. 3 Marker Marker 2 Marker On Off je E Es 3 5 9 1 1 Marker On Off 9 41 PIE HE 3 5 9 2 Constellation Select Bottom Graph Select I1Q Trace Mode Summary E 1 Marker Marker 9 Constellation Select Bottom Graph Select 3 5 9 2 1 Constellation 1Q Select opi 3 42 35 ZAAfENT Measure Modulation Analysis 3 5 9 3
78. LS 7 6 Spectrum Emission Mask 3 84 3 8 SPA VSA EZFJHL T HEFS Measure ACP Channel Power OBW SEM 3 8 5 Advanced Settings 3 8 5 1 Coupled Ref amp ATT in Swept amp FFT a R LT Reference Level ATT E 1 Measure Measure 32 Measure 2 Advanced Settings 3 Coupled Ref amp ATT in Swept amp FFT 5 Modulation Analysis Code Domain Code vs Time
79. Marker Number Marker Number I Q 3 55 PIE HE 3 6 9 4 EVM vs Symbol Target Slot Number Code Number Marker Number Le 3 6 3 Code Number S 3 6 4 Target Slot Number Le 3 6 10 3 Marker Number EVM vs Symbol MKR Symbol Target Slot 5 00 3 6 9 4 1 EVM vs Symbol 3 6 9 4 1 EVM vs Symbol Marker Number I Marker Number Target Slot Number Target Slot 3 56 36 KA Measure Code Domain 3 6 9 5 Magnitude Error vs Symbol Target Slot Number Code Number
80. EVM peak BottomGraph Marker Number Code vs Time Slot Number Mag Error BottomGraph Marker Number RMS Code vs Time Slot Number Phase Error BottomGraph Marker Number 5O Phase Error RMS Code vs Time Slot Number Code Power BottomGraph Marker Number 3 72 37 IFORMIA WEI S Measure Code vs Time 3 7 8 2 Code vs Time Slot Number I Code Domain Power f Target Slot I Total Active CH 2 Code CHISF 07 Modulation Power 10 00 dE Error Mean Power P CPICH P SCH S SCH EVM rms EVM peak Mag Error Phase Error ot i 518 Code Power 3 7 8 2 1 K 3 7 8 2 1
81. 3 6 1 1 Starting Slot Number 14 slot 0 slot 3 45 PIE HE 3 6 2 Measurement Interval Modulation Analysis Code vs Time Measurement Interval Starting Slot number 2 Measurement Interval 8 AN 29 20 Starting Slot Number 2 slot Measurement Interval 8 slot 3 6 2 1 Measurement Interval E 1 Measure 2 Measurel Measure Measurel 2 Code Domain Code Domain 3 IAnalysis Timel Analysis Timel de 4 Measurement Intervall Measurement Intervall 5 Set
82. Frame Sync Code Type 3 15 344 Frame Sync Spreading Factor 3 16 345 Frame Sync Code Number 3 17 3 4 6 Channel Detection 3 18 3 4 7 EVM Origin Offset 3 21 348 Active Code Threshold 3 22 3 4 9 _PICH DTX PICH CH Number 3 23 3 4 10 SCH Interference of Relative CDE 3 24 3 4 11 Peak Relative CDE Peak Relative CDE Detection Mode 3 25 35 Measure Modulation Analysis 3 26 351 Starting Slot Number 3 26 352 Measurement Interval 3 27 3 5 3 Trace Mode 3 28 3 5 4 Trac
83. LS 346 Channel Detection m 1 Common Setting Common Setting ii 2 Common Setting 2 3 PICH CH Number PICH CH Number 4 3 4 9 1 PICH CH Number 255 0 323 PIE WE 3 4 10 SCH 3 24 Interference of Relative CDE 256 chips 2560 chips 256 chips m 1 Common Setting Common Setting
84. 2 Common Setting 2 3 SCH Interference of Relative CDE Incl Excl 3 4 10 1 SCH Interference of Relative CDE HKEHAHDELE Common Setting 3 4 11 Peak Relative CDE Peak Relative CDE Detection Mode Peak Relative CDE Slot Measurement Interval m 1 Common Setting Common Setting 2 Common Setting 2 Al 3 Peak Relative CDE Detection Mode Slot Meas Int E Es 3 4 11 1 Peak Relative Detection Mode Slot Slot Meas Int Measurement Interval 3 25 PIE HE 3 5 Measure Modulation Analysis 351 Starting Slot Number W CDMA Code Domain
85. A EIR KOELIESCESNELLERRENSS ILEBELTLNET N AN FE S Ro
86. Offset Value F Offset Value 3 daB Set 4 X Offset Value Offset Result Mean Power Offset Value 3 3 4 1 Offset Value Xa i H 99 99 dB 99 99 dB 911 PIE WE 3 3 5 Auto Range Input Level m 1 Amplitude Amplitude 2 IAuto Range Z 3 12 HWA HAH ODRE Common Setting 34 Common Setting 3 4 1 Scrambling Code Synchronization
87. On Off E zE A HI 3 7 9 1 1 Marker On Off 3 75 PIE HE 3 792 Code vs Time Select Bottom Graph Select Code vs Time m 1 Marker Marker Code vs Time Select Bottom Graph Select 3 7 9 2 1 Code vs Time Select Code vs Time Bottom Graph Select 3 76 37 FORETZILZMNETF Measure Code vs Time 3 7 9 3 Code vs Time Slot Number Code vs Time
88. BottomGraph Marker Number Code Number Me BottomGraph Marker Number BottomGraph Marker Number BottomGraph Marker Number 0 2 3 7 8 4 Code vs Time Set Target Code to Marker Code Bottom Graph Marker Numbey Code vs Time Code vs Time Target Code To Code vs Time 7 gt gt 3 7 96 Code vs Time Set Target Code to Marker Code 3 74 37 FM EIT Measure Code vs Time 3 7 9 Marker 3 7 9 1 Maker m Marker Marker aare TL Ta 2 Marker
89. Frequency Carrier Frequency 2110 MHz Amplitude Input Level 10 00 dBm Level Offset On Off Off Level Offset Value 0 00 dB Pre Amp Off Trigger Trigger Switch Off Trigger Source External Trigger Slope Rise Trigger Delay Os W CDMA HSPA Common Setting Scrambling Code Synchronization SCH Scrambling Code 0 Frame Sync Code Type P CPICH Frame Sync Spreading Factor 256 Frame Sync Code Number 0 pj Channel Detection Auto ER Origin Offset Incl Active Code Threshold 30 0 dB PICH CH Number 16 SE SCH Interference of Relative CDE Excl B Peak Relative CDE Detection Mode Slot fTeRB W i E Modulation Analysis Code Domain B2 Analysis Time Starting Slot Number Measurement Interval Target Slot Number Trace Mode Scale EVM vs Chip Mag Error vs Chip Phase Error vs Chip Storage Mode Count Marker Marker Constellation Chip Number Bottom Graph Marker Number Analysis Time Starting Slot Number Measurement Interval Code Number Target Slot Number Trace Mode Scale Code Domain Power Code Domain Error EVM vs Symbol Mag Error vs Symbol Phase Error vs Symbol Code Power vs Symbol Marker Marker Marker Number 0 slot 1 slot 0 slot EVM vs Chip 10 5 5 degree Off 10 On 0 Chip 0 Chip 0 slot 1 slot 0 0 slot Code Power vs Symbol 80 dB 80 dB 5 5degree 40 dB On 0 symbol Code vs Time Accessory Measurement Interval Trace Mode Scale Code vs Time
90. Origin Offset 0 Ot S 39 Trigger 3 38 35 ZAHfENT Measure Modulation Analysis 3 5 8 5 1 1 Result ATAR 1Q 1Q P CPICH O 256 CH SF pn IQ imbalance P CPICH Power Peak CDE Peak Active CDE CH SF 16 64QAM
91. 18 28C CAL AJE FDE ELANLA HAND Input Level MS269x lt 46 dB MS2830A _42 dB WERE 0 3 dB 2 30 dBe 1 0 dB 2 40 dBo EVM f O PIE HE 1 6 B26 Hha
92. E MX269011A W CDMA HSPA MS2690A MS2691 A MS2692A MS2830A m MS2690A MS2691 MS2692A MS2830A MX269011AW CDMA HSPA MX269011A WLCDMAHSPA E MX269011A W CDMA HSPA
93. PIE HE 346 Channel Detection FE Auto Frame Sync Code Type Frame Sync Spreading Factor Frame Sync Code Number Active Code Threshold PICH CH Number IS 343 Frame Sync Code Type IS 34 4 Frame Sync Spreading Factor 345 Frame Sync Code Number S 348 Active Code Threshold LS 3 4 9 PICH DTX PICH CH Number E 1 Common Setting Common Setting 2 Channel Detection Channel Detection esse res 3 3 18 Auto Test Model 1 16DPCH Test Model 1 32DPCH Test Model 1 64DPCH Test Model 2 Test Model 3 16DPCH Test Model 3 32DPCH Test Model 4 Test Model 4 w th CPICH Test Model 5 6DPCH 2HS PDSCH Test Model 5 14DPCH 4HS PDSCH
94. Starting Slot Number 3 44 36 KA Measure Code Domain 3 6 Measure Code Domain 3 6 1 Starting Slot Number W CDMA Modulation Analysis Starting Slot Number LT 3 4 5lel7lslsltoltlt2lt31141 Starting Slot Number 2 slot HI 3 6 1 1 Starting Slot Number BES 1 Measure 2 Measurel Measure Measurel 2 Code Domain Code Domain T 3 Analysis Time Analysis Time 4 Starting Slot Number Starting Slot Number 5 Set
95. RMS Phase Error rms RMS Origin Offset 0 Pe Offset LS 39 Trigger 3 32 35 ZAHfENT Measure Modulation Analysis 3 5 7 1 Result 256 Peak CDE a CH SP Ka A CH SF Peak Active CDE 16 re Be CH SF 16 64QAM
96. Test Model 5 30DPCH 8HS PDSCH Test Model 6 30DPCH 8HS PDSCH User Defined User Defined Select File User Defined2 For Remote HKEHAH DEE Common Setting 3 4 6 1 Channel Detection TS25 141 Test Model 1 DPCH x 16 TS25 141 Test Model 1 DPCHX32 3 TS25 141 Test Model 1 DPCHX64 TS25 141 Test Model 2 TS25 141 Test Model 3 DPCH X 16 TS25 141 Test Model 3 DPCH x 32 TS25 141 Test Model 4 TS25 141 Test Model 4 CPICH Optiona Test Model 4 CPICH TS25 141 Test Model 5 DPCHx6 HS PDSCH X 2 TS25 141 Test Model 5 DPCH x14 HS PDSCHX4 TS25 141 Test Model 5 DPCH x30 HS PDSCHx8 TS25 141 Test Model 6 User Defined Select File
97. 511 9 61 PIE HE 3 6 10 3 Marker Number m 1 Marker Marker 2 Marker Number 3 Marker Number an 4 ISetl 3 6 10 3 1 Marker Number Code Number CH ELE Code Symbol 1 Le 3 6 10 2 Code Number 0 Symbol 3 62 36 KA EHT Measure Code Domain 3 6 10 4 Target Slot Number E 1 Marker Marker 2 Marker Target Slot Number Target Slot Number 3 Target Slot Number
98. Code vs Time 3 7 6 Trace Scale 6 0 Trace Mode Code Domain Power 0 dB Code Domain Error 80 dB LS 3 7 3 Trace Mode E 1 Measurel Measure 2 Code vs Time Code vs Time J 4 Code vs Time 2 Eee 5 Trace Trace 6 Scalel Scale 7 Trace Scale Scale 8 X 3 7 6 1 Trace Scale N5 Ka il ER E Code Domai
99. No file to read File read error File format error Cannot find device Invalid character PTERA Code vs Time Ta Summary Summary Scrambling Code Synchronization SCH Frame Sync Code Type P CPICH Channel Detection Auto A 7 PIERA 7 Z HAN E
100. e Center Freq Carrier NET Offset Offset Value Offset On Trigger 2 3 4 Result 5 6 7 Ref Int Ext Unlock Int Ext Unlock Pre Amp Pre Amp On Off Correction On MS2690A MS2691A MS2692A MS2830A 3 4 10 Correction 31 ZERBEfF 1 Single
101. EVM vs Symbol 5 10 20 50 0 Mas Error vs Symbol 5 10 20 Mag Error vs Symbol y 50 0 Phase Error vs Symbol degree 10degree Phase Error vs Symbol 20degree 50degree 0 Code Power vs Symbol 0 dB Code Power vs Symbol 20 dB 40 dB 60 dB 80 dB 9 51 PIE HE 3 6 8 3 52 K Starting Slot Number Measurement Interval Target Slot Number Result Le 3 6 1 Starting Slot Number IS 362 Measurement Interval S 3 64 Target Slot Number Code Domain Power i Target Slot TotalActiveCH Code CHISF Modulation Power 10 0 Error Mean Power 40 00 60 00 Moe ah Target Slot Total Active CH Mean Power P CPIC
102. Input MS2830A SPA SA TTL BNC SG Trigger Input MS2830A TTL BNC HDD MS2830A HDD Option MS2830A IF MS2830A 0441045 IF 22 BAR EDErTYT 22 2 2 1 RF Input InrIESU MS2690A ei Ye 0E Oe Qef O 5 E Dee 2 2 1
103. O Starting Slot Number 0 1 3 4 5 6 7 8l9 10 t 12 13114 Starting Slot Number 2 slot 3 5 1 1 Starting Slot Number E 1 Measure Measure 2 Modulation Analysis Modulation Analysis m 3 IAnalysis Timel Analysis Timel 4 IStarting Slot Number Starting Slot Number 5 Set 3 5 1 1 Starting Slot Number 14 slot 0 slot 3 26 35 ZAHfENr Measure Modulation Analysis 3 52 Measurement Interval Code Domain Code vs Time Measurement Interval U gt Starting Slot Number 2 Measurement Interval 8 JOAR oe 2 9 0 W CDMA 15 slot a W CD
104. Trace Scale Code vs Time Scale Offset Code vs Time Target Code Marker Marker Code vs Time Slot Number Bottom GraphMarker Number Accessory Title Title Entry RB MAN E 15 slot Code Domain Power 80 dB 80 dB 0 dB 0 On 0 Slot 0 Code On W CDMA HSPA Downhnk B 3 fTeRB DENE E MS TR 1 lst Local Output een 97 A PECO N ae 5 2 1 6 2 2 10 APPLEA Om WELL ee 2 12 Appl cation A 27 Auto Range 12 oe 2 9 B Butler Out I7 A ranee 2 9 C 0 2 8 Em 2 3 O E E Gl 2 6 One 2 Coupled Ref amp ATT in Swept amp FFT 83 E 1 2 6 Erase Warm Up Message 2uusssssseeseenesenenenen 5 2 Ethernet een see 2 4 GR RUORC6C6C6 2 10 G E 5 7 2 4 2 9 ea la 2 9 H POD REN Cc 2 10 I IPOD i 2 9 RA NG 2 10 L Load Application Select 9 12 Brote ea EUER EEEEEIEUTEEEEUINNEREPREENEEEENER 2 4 KFI M Modulation 3 7 Monitor Out 2 10 P Preset ra ee 2 4 R Bea nennen T3 Rei loput TP A era 2 9 Remote Nie 2 4 RF Output ET re ae 2 6 RF a ERRRR0ERSOWOWRRIRTOOW 7TT
105. _60 00 dBm _80 00 dBm 1 m Offset Value D E Offset Value 5 30 00 dBm 10 00 dBm 30 00 dBm 10 00 dBm Offset Value Offset Value 3 3 AA N DEBKE Amplitude 3 32 Pre Amp MS2690A MS2691A MS2692A 008 108 6GHz MS2830A 008 108 008 E 1 Amplitude Pre Ampl On Of 2 Pre Amp ATT 008 Pre Amp On Off 3 3 2 1 Pre Amp 008 008 PIE HE 3 3 3 Offset A m 1 Amplitude Offset
106. 5 slot om mo Es Eee 28 29 NNN Measurement Interval 18 slots 3 7 1 1 Measurement Interval m 1 Measure Measure 2 Code vs Time Code vs Time 4 Analysis Time Analysis Time J 5 Measurement Intervall Measurement Intervall 6 Set E Egi 3 7 1 1 Measurement Interval 3 64 37 FORETZILZMNETF Measure Code vs Time 372 Code vs Time Target Code Code vs Time SF512 E 1 Measure Measure 2 Code vs Time Code vs Time To 3 Code vs Time 2 MI 4 Tr
107. 8 3 1 Magnitude Error vs Chip 3 5 8 3 1 Magnitude Error vs Chip Bottom Graph Marker Number Mas Error Bottom Graph Marker Number j Target Slot Number Target Slot 3 36 35 ZAHfENr Measure Modulation Analysis 3 9 8 4 Phase Error vs Chip Target Slot Number o 3 5 9 4 Target Slot Number Phase Error vs Chip MKR Chip Phase Error Target Slot 5 00 2 50 3 5 8 4 1 Phase Error vs Chip 3 5 8 4 1 Phase Error vs Chip Bottom Graph Marker Number Phase Error Bottom Graph Marker Number Target Slot Number Target Slot 9 37 PIE HE 3 9 8 5 Summary 3 9 8 9 1 Summary Page1 Starting Slot Number Measurement Interval
108. Bandwidth 3 83 PIE HE 3 84 SEM SEM W CDMA Downlink SEM Spectrum Emissions Mask QK Load W CDMA Downlink SEM Recall Current Application 3 8 4 1 SEM gt 3 2 Carrier Frequency L 331 Input Level 1 333 AHUANERETE OfRe0 Offset Value L 334 Offset Value SEM IMS2690A MS2691A MS2692A TMS2830A
109. E 1 Common Setting Common Setting 2 Scrambling Code Synchronization Scrambling Code Wl Synchronization JE 3 3 4 1 1 Scrambling Code Synchronization SCH EEIE ESZ SCH Da zz EI User Defined SCH SCH SCH Synchronization Chanel 3 13 PIE HE 342 Scrambling Code 9 14
110. ERETE OfRe0 Offset Value L 3 3 4 Offset Value 3 8 3 1 OBW FFT OBW OBW MS2690A MS2691A MS2692A MS2830A gt 4 2 10 Measure OBW Swept OBW FFT 3 8 3 2 OBW Swept OBW MS2690A MS2691A MS2692A MS2830A IS 75 Occupied
111. FFT 3 80 3 8 SPA VSA EZFJHL T HEFS Measure ACP Channel Power OBW SEM 3 8 1 2 ACP Swept ACP MS2690A MS2691A MS2692A MS2830A IS 72 ACP 981 Al PIE HE 3 8 2 Channel Power Channel Power W CDMA Downlink Load W CDMA Downlink Channel Power Reca
112. H P SCH S SCH EVM rms EVM peak Mag Error Phase Error Code Power P CPICH P SCH S SCH EVM rms EVM peak Mag Error Phase Error 511 f Code Power 3 6 8 1 Result 3 6 8 1 Target Slot Number Id Target Slot Number Active CH Target Slot Number Target Slot Number P CPICH Target Slot Number P SCH Target Slot Number S SCH Target Slot Number RMS Target Slot Number Target Slot Number RMS Target Slot Number Phase Error RMS
113. MA 5sloD 2 nm L La t Number 2 slot Measurement Interval 8 slot ya 3 5 2 1 Measurement Interval E 1 Measurel Measure 2 Modulation Analysis Modulation Analysis 3 IAnalysis Timel Analysis Timel 29 4 Measurement Intervall Measurement Intervall 5 Set 3 5 2 1 Measurement Interval 15 Starting Slot Number slot gt 351 Starting Slot Number 1 slot 927 PIE HE 3 5 3 Trace Mode m 1 me Trace 2 Trace Model Trace Model 3
114. MX269011A W CDMA HSPA 10 MS2690 MS2691 MS2692A MS2830A M W3098AW 10 0 ria E
115. TTTT 2 7 RANT ee 2 6 S SA Trigger Input kk DE ae EEE AEAEE SG Trigger Input Lk S oe Sweep Status Out T MI leU0OU RNN 0 Trisser Input SNR ae U USB Ra teen 2 7 2 10 A EINE SEE EURE REES AELERHPEHER 2 9 RFl 1 KFI E50 kk 5 2 es 2 6 nennen 2 9 L ane 2 13 1 2 2 NL EAEE EEEE ATA EE 2 13 ACG 5 2 RFl 2 EE 2 6 Si f Y iy ii ii A 4 2 3 kk 2 9 2 11 aAa T a A teen ehe 2 3 222 E REINER 2 8 ay DI I OS 2 4 EE 2 5 EE 2 6
116. ace Trace 5 Code vs Time Target Code 6 Code vs Time Target Code 7 ISetl 3 7 2 1 Code vs Time Target Code 511 0 3 65 PIE HE 3 73 Trace Mode m 1 Measure Measure GP Br zer 2 Code vs Time Code vs Time p 4 Code vs Time 2 5 Tracel Trace 6 Trace Model Trace Model 7 FE Code vs Time Target Code 3 7 3 1 Trace Mode
117. ber slot IS 36 1 Starting Slot Number 3 48 36 KA Measure Code Domain 3 6 5 Trace Mode E 1 Measure 2 Measure Measure Measure 2 Code Domain Code Domain 3 Code Domain 2 9 4 Trace Trace 5 Trace Model Trace Model 6 3 6 5 1 Trace Mode Code Domain Trace Power Error
118. e Scale u022202000002000 nennen onen 3 29 355 91 PIE HE 3 6 3 7 3 8 3 9 Storage Mode 3 30 356 Storage Count 3 31 3 5 7 3 32 IS DI TER ee 3 34 359 Marker 3 4 1 Measure Code Domain 3 45 3 6 1 Starting Slot Number 3 45 3 6 2 Measurement Interval 3 46 3 6 3 Code Number 3 47 3 6 4 Target Slot Number 3 48 3 6 5 Trace Mode 3 49 3 6 6 Code Domain Scale 3 50 3 6 7 Trace Scale inane 3 51 3 6 8 nassen 3 52 3 6 9 3 53 3 6 10 Marker i 3 60 Measure Code vs Time 3 64 3 7 1
119. er Code Number Code Number Code Number Modulation Code Number 9 Code Number Eaa 3 53 PIE HE 3 6 9 2 Target Slot Number S 3 6 4 Target Slot Number Code Domain Error as Target Slot _ f Total Active CH 2 Code CHISF Modulation dB Power 10 00 dE Error z 0 00 Mean Power P CPICH 20 00 P SCH S SCH EVM rms EVM peak Mag Error EE r r a r a gl1 Code Power 40 00 50 00 3 6 9 2 1 3 6 9 2 1 Code Number Code Number
120. er Slope Rise Fal 3 9 3 1 Trigger Slope Rise Fall 3 9 1 Trigger Switch Off Trigger Slope Trigger Switch On 3 88 394 39 TORE Trigger Trigger Delay m 4 Trigger 2 Trigger Trigger Trigger Trigger Delay Trigger Delay 2 s ms las Ins Set
121. ll Current Application 3 8 2 1 gt 32 Carrier Frequency L 331 Input Level 1 333 AHUAWERETE Ofen Offset Value L 3 3 4 Offset Value 3 8 2 1 Channel Power FFT Channel Power Channel Power MS2690A MS2691A MS2692A MS2830A 4 2 10 Measure FE Channel Power Swept Channel Power FFT 3 8 2 2 Channel Power Swept Channel Power
122. n Power 20 dB 40 dB 0 dB 60 dB 80 dB Code Domain Error 80 dB 3 69 BEE ME 3 7 7 Code vs Time 10 Mean Power gt 372 Code vs Time Target Code Code vs Time Target Code MKR Slot CHISF Modulation Code Power Mean Power 11 15 dBm dBm 0 00 20 00 40 00 60 00 30 00 3 7 7 1 Code vs Time Code vs Time Target Code MKR Slot CHISF Modulation dBm Code Power 6 13 dB Mean Power 10 84 dBm _ nn 20 00 40 00 I 60 00 3 7 7 2 Code vs Time 3 7 7 1 Code vs Time 1 lt tia 2 ee Code vs Time Target Code Zu G ot Code vs Time Slot Number CH SF Code vs Time Target Code
123. r Number 511 0 3 78 37 FORETZILZMNETF Measure Code vs Time 3 7 95 Code vs Time Set Target Code to Marker Code Bottom Graph Marker Number Code vs Time Code vs Time Target Code Code vs Time E 1 Marker Marker 2 Set Marker to Target Code 3 Code vs Time Target Code 3 79 PIE HE 3 8 SPA VSA Measure ACP Channel Power OBW SEM 3 8 1 ACP 2 ACP W CDMA Downlink
124. y fP L T Carrier Frequencyl Fe um Frequency LT Carrier Frequencyl 2 3 GHzlI MHzl kHzlIHzl Setl 4 2 W CDMA_HSPA Downlink Carrier Freq 1 920 000 000 Hz Input Level 10 00 dBm ATT 4 dB Result 3 2 1 E Rec 30MHz KKO EIME 3 3 AZJLNILORE Amplitude 3 3 Amplitude N A Ey CS RF Input DC MS2690A MS2691AMS2692A MS2830A yI gt 2 2 2 RF Input
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