R&S FSH-K42 - Rohde & Schwarz
Contents
1.2.
3. 1
4. 1 R amp S FSH IP 51
5. 1173 6275 18 15 46 R amp S FSH gt MARKER Att 0 dB sVBW 1MHz Trig Free Run Detect RMS 68021 3
6. 1173 6275 18 15 10 R amp S FSH R amp S FSH R amp S FSH e e ENTER
7. 2 10 1 Frequency Amplitude kJ A Frequency Time domain domain Time 10 1
8. 1 1175 6590 12 01
9. py CANCEL pe e
10. PE
11. Average py SWEEP Single Sweep py Cont SweepD 1173 6275 18 15 59 R amp S FSH 2 2 4 3
12. gt AMPT AMPT Ref Level p
13. py AMPT py Range py R amp S FSH py AMPT py Range py Auto Scale
14. Datase set set R amp S FSH 2
15. 10 2 gt 1173 6275 18 15 204 R amp S FSH Input Mixer IF fiter PVeloppe Video peaor attenuator det r x deflection awto ot generator for sweep 10 2 R amp S FSH 0 40dB 5dB
16. gt AMPT Range Ref Pos 2 2 2 3 dBm dBmV dBhV Watt Volt AMPT Unit gt
17. R amp S FSH 1 3 10 1 Hz 3 MHz e RBW e 0 1 x RBW e
18. 1 2 BACK BACK 1 1173 6275 18 15 9 R amp S FSH R amp S FSH
19. RE 0 10 0 10 py AMPT py Ref PosS p 04 01 11 14 13 Ref 0 0 dB RBW 10kHz SWT 38ms Trace Clear Write sAtt 0 dB Trig Free Run Detect Sample 04 01 11 15 35 Ref 0 0 dB RBW 10kHz SWT 38ms Trace Clear WVrite Att 0 dB Trig Free Run Detect Sample Center 1 95 GHz Span 130 MHz Center 1 95 GHz Span 130 MHz Mode Calibration Ref ET Unit Ref Pos Format PT G UUtDU Amp Imp Attenuation EE
20. py MEAS yp Clear 2 1 8 2 2 gt MEAS Spectrogram Settings Spectrogram Full Screen 2 py Spectrogram Full Screen X
21. 1 MARKERY Ref 200 dBm RBW 300 kHz SWT 20ms Trace Clear Writa Att 0dB VBW 3MHz Trig Free Run Detect RMS Marker Function Noise dBm Hz 1 dBc Hz 1173 6275 18 15 72 R amp S FSH R amp S FSH
22. R amp S FSH R amp S FSH 4 1 1 1 R amp S FSH e fcal R amp S FSH
23. R amp S FSH 2 2 1 T1 2 T2 1 Ee oe R amp S FSH 1 Select Time Line 1 T1
24. 3 MHz pp 52 1173 6275 18 15 139 II Ref Offset 53 At R amp S FSH RF 54 RF Preamp 55
25. Auto Span 7 x 2x 10 e resoluton bandwidth RBW 1 4
26. R amp S FSH e e 0 e RISE FALL BNC Ext Trigger
27. 631 TCXO 0 1 Hz IQ
28. MODE Network Analyzer MEAS Meas Mode Vector Voltmeter vy RBW 10kHz SWT 20ms Trace Clear Write Att 0dB Trig Free Run Detect Sample ET Phase 0 00 0 02 37 47 Ref 4 35 dB Ref 30 80 Centar 2 06 GHz Mess Mode Resot Calibrate Display 1173 6275 18 15 114 R amp S FSH R amp S FSH K45
29. py MEAS p Cable Length py 3 1500m 10 5000 20 50 2 2 10 dB
30. p Calibration Restore Calibration Settings 4 1 1 2 VSWR 1 1
31. 2 1 2 5 R amp S FSH 10 SPAN Auto Span py Manual Span R amp S FSH gt
32. 2 51 dB video bandwidth VBW 3 Auto VBW VBW VBW VBW gt 3x RBW VBW e RMS RMS IF 5 IF
33. PC R amp S FSH R amp S FSH gt MEAS p Cable Config Define User Model Frequency Velocity LosS
34. py FREQ Center Frequency 1173 6275 18 15 78 R amp S FSH p 2 R amp S FSH
35. 1175 6590 12 01 R amp S FSH 1175 6590 12 01 ATTENTION
36. 2 AC 2 m AC 3
37. y Select py Channel Settings p Channel Limit Absolute p p Channel Settings p Check Channel Limits 6 tk Upper Adj Chn Lower
38. R amp S FSH dB dB 1173 6275 18 15 127 R amp S FSH DTF R amp S FSH K41 gt AMPT Ref
39. e e RF e RF R amp S FSH py MEAS 1173 6275 18 15 88 R amp S FSH
40. 2 4 R amp S FSH R amp S FSH dBuV m R amp S FSH RF R amp S FSH4View
41. gt 1173 6275 18 15 75 R amp S FSH 2 2 8 2 2 1 1 R amp S FSH 25
42. Quick Naming Export py Export Quick Naming Table gt 1 1 1 8 3 R amp S FSH R amp S FSH gt SAVE RECALL p
43. gt py py Save 8 5 gt SAVE RECALL p File Manager py Select Action Delete py Mark
44. OTA over the air Overall EVM EVM EVM Carrier Freq Error R amp S FSH 176 GPS Sync Signal Power 175 OSTP OSTP EE 1173 6275 18 15 169 R amp S FSH LTE Cell Identity Grp ID
45. 2 1173 6275 18 15 140 R amp S FSH Ref 30 0 dBm RBW 100 kHz Sweep Cont ar Wire Im cs
46. 4 16 A TN TT 5 6 7 Vrms gt 30 V
47. N dB NdB py MARKER yp Marker Function pe ndBDown M1 2 NdB 1173 6275 18 15 73 R amp S FSH Marker Function Ref 20 0 dBm HBW 300 kHz SWT 20ms Trace Clear Write Att 0 dB VBW 3MHz Trig Free Run Detect RMS py ndBD
48. 1173 6275 18 5 66 R amp S FSH py TRACE EA A e ET AV IAE 2 gt Select Trace Ref 20 0 dBm RBW 300 kHz SWT 20ms Trace Clear Write Att 0 dB VBW 300 kHz Trig Free Run Detect Max Peak p Trace gt Memory py Show Memory lt x gt PAS GHz Mode Memory lt x gt X 2 2 5 5
49. 104 py AMPT py Range gt py Range Auto Scale 1173 6275 18 5 112 R amp S FSH SWR
50. dB p Meas Mode gt Reflection III Sparr 100 MHz FEPoOTW WI Cable Loss 2
51. DC IF DC 2 Time TEESE 1173 6275 18 15 206 R amp S FSH Spectrum 28 05 08 07 38 Spectrum 28 05 08 07 39 Ref 60 0 dBm sRBW 100 kHz sSWT 200ms Trace Clear WVr
52. R amp S FSH Error in zeroind signal at sensor Warning Input overloaded 23 dBm 200 mW Power sensor hardware errOr R amp S FSH R amp S FSH Power sensor error
53. 0 Hz 0s gt SPAN p Zero Span 0 Hz 2 2 2 AMPT 2 2 2 1
54. IP 2X 2 2 4600 m 12000 m 10 5 Mm R amp S FSH 1 AC
55. 3 Center 6063 9875 MHz Ref levet 25 0dBm Sweep Cont Channet 79 Ret Oftset 00 dB Trigger Free Ram Band cdmazk JTACS AE 50dB Base SF 128 Preamg Oa PN Offset AMO GPS lat 48 T TI2 N Leng 11 36 43 320 E AN 575 5 m Global Results RF Chanmel Power 25 48 dBm Cemposi S WM 217 PNFound N A Chaanel Waish SymsfRaste RC Rel te AF Chan Cn SF ksps Pun Bm Pw dB GPS 5 6 CDMA2000 ww MN 1173 6275 18 15 158 Ri CDMA2000 7 3 3 1 154
56. py Auto Span 2 1 1 5 Max Hold gt MEAS py Power Display py Max Hold Power Max Power Max Hold Clear Write pp Max Hold Power Display py Clear Write Power 2 1 1 6 dBm MEAS Power Unif
57. py Activate R amp S FSH 8 3 3 R amp S FSH SETUP User Preference User Preference SetuD F1 F6 1
58. SR kk 129 oasisiakteaksiack6attia Ea 91 2 SA RR RR 30 92 i 23 ee PS WN CR I ORI TR ERTR CRT ECRTR PCR TRC RPCRIITR ND DI 82 EK 21 7 120 WCDMASS SR i i 145 60 57 SS 7 63 kk 42 1173 6275 18 15 212 R amp S FSH 2 8 DN SS 69 kk 71 ssa RR 178 i i 6
59. DRE Magnitude dB Mag dB Phase 200 200 180
60. Center 870 MHz RefLevel 30 0 dBm Sweep Continuous Channel 1023 Ref Offset 0 0 dB Band cdma2k 800 Att 0 0 dB Preamp Of GPS Lat 48 7 38 514 N Long 11 36 43 296 E Alt 584 8 m Center R amp S FSH R amp S FSH FREQ p Center Fred Channel Band FREQ Freq Mode Channel LTE 1 1 EE 1173 6275 18 15 138 RS
61. RF R amp S FSH 3 e Auto Low Distortion RF 10 dB 10 dB CATV R amp S FSH R amp S FSH e Auto Low Noise BRF 10 dB R amp S FSH
62. NJ AMPT p Range Ref Pos gt Ref Position 10 0 10 0 10 Ee 1173 6275 18 15 52 R amp S FSH 2 2 2 2 100 dB 10 dB R amp S FSH
63. VBW RBW RMS R amp S FSH Clear Write Auto Peak Average Sample Max Hold Max Peak Min Hold Min Peak py TRACE pp Detector X 1173 6275 18 15 65 R amp S
64. 2 4 4 R amp S FSH me 1173 6275 18 15 81 R amp S FSH 3 R amp S FSH 3 1
65. WCDMA No 7 2 3 1 138 143 7 2 3 2 Channel Power Active Channels 1173 6275 18 15 149 RS 3GPP FDD 7 2 3 3 7
66. R amp S FSH R amp S FSH R amp S FSH gt PRESET gt gt MEAS py Meas Mode Vector Result Display pe 1 Reflection Port 1 2 Reflection Port 2
67. e 2 Full 2 Port 1173 6275 18 15 94 R amp S FSH
68. 0 7 dB Alt1 1173 6275 18 15 32 R amp S FSH 2 1 5 Spectrum Emission Mask SEM SEM R amp S FSH R amp S FSH R amp S FSH4View
69. R amp S FSH R amp S FSH 1 R amp SFSH R amp S FSH 1 1 R amp S FSH Er Ref 20 0 dB RBW 300 kHz SWT 20 ms Trace Clear Write Art 0 dB VBW 3 MHz Trig Free Run Detect RMS GPS 6 7 37 374 N Long 11 36 40 926 E Alk 553 7 m 1 GHz 31 5 dBm 6_ 1 733333 MHz 0 7 mp Trace Video 15 External Rise 100 0 _ Br Gh Settings PE mew 1 13 2 GPS 14
70. 5 6 7 CDMA2000 7 5 1 1 138 3GPP Ch BW RB 173 UL DL TDD 175 TDD Cell Grp ID ID
71. R amp S FSH 2 1
72. R amp S NRP USB USB R amp S FSH N 1173 6275 18 15 83 R amp S FSH R amp S FSH
73. 1173 6275 18 15 47 R amp S FSH R amp S FSH4View R amp S FSH jisotrd 79 R amp S FSH R amp S TS EMF p N RF RF 1 py X Y Z 9 D Sub
74. R amp S FSH R amp S FSH Z1 R amp S FSH Z18 R amp S NRP Z11 USB R amp S NRP Z21 USB R amp S NRP Z22 USB R amp S NRP Z23 USB R amp S NRP Z24 USB R amp S NRP Z31 USB R amp S NRP Z51 USB R amp S NRP Z55 USB R amp S NRP Z56 USB R amp S NRP Z57 USB R amp S NRP Z81 USB R amp S NRP Z91 USB R amp S NRP Z92 USB NRP R amp S FSH USB R amp S NRP Z4 e R amp S FSH e R amp S Web R amp S FSH
75. 2 1173 6275 18 15 35 R amp S FSH Ref 27 4 dBm RBW 3MHz SWT 20ms Trace Clear Write Att 0 dB VBW 3 MHz gq Free Run Detect RMS 1 100 7634 MHz 2 200 9532 MHz 689 dBm CD 3003783 MHz 400 5681 MHz 80 8 dBm 3 500 7579 MHz 2 02 27 4 37 4 1 LM2 7 4 1 57 4 1 774 si 15 107 4 Center301 143063 MHz ET dB oO mn RONO 2 1 6 1 1 M1 M2
76. THD dB 2 6 py MEAS Harmonics p 2 1 6 2 py MEAS Adjust Settings5 1173 6275 18 15 36 R amp S FSH 2 1 6 3
77. 60 dBm p gt Ref 20 0 dBm RBW 100 kHz SWT 500 Att 0 dB VBW 1MHz Trig Free Run Detect RMS Oo
78. LTE nr rwMN 1 R amp S FSH OTA
79. 1173 6275 18 15 120 R amp S FSH DTF R amp S FSH K41 5 1 2 DTF DTF R amp S FSH DTF dB R amp S FSH
80. R amp S FSH R amp S FSH AMPT py Level Adjust 1 MHz 1 MHz 2 1 2 3
81. py MEAS py Meas Mode y TDMA Power TDMA 2 TDMA Ref 5 0 dBm RBW 300 kHz SWT 1 ms At 25 dB VBW 1 MHz Trig Video Burst Length Power E40 Center 1 GHz SparcZero Span Wes Mn Burst Mode Standard Adjust SWP Time Length TDMA TDMA NO OR RWMN 1173 6275 18 15 22 R amp S FSH 2 1 3 1 R amp S FSH GSM EDGE
82. e Setto Next Peak 2 e Set to Minimum pp MKR pg Set to Peak Set to Next Peak Set to Minimum 2 2 6 5 p Select Marker MARKER Delete Marker Delete Selected ENTER
83. Upper Limif Lower Limitf py Threshold py
84. py MODE p Power Meter 1173 6275 18 15 82 R amp S FSH 07 01 10 11 105 A2 ret 00 dBm 3 Offset 00 4d8 MeasTime Normal I O57 55 7 ON ORM R amp S FSH USB R amp S FSH Z1 R amp S FSH Z18
85. py TRACE p Constell SettingsS R amp S FSH R amp S FSH K50E R amp S ZVH K51E py Result Display p Resource Allocations 1 2 Ref 200dBm Sweep Single Trace Clear Write Ac 15 dB Preamp On Ref Offset 0 0 dB RF Chanael Pwr 312 4Bm Overall EVM Cell eatity 1173 6275 18 15 172 LTE
86. R amp S FSH gt AMPT py Level Adjust PlemseWatx 1 MHz 1 MHz 2 1 1 3 py MEAS Chan BW gt 1 2x
87. dBm dB e dB PICH SYNC 0 32 7 3 2 R amp S FSH R amp S FSH K46E Result Display Code Domain Power 1173 6275 18 15 156 i CDMA2000 01 06 11 09 17
88. MKR View List 2 1 7 gt MEAS py Meas Mode py AM Modulation Depth 3 1 2 3
89. 1173 6275 18 15 145 II 3GPP FDD Avg RCDE 64QAM 64QAM 7 2 1 3 1 P CPICH Power P CPICH dBm P CPICH Ec lo P CPICH Symbol EVM rms P CPICH EVM P CCPCH Power P CCPCH dBm P CPICH P CCPCH Ec lo
90. 1173 6275 18 15 44 R amp S FSH 5 2 1 8 5 USB SD py Playback Meas Mode gt Spectrogram Playback Recall Spectrogram spm py py Select
91. P CCPCH Symbol EVM rms P CCPCH EVM P SCH Power P SCH dBm P CPICH S SCH Power S SCH dBm P CPICH EE 1173 6275 18 15 146 R amp S FSH 3GPP FDD 7 2 2 R amp S FSH R amp S FSH K44E py Result Display Code Domain Power
92. 3GPP2 CDMA2000 py MODE py Dig Mod Analyzer py CDMA2000 BTS R amp S FSH 27 ms 1 1173 6275 18 15 153 SR CDMA2000 GPS PN PN PN PN PN PN 1 PCG
93. Level Maximum RMS Sample Minimum 1 30 2 RMS RMS 1 1
94. Set to Uplink Downlink 9 1 2 3 SPAN 9 1 2 4 AMPT 3 dB 0 3 dB Div 2 dB 0 2 dB Div 1dB 0 1 dB Div Linear 0 1009 5 RaM 75 2 RAZ 758 FSH Z38 9 1 2 5 SWEEP Coreer fait ie hei si Trigger Delay 0 s Gated Trigger 9 1 2 6 BW 9 1 2 7 TRACE Le Fe of _ 9 1 2 8 LINES
95. R amp S FSH 1 3GPP py MEAS p Signal Settings Auto 1 e 3 MEAS Ref 30 0 dBm RBW 100 kHz Sweep Cont Trace ear Att 0 dB Preamp On _ ie et 0 gt HesutDsply 20 EE IM 0 Scrambling Code 1
96. R amp S FSH S R amp S FSH 2 Calibration User Calibration Off e fcal R amp S FSH RF e cal R amp S FSH 1 2 e cal R amp S FSH
97. R amp S FSH py AMPT py Ref py 0 dB 04 01 11 14 13 a Ref 0 0 dB RBW 10kHz SWT 38ms Trace Clear Write Ref 20 0 dB RBW 10kHz SWT 38ms Trace Clear Write Trig Free Run Detect Sample sAtt 0 dB Trig Free Run Detect Sample Center 1 95 GHz Span 130 MHz Center 1 95 GHz Span 130 MHz SeYe ft Format Tr Fef nt Ref Pos Mode Calibration G Outpu Display Amp Imp Attenuation 1173 6275 18 15 111 R amp S FSH
98. 3 Result Summary Code Domain Channel Table e Code Domain Power EXT REF IN GPS R amp S FSH 7 3 1 Result Display py Result Summary Center 193GHz RefLevek 2099 Bm Sweep Chasset 0 Ref Offset 00 9B Trigger Free Ru Band c ma2ik 1900 AttE 00 dB Base SF 128 Preamp Of PN Offset Aute 4 CPS Lat 48 7 38 514 N Long 11 36 43 296E AR 5948m Global Results AF Chaanel P
99. R amp S FSH 1 Hz 100GHz 1 Hz 0Hz py FREQ p Freq Offset p fT 1173 6275 18 15 50 R amp S FSH
100. Upper Limitf Lower Limit py Unselect Limit 2 2 8 2 1 Pass Fail py Options Audio Beep
101. gt FREQ 2060 MHz gt SPAN 50 MHz 1 MEAS yp Calibration p 1 2 Trig Free Run Detect Sample gt
102. 9 1 2 1 MEAS R amp S ZVH K14 BN mm mm mm mm mm Channel Power Occupied BW Spectrogram Spectrogram Playback I i ACIR Harmonic Distortion spectogram Specrogram Playback lsotopicAmtenna ClearWrite Max Hold Channel PwrHz Sort on Date Time SortonSize Show Combatible Show all Files TDMA So on Daterrime lsononsze Show Combatible Show all Files SortonName _ Sort on Date Time SoronSize Show Combatible Showal Fies Spectrogram Reference Level Spectrogram Auto Range Spectrogram Color Table 9 1 2 2 FREQ
103. 1 180 py Save R amp S FSH py p p Select Action py Rename 1173 6275 18 15 179 R amp S FSH 8 2 R amp S FSH
104. 3 2 R amp S FSH R amp S FSH e R amp S FSH Z14 R amp S FSH Z44 R amp S FSH 1173 6275 18 15 86 R amp S FSH ES pp MODE Power Meter
105. R amp S FSH 2 PE EV62733
106. e Peak e Distance e Return Loss DTF py MEAS py DTF Settings gt DTF List Threshold QB gt EEE 1173 6275 18 15 125 R amp S FSH DTF R amp S FSH K41 5 2 2 FREQ
107. we 1173 6275 18 15 67 R amp S FSH DTF DTF dB dBm dB 6
108. 10 Ee 1173 6275 18 15 68 R amp S FSH 1 ENTER 1 2 View List
109. 2 Over the Air 7 5 4 7 R amp S FSH 1 kHz R amp S FSH Hz ppm gt MEAS p Display Settings pe Hz ppm 7 5 4 8 EVM EVM EVM EVM LTE EVM 3GPP TS 36 141
110. p PRESET R amp S FSH PRESET pg SETUP py User Preference pp Preset Dataset User Preferences Preset Mode pp User Defined PRESET 1173 6275 18 15 11 R amp S F
111. 1 T1 6037577 GP 00007270 00 00 50 000 50 pp Select Time Line 2 T2 Center 952 MHz Span 3 84 MHz Mode Settings Update Spectrogram Spectrogram Time Line 2 AT 2 T2 1 T1 2 1 2
112. CDMA2000 9 RC Status Absolute Pwr dBm dBm EEE 1173 6275 18 15 159 RS CDMA2000 Rel to RF Chan Pwr dB dB PICH 7 3 4 PN R amp S FSH R amp S FSH K46E PN OTA over the air PN PN PN GPS GPS R amp
113. J amp Center 2 1672 GHz RefLevel 30 0 dBm Sweep Cont o ei ee on Ch Search On Scr Code Auto Using Default Limits SYNC NOT FOUND LIMITS FAILED rrrrrrrram TrT T TITT TT Pe gm i P CPICH Power 30 59 34 20 00 dBm LIMITS oe i ro gt EE Oe PASSED J SN P CCPCH Symbol EVM j 1 P SCH Power Abs 20 00 dBm LIMITS FAILED TTY Fevef cn
114. BitReverse 1 gt MEAS p Display Settings Hadamard BitReverse Channel Power 12 4 dBm 50 na 0 1 30 9 ne 239 no 49 0 7 3 5 3 Y PICH py MEAS py Power Settings pg Code Power Relative To Pilot Code Power Relative To Total dBm
115. 2 2 5 1 R amp S FSH e Clear Write 1 e Average 2 999 e Max Hold
116. IF R amp S FSH 1 Hz 3 MHz IF IF RF DC AM DC AC Amplitude Amplitude py bull OL IF signal AM ee Envelope signal
117. MHz abslim relim dB V W 1
118. 0 10 1 0 10 AMPT Ref Pos p EE 1173 6275 18 15 128 5 2 3 2 R amp S FSH RF AMPT TG Output Attenuationr 0 40 dBm 10 dB 10 dBm p
119. Forward 1 gt 2 R amp S FSH 1173 6275 18 15 87 R amp S FSH R amp S FSH Z14 R amp S FSH Z44 OO 3 2 2
120. gt MEAS p Standard gt Select R amp S FSH4View USB LAN R amp S FSH R amp S FSH R amp S FSH 178 2 1 3 2 R amp S FSH py MEAS py Burst Len
121. py MODE py Receiver 6 1 R amp S FSH 2 1 1 6 1 1 3 e e e
122. 200 kHz R amp S FSH py BW py Manual RBW 1173 6275 18 15 56 R amp S FSH RBW
123. EXT REF IN GPS R amp S FSH 7 4 1 py Result Display py Result Summary LS JCemter 211 GHz RetLevet 200dBm Chaanek 1 RetOffset 004B Trigger Free Rum Band ma2ik AVWS A 00 9B Preamp Of PN Oflset Auto 4 Gps Lat 49 7 251N Long 11 39 43 296 E AL 5948m 5 ET Total Power 35 09 dBm Peak to Average 12 36 dB Carrier Freq Error 1 4365 kHz PN fewnd 2 Ta 15 23 ps Traffic Activity 2509x _ 6 TDI Results Pwwr Absolute Pr Rel te Tota Puwr Rel to Pilot EVM Rae Pilot 31 05 Bm 6 57 B 0 00 dB 1 59 1 000 MAC 30 66 Bm 9 B 1 63 dB Data 31 04 Bm 3 38 dB 3 20 dB 1173 6275 18 15 163 RS 1xEV DO
124. R amp S FSH4View R amp S FSH R amp S FSH USB 2 2 8 1 LINES
125. 5 2 1 R amp S FSH R amp S FSH R amp S FSH4View Cable Model Editor 1173 6275 18 15 123 DTF R amp S FSH K41 py MEAS Cable Confg Select Cable Model 8082 HLFR himed 1K8 305 200052 GE HUFR himed 1KB 3 05 20101521 5228 HLFR cblmod 1kB 31 05 2010 15 21
126. 8 2 1 1 1 120 p SAVE RECALL yp Save py Quick Naming py ENTER LTE ACLR FSite LTE UL ACL
127. BW 2 2 3 1 Resolution Bandwidth RBW e 2 2 2 e R amp S FSH 1 3
128. Center 2 06 GHz Span 50 MHz Mode Calibrate Format RED2 1173 6275 18 15 100 R amp S FSH RY PE LRT R amp S FSH K42 4 3 R amp S FSH K42 R amp S FSH R amp S FSH K42 R amp S FSH VSWR 24 28
129. gt SETUP Measurement Setup Measurement Setup R amp S FSH 1 6 Instrument Setup R amp S FSH R amp S FSH SETUP Instrument Settings R amp S FSH 1 7
130. R amp S FSH VSWR R amp S FSH 24 28 VSWR R amp S FSH 1 2 2 1 R amp S FSH R amp S FSH K42 1304 5629 02 VSWR 24 28 DUT
131. e 3 e RMS e RMS 1173 6275 18 15 19 R amp S FSH 2 1 2 2 RF R amp S FSH
132. Auto Span 10 MHz DTF DTF DTF DTF py FREQ p Center Freq py FREQ Start Fred Stop Freq py Vy
133. 31 1173 6275 18 15 R amp S FSH 2 1 4 6 AOCLR py MEAS p Channel Settings py Channel Limit Relative Channel Limit Relative AI2 0 0dB Ae S005 Ak6 00dB Alt7 0 0dB p Select a Ak10 00dB At11 0 0dB
134. R amp S FSH Z28 R amp S FSH Z29 R amp S FSH OPEN SHORT 5 27 mm 1 2 R amp S FSH py MEAS pp Calibration pp Offset Length Port 1 Offset Length Port 2 oO vy 1173 6275 18 15 97 R amp S FSH
135. e 2 e 1173 6275 18 15 41 R amp S FSH 2 1 8 3 R amp S FSH Spectrogram Settings Spectrogram Color Table Default Green Yellow Green Blue Blac
136. 1 Channel Type R amp S FSH CHAN Chan SF lt gt lt gt Symb Rate ksps 7 5ksps 960ksps T Offs chips Pilot Bits Status Power Abs dBm
137. py MODE py Network Analyzer R amp S FSH 0 dBm 40 dBm 1 dB gt AMPT TG Output Attenuationr 1173 6275 18 15 91 R amp S FSH 0dB 40 dB 0dB 0 dBm 40 dB 40 dBm
138. 64 128 215 PN BTS PN 64 GPS PN py MEAS p Signal Settings py PNOFFSET gt PN 0 511 7 3 5 6 GPS GPS GPS py SWEEP py Trigger GPS Sync GPS 1173 6275 18 15 162 RS
139. 104 4 5 3 2 gt MEAS py pRef RBW 10 Giz SWT 1 gt TEN sAtt 0 dB Trig Free Run Detect Sample ET Phase 13 22 66 83 Ref 1 94 dB Ref 5 84 dB Center 1 95 GHz Span Zero Span Meas Calibran Result Mode a UEJ
140. 8 PC IT IEC 60950 1 EN 60950 1 IE C61010 1 EN 61010 1 9 10 PE PE 11 1175 6590 12 01 ll
141. 1 2 4 e e 1 3 R amp S FSH R amp S FSH R amp S FSH
142. 5 2 2 1 DTF 1 8 GHz R amp S FSH4 4 GHz R amp S FSH8 20 m py SPAN py Manual Span Auto Span pe
143. Cancel Zeroing power sensor Dlease wait 5 59 Please Wait R amp S FSH dBm W mW uW nW pW dB Unit dB Rel p
144. dB VSWR W dBm oO dB Rel R amp S FSH pp Standard p
145. MHz 3 5 10 15 20 6 15 25 50 75 100 1173 6275 18 15 173 SRA LTE gt MEAS Signal Settings Channel Bandwidth 1 LTE 7 5 4 2 OFDM Normal 7 OFDM Extended 6 OFDM Auto py MEAS p Signal Settings5
146. rk rwmMm N 2 1 1 1 R amp S FSH MEAS p Standard gt p Select WE R amp S FSH4View USB LAN R amp S FSH
147. 833 Hz 1 kHz 1173 6275 18 15 16 R amp S FSH 2 1 1 4 R amp S FSH 10 SPAN Auto Span py Manual Span gt 10
148. 1173 6275 18 15 208 R amp S FSH 1xEV DO 163 EVM 165 SO 165 2 165 PN aa 166 163 164 PR 164 60B OS 136 ACLR PP 28 31 31 Oo 28 idiiISCTRSTTRRSRIRUESSa 3 26 29 29 28 Ri 30 32 AM LE 74 AO 64 Average 2 1 1 PPP CDMA2000 1 00 5 2 155 CISPR 5 GI6aUWS 63 EVM GS ERRRITRETRKRKRKK EK GPS GPS a adamad oo RN 175 174 ID 174 173 171 1173 6275 18 15 p PN EVAD OR Ea 166 CBDMA2000 SR RR ki 162 PN EV DO EE CDMA2000 i
149. 2 2 2 4 RF R amp S FSH HF AMPT Ref Offset gt 0 Ref es Ref 20 0 dBm En 1173 6275 18 15 53 R amp S FSH 2 2 2 5 RF RF
150. e 160 R amp S FSH 161 161 7 3 3 R amp S FSH R amp S FSH K46E
151. py pRef QB dB Rel 1173 6275 18 15 85 R amp S FSH Short Normal Long e Short gt 40 dBm e Normal e
152. IF DC DC AM AC Envelope Signal 6 AMRFSignal Apede video voltage a DC voltage from carrier AC voltage from modulation Time Time AC AC AM 1173 6275 18 15 57 R amp S FSH
153. e TxPower e TxBw 5 MHz 29 6 dBm Tx Bw Tx Power LEI RBW Hz Freq Hz Power Abs Power Rel A Limit 12 750 M 1M 869 828095 M 85 85dBm 56 35dB 8 500 M 7 500 M 1M 870 030476 M 86 06dBm 56 55dB 7 500 M 3 500 M 1M 874 078095 M 85 93dBm 56 43dB 3 500 M 2 500 M 30k 875 778095 M 99 93dBm 70 43dB 1173 6275 18 15 34 R amp S FSH e PASS FAIL 8 e Range Hz 1 2 k kHz M MHz G GHz e RBW Hz e Fred Hz e Power Abs e Power Rel
154. R amp S TS EMF 1158 9295 13 R amp S FSH 30 MHz 3GHz 3 R amp S FSH 3 E r R amp S TS EMFZ2 1166 5708 02 TS EMF
155. 1173 6275 18 15 60 R amp S FSH 0 us 100s 0 lt 1ms 10 ps 1 ms 10 ms 100 ps 10ms 100 1 ms ms 100ms 1s 10 ms 1s 10s 100 ms 10s 100s 1s gt SWEEP y Trigger Trigger Delay
156. gt R amp S FSH Z14 R amp S FSH Z44 dB R amp S FSH
157. Threshold Load From File UnseledLimt Audio Beep 9 1 3 9 MARKER MKR ee BE Depending on measurement mode Nomal 00 0 00 IR K Ref Impedance 50 Ohm Center Level Marker Center Marker Freq Level Marker Level 9 1 4 9 1 4 1 MEAS fm a een Ca a 9 1 4 2 FREQ gt ee 1 _ ee 8 9 1 4 3 AMPT DD ee ee 9 1 4 4 SWEEP
158. gt MEAS Display Settings py Channel Search Off Composite EVM 7 3 CDMA2000 R amp S FSH R amp S FSH K46 3GPP2 CDMA2000 R amp S FSH K46E
159. Ref 30 0 dBm RBW 100 kHz Sweep Cont Trace Clear Write Att 0d8 Preamp On Ref Offset 0 0 dB Center Frequency 2 1672 GHz Band WCDMA 2 1 B1 C CodeChannel 0 Slot 8 Symbol Rate 15 0 ksps RF Channel Power 52 6 dBm Power 62 7 dBm Composite EVM 24 80 49 0 50 9 9 0 70 0 589 0 90 0 100 0 110 0 120 0 Start Code 0 Stop Code 511 ResdN nr Powe 3 Display Settings WCDMA nr rwWMN 7 2 2 1 143 RBW 56 Du Trace 3GPP Clear Write
160. oO 1173 6275 18 15 178 R amp S FSH R amp S FSH SD USB R amp S FSH SD SD USB SD USB SD USB 20 MB R amp S FSH 100 kB
161. RF 1173 6275 18 15 93 R amp S FSH e norm R amp S FSH e norm R amp S FSH RF e interp R amp S FSH R amp S FSH 1
162. Vv 1 M1 1173 6275 18 15 70 R amp S FSH py MARKER p Delete Marker gt Delete All Delta py ENTER py MARKER py Delete Marker p Delete All py ENTER 2 2 6 6 R amp S FSH Set to Peak Set to Next Peak Minimum
163. 1173 6275 18 15 181 R amp S FSH 8 3 1 R amp S FSH y p RecalP Exif Recall Dataset 8 3 2
164. gt MEAS Meas Mode pp lsotropic Antenna R amp S FSH 3 R amp S FSH gt AMPT Transducer Primary Transducer
165. Center 2 1672 GHz Span 3 84 MHz PGVOaT JEYM Rai Adjust Settings X Y Z Result Display pp lsotropic Antenna 47 Ee 1173 6275 18 15 141 II 3GPP FDD
166. Smith Chart 107 Cable Loss 1173 6275 18 15 105 R amp S FSH Group Delay
167. Cm Were ge Fo Select Upper Limit Threshold Select Lower Limt Audio Beep 9 1 2 9 MARKER MKR Delete Selected Delete All Delta Delete All ei Freee rie eee Selected Markers All Markers Search Limits On Off Center Level Marker Center Marker Freq Level Marker Level 9 1 3 R amp S FSH K42 9 1 3 1 MEAS Transmission Fwd Port 1 2 Transmission Rev Port 2 1 Reflection Port 2 Show Trace 2 ha hom Reflection Port1 ransmission Rev Port 2 1 Resto
168. 2 2 7 100 dB 0 3 dB 0 3 dB 1 10 py LINES p Display Line
169. 20dB S N py MARKER RT 20045m REW 200 SVT 20mo Us Pte hed Bm ell Hz Trig Free Run Detect RMS Marker Function py Frequency Count 1 Hz M1 C N dB 2 2 3 dB
170. 1173 6275 18 15 180 R amp S FSH 8 2 2 R amp S FSH 120 p SAVE RECALL Save Quick Naming 1 Change Table Item gt ENTER R amp S FSH4View R amp S FSH Quick Naming Import Import Quick Naming Table
171. 150 dB Center952 MHz Span 3 84 MHz Meas En Playback Spectrogram Clear Mode Settings py Spectrogram Settings Spectrogram Level Range 60 100 dBm 40 dB sAtt 0 dB VBW 1 MHz Trig Free Run Detect RMS Center 952 MHz Span 3 84 MHz Clear Spectrogram SaVe Mode lai Playback
172. Transmission Rev Port 2y1 gt FREQ p 1950 MHz gt SPAN 130 MHz p Calibration p 2
173. 04 09 09 10 02 RBW 10kHz SWT 63ms Trace Clear Write Trig Free Run Detect Ssample Center 3 5 GHz Span 500 MHz Mod Calibrate Format 1 2 3 0dB 4 S 5 6 4 1 R amp S FSH R amp S FSH 2 R amp S FSH
174. 1173 6275 18 15 24 R amp S FSH 2 1 4 ACLR Adjacent Channel Leakage Ratio ACLR 2 ACLR py MEAS py Meas Mode pp ACLR ACLR ACLR R amp S FSH 12
175. PN 7 4 3 R amp S FSH R amp S FSH K47E 1 1xEV DO 26 66 ms 1xEV DO 1 GPS 7 4 4 7 4 4 1 R amp S FSH 1 kHz R amp S FSH
176. R amp S FSH Z28 R amp S FSH Z29 1300 7804 03 1300 7504 03 R amp S ZV Z121 1164 0496 02 1164 0496 03 R amp S FSH4View R amp S FSH Ee 1173 6275 18 15 92 R amp S FSH R amp S FSH RF
177. 2 EA Ref 2 2 dBm RBW 30 kHz SWT 25 Trace Clear Write Att 20 dB VBW 300 kHz Trig Free Run Detect RMS 3 RE5 5 00 MHz 4 Pwr BW 99 0 1 Span 25 MHz HE Power WW 1 2 3 4 5 6 1173 6275 18 15 18 R amp S FSH 2 1 2 1 R amp S FSH gt MEAS p Standard
178. py Fred Stepsize pp Channel Mode 1 py Channel Ee 1173 6275 18 15 131 R amp S FSH 49 6 1 1 2 1
179. 4 2 4 2 1 2 2060 MHz 11 MHz pp 2 RF 1 R amp S FSH R amp S FSH gt PRESET gt gt MEAS py Meas Mode py Scalar py Result Display
180. 4 5 2 2 Calibration gt Reflection Port 1 y 1173 6275 18 15 116 R amp S FSH R amp S FSH K45 4 5 3 4 5 3 1 1
181. R amp S FSH R amp S FSH R amp S FSH4View Channel Table Editor R amp S FSH 4 4 5 R amp S FSH4View USB LAN R amp S FSH RS amp S FSH R amp S FSH e
182. 1173 6275 18 15 89 R amp S FSH dB dB AMPT Ref Offset
183. 2 1 R amp S FSH 2 1 1 R amp S FSH R amp S FSH e
184. II II II 9 1 5 DTF DTF DTF R amp S FSH K41 9 1 5 1 MEAS 9 1 5 2 FREQ Im 9 1 5 3 SPAN DTF GD nn mie ee ee ee 9 1 5 4 AMPT Auto Scale 150 dB 15 0 dB Div 130 dB 13 0 dB Div Auto Low Distorion 120 dB 12 0 dB Di 100 dB 10 0 dB Di o
185. R amp S FSH4View py MEAS py Meas Mode Spectrum Emission Mask R amp S FSH SEM R amp S FSH SEM SWT 142 ms Trace Clear Write 9 Free Run Detect RMS 29 6 dBm Tx Bw Range Hz RBW Hz Freq Hz 3 4 500 M 1M 8659829095 M 95 85 dBm 56 35 dB 7 500 1M 870030476 M 506dBm 56 55 dB 3 500 M 1M 8 4076096 M 5 93dBm 5543dB 3 500 M 30k 875 778095 M 99 93 dBm 70 43 dB Center 878 49 MHz 8 M TR Standard re SEM
186. 1 pp Calibration kk Cs Normalize Transmission Rev Ref 0 0 dB RBW 10 kHz SWT 20ms Trace Clear Write Port 2 1 0 sAtt 0 dB Trig Free Run Detect Sample py p Center 2 06 GHz Span 50 MHz SeTeeT Format Mode Calibrate EE 4 2 2 2 2060 MHz 11 MHz
187. Delay Time 1173 6275 18 15 106 R amp S FSH 4 4 1 1 gt MEAS p Measurement Format py Smith Chart R amp S FSH
188. ID 174 Cyclic Prefix 174 Traffic Activity I Q Offset 0 IMQ DC 7 5 1 3 MIMO dBm EVM 176 EVM
189. py Fred R amp S FSH gt MEAS Fwrd Pwr Display p Forward Power Forward power AVG Forward power PEP dBm WV mW dB
190. gt 1173 6275 18 15 45 R amp S FSH 0 1024 R amp S FSH
191. 2 2 6 2 gt 1 MARKER New Marker 2 M1 ENTER New Marker
192. Center Freq R amp S FSH 1173 6275 18 15 49 R amp S FSH 2 2 1 2 1 1 631 1 1 630 10 1 py FREQ
193. 1009 509 R amp S FSH gt SWEEP py Trigger gt Trace Video 1173 6275 18 15 61 R amp S FSH gt SWEEP Trigger Gated Trigger py Trigger
194. 12 2 ACLR Ref 20 0 dBm RBW 30 kHz SWT 100ms Trace Clear Write Att 0 dB VBW 300 kHz Trig Free Run Detect RMS 9 001040635 GHz 53 0 dBm IX Pwr 1 09 dBm Adj Ch Lewwer Upper Adj Chm Lewer 9 0 4 dB A Adi 30 0 40 0 50 0 60 0 7 70 9 80 0 90 0 00 1100 Center 1 GHz 9 ra Standard Adjust Settings ACLR Co OO we 1173 6275 18 15 25 R amp S FSH
195. p Display Settings OTA Over The Air Maximum Over The Air Minimum pp Cable Connected Maximum Cable Connected Minimum oO Minimum Maximum py Display Settings p Color Table p 7 5 4 7 5 4 1 LTE
196. py FREQ gt 1950 MHz SPAN 130 MHz Calibration p 1 2 p 1173 6275 18 15 103 R amp S FSH Si gt ReflPT Vector OO 25 Re 0 0 dB RBW 10 kHz SWT 38 ms RC OPD
197. R amp S FSH SETUP R amp S FSH F6 F1 User Key Label F1 User Key Dataset F2 User Key Label F2 User Key Dataset F3 User Key Label F3 User Key Dataset F4 User Key Label F4 User Key Dataset F5 User Key Label F5 User Key Dataset F6 User Key Label F6 User Key Dataset Preset Mode Preset Dataset Default Filename Filename Counter Starts At Capture Screen Format Default Dataset Name Reset to Factory Settings 9 1 1 2 SAVE RECALL 9 1 1 3 MODE R amp S FSH 9 1 2
198. gt gt Select R amp S FSH4View USB LAN R amp S FSH R amp S FSH R amp S FSH 178 e 5x e 1 4
199. 2 Center21672 GHz JEYM EBsl E Adjust Elias 3 E CPICH Ee 1173 6275 18 15 151 ST 3GPP FDD 7 2 4 2 R amp S FSH 1 2 gt MEAS Signal Settings p Antenna Settings gt Antenna 1 1 CPICH
200. 1024 R amp S FSH 2 1 8 1 py MEAS py Hold Hold Ee 1173 6275 18 15 40 R amp S FSH
201. 1 Relative 2 1 4 5 gt MEAS pp Channel Settings p ACLR Ref Setting p Tx Channe Min Power Tx Channel Max Power Tx Channe Lowest Highest Channel
202. 100 SD USB USB 105000 R amp S FSH4View R amp S FSH PC PC R amp S ZVH 8 1 gt SAVE RECALL Save Save Dataset Ssve Dataset 01 02 00 22 12 Stat Fu Time Pablic Dataaqts ataset061 set 8 kB 01 02 2000 22 11 ataset002 set kB 01 0 2000 22 12 Dataset00 set 89 kB 01 02 2000 22 12
203. 6 2 7 2 8 2 1 mi OO gt 2 Trace Select Trace Select Trace 1 2 El 2 1 2 Trace Show 1 2
204. R amp S FSH R amp S FSH R amp S FSH gt PRESET gt gt MEAS py Meas Mode py Scalar py Result Display py 1 Reflection Port 1 2 Reflection Port 2 1173 6275 18 15 99 R amp S FSH
205. dBuV m V m py AMPT py Unit 1173 6275 18 15 80 R amp S FSH pp V ol dBuA m dBuAm 2 4 2 RH amp S FSH 2 4 3
206. 178 e 76 1173 6275 18 15 113 R amp S FSH R amp S FSH K45 4 4 6 67 4 5 R amp S FSH K45 R amp S FSH K45 1304 5658 02 VSWR R amp S FSH 24 28 S11 S21
207. Electrical Length _ Ab 2zA7 A op lg Zsco Co z 2 e e 1 180
208. R amp S FSH py MEAS 3 Channel Settings TX ACP Channel Spacing 20KHz TX2 3 20kHz py Channel Spacing9 TX5 6 20kHz TX6 7 20kHz 5 3 Tso 20kHz sm SE p zis At4 20kHz 1173 6275 18 15 29 R amp S FSH y ENTER p Tx
209. 1 1 Ref Signal EVM R amp S FSH QPSK 16QAM 64QAM PDSCH EVM R amp S FSH eP SYNC S SYNC PBCH PCFICH EVM 7 5 1 4 MIMO CAIP EVM 1 2 4 1173 6275 18 15 170 R amp S FSH LTE 1
210. 2 e 1 1 1 R amp S FSH 1 py MEAS py Meas Mode pp Spectrogram
211. R amp S FSH e 120 e DTF 121 e 122 R amp S FSH RF R amp S FSH Z320 R amp S FSH Z28 R amp S FSH Z29 DUT VSWR R amp S FSH 24 28 VSWR Antenna Segments Corrosion Broken Amplifier Signal Flow SN Broken N Partial Loose SN Cable Cable Reflections Connector py RF RF 1
212. e Normalize 1 1 4 1 1 3 2 gt RF R amp S FSH MEAS p Calibration Full 2 Port The following calibration kit is selected for this calibration
213. 2 1 2 Show Trace 2 X Result Display 2 1173 6275 18 15 109 R amp S FSH RBW 10 kHz SWT 38 ms Trace Clear Write Trig Free Run Detect Sample 35 0 35 0 108 0 Center 1 95 GHz Span 130 MHz 5 Delete Marker Marker Mode 1 2 1 1 S
214. e e dB VSWR 1173 6275 18 15 122 R amp S FSH DTF R amp S FSH K41 5 1 5 R amp S FSH Z28 1300 7804 03 R amp S FSH Z29 1300 7504 03 R amp S ZV Z121 1164 0496 02 1164 0496 03
215. 1 1 I i I 1 33 0 23 0 13 0 3 0 7 0 17 0 27 0 37 0 57 0 567 0 py AMPT py Range Ref Pos gt Ref Position 10 0 10 0 10 100 100 dBuV 1173 6275 18 15 132 R amp S FSH p Range Ref Pos gt
216. 1 2 3 4 5 6 7 8 9 1 1 2 a b C 2 A B GC 3 d e f 3 D E F 4 g h i 4 G H 5 k 5 J K L 6 m n 0 6 M N O 7 p d r S 7 P Q R S 8 t U V 8 U V 9 w X y Z 9 W X Y Z 0 0 _ 1 2 2 ENTER ENTER Hz CANCEL 1 2 3
217. A a Te At11 14kHz p ENTER gt 833 Hz 1 kHz R amp S FSH CDMA2000 DS MC1 MC3 IS95 B C IS97 B C IS98 B C
218. 1173 6275 18 15 207 R amp S FSH RMS 100 RMS 2 RMS
219. R amp S FSH Web Web 1 8 R amp S FSH 1173 6275 18 15 13 R amp S FSH ee ee 2 R amp S FSH
220. Tx 2 Tx Tx Tx Tx e Tx Tx e Tx 2 Tx R amp S FSH 12 Tx
221. 0 2 rr 646 6 AMPT OAD AMPT AMPT FRECQ OAM FREQ ns MA MEAS DT MEAS MEAS 1173 6275 18 15 210 R amp S FSH MR 37 149 158 CDMA2000 156 WGDM SRN RN 147 161 176 ae 121 171 172 71 Ye 3 63 45 5
222. RF R amp S FSH R amp S FSH R amp S FSH 5 1 5 1 93 5 1 5 2 DTF 1 94 5 1 5 3 2 95 5 2
223. 3 py BW Manual VBW VBW eVBW 300 kHz Auto VBW 2 2 4 SWEEP 2 2 4 1 1
224. IFFT IFFT R amp S FSH y Meas Mode Py DTF DTF 1 2
225. 10 us Traffic Activity 7 4 1 3 1 e dBm e QB e dB PICH MAC PICH EVM EVM EVM EVM 0
226. 1173 6275 18 15 104 R amp S FSH gt AMPT py Range p Phase Wrap Phase Unwrap Magnitude Phase VSWR VSWR Reflection Coefficient gt AMPT Unit
227. FM e Min Peak Min Peak e Sample Sample 1 0 Hz Ee 1173 6275 18 15 64 R amp S FSH
228. Heport Generator 1173 6275 18 15 183 R amp S FSH Dalasels on PC Report Output Curent Folder GSM900 1 x a gt 0 Name see Tme OO E gt Show MakerDas 45deg set 455KB 2720720121231 1 45deg set gt Show Measurement Hesuls ie i v dtf_ 45deg set dif 45deg set 455KB 27207201212 31 a NR Show Measurement Settings 1 45deg set 455KB 220220121231 2 WW 45degsek gt Show R amp S logo in footer dt 45deg set 455KB 2720 201212 31 isolation set Show Company logo isolation set 48 4KB 2720720121231 Seas Cepek mr HTML O RTF Preview Pint nr rwMN Report Generator
229. e Manual RF OFF ON RF RF Low Noise Low Distortion Low Noise Low Distortion 30 dBm 0 dB 0 dB 0 dB 0 dB 29 25 dBm 0 dB 0 dB 0 dB 5 dB 24 20 dBm 0 dB 0 dB 0 dB 10 dB 19 15 dBm 0 dB 5 dB 5 dB 15 dB 14 10 dBm 0 dB 10 dB 10 dB 20 dB 9 5 dBm 5 dB 15 dB 15 dB 25 dB 4 0 dBm 10 dB 20 dB 20 dB 30 dB 1 5dBm 15 dB 25 dB 25 dB 35 dB 6 10 dBm 20 dB 30 dB 30 dB 40 dB 11 15 dBm 25 dB 35 dB 35 dB 40 dB 16 20 dBm 30 dB 40 dB 40 dB 40 dB 21 25 dBm 35 dB 40 dB 40 dB 40 dB 26 30 dBm 40 dB 40 dB 40 dB 40 dB Ee 1173 6275 18 15 54 R amp S FSH AMPT RF Att Amp Imp Auto Low
230. R amp S FSH R amp S FSH dBuV dBuV py AMPT y Unitf py AMPT yp Ref Level
231. Gated Trigger py SWEEP py Trigger pe Gate Settings R amp S FSH py Manual SWP Time
232. py MEAS Fixed Fred 1173 6275 18 15 130 R amp S FSH 08 03 12 13 48 Ref 47 0 dBuV eABW 1MHz MT 100ms Trace Clear Write Att 0 dB Trig Free Run Detect Max Peak Fred 105 610 MHz 147 RR 30 0 1 IV 1 L L L L L L 270 290 319 330 50 370 390 410 430 450 oO mi OO 6 1 1 1 R amp S FSH 1 R amp S FSH FREQ Fred
233. isotrd 1173 6275 18 15 48 R amp S FSH p isotrd p Select 2 Transducer p Select Secondary Transducer dB gt Select 79 2 2
234. 7 3 3 2 154 7 3 3 3 7 Channel Type F PICH CPICH F SYNC SYNC CHAN Walsh Ch SF lt gt lt gt Symb Rate ksps 9 6 ksps 307 2ksps RC RC
235. Rho p p CDMA2000 p CDMA2000 7 4 2 PN R amp S FSH R amp S FSH K47E PN OTA over the air PN PN PN GPS GPS R amp S FSH EEE 1173 6275 18 15 165 SR 1xEV DO PN PN
236. TRACE 1173 6275 18 15 63 R amp S FSH Trace Mode py Average Average 10 2 2 5 2 R amp S FSH
237. 153 Composite EVM EVM 7 2 2 3 1 1 e e e 153
238. Trig Free Run Detect Sample 104 Center 1 95 GHz Mode Calibration Format ReSult JE 4 4 4 4 1 1 py MEAS yp Format py
239. gt EE 1173 6275 18 15 17 R amp S FSH 2 1 2 99 99 10 99 9 MEAS Meas Mode py Occupied BW
240. 1 4 V TTL R amp S FSH gt 0 0 py SWEEP y Trigger
241. 1173 6275 18 15 126 R amp S FSH DTF R amp S FSH K41 5 2 2 2 5 2 3 5 2 3 1 R amp S FSH
242. R amp S FSH 1173 6275 18 15 84 R amp S FSH py Zero Before zeroing the Power Sensor please a remove all signals from the sensor input Press Continue to start zeroing gt Continue
243. p Select Transducer 79 Ref Level R amp S FSH RF LTE RF AD
244. 1175 6590 12 01 VI R amp S FSH OH eo 6 SES 7 R amp S FSH anki aGia Gina aI ui Sa daa Snead dena 8 1 1 Muucucciuuiruarteateareantearteateareanteanteateareaneaneareananaeaae 8 2 9 1 9 1 2 2 i 10 62 10 2i4 11 1 3 R amp S FSH aaa iareiasiesisdea saa Sissi 11 1 4 d a Ss 12 oo 13 ei 13 1 7 E RKK RER3 KN 13 1 8 EKEKR K NE 13 2 LEN ERKKK9KROOor 14 2 aii 14 2 1 1 uuu 14 2 1 2 18 2 1 3 TDMA 22 2 1 4 ACLR 25 2 1 5 Muuciiiiiiitttttetttttetttateee 33 2 1 6 dE 35 2 1 7 37
245. 50 O VSWR RF BIAS DC DC 600 mA 50 V 2 TMA DC BIAS 1 BIAS 2 BNC DC
246. R amp S FSH R amp S FSH 178 1173 6275 18 15 15 R amp S FSH 2 1 1 2 RF R amp S FSH R amp S FSH
247. lt N Ref 0 0 dB RBW 10 kHz SWT 38 ms rT on We sAtt 0 dB Trig Free Run Detect Sample Center 1 95 GHz Span 130 MHz Mode Calibration Format Option ReSult JE 104 R amp S FSH 1173 6275 18 5 102 R amp S FSH R amp S FSH K42 4 3 2 2
248. py Default Filename Filename Counter Starts At User Preference png jpg py SETUP p User Preference p Capture Screen Format R amp S FSH pp SAVE RECALL p Recall Screenshot 1173 6275 18 15 12 R amp S FSH R amp S FSH 1 5 Measurement Setup R amp S FSH
249. S N gt MEAS py Channel Settings pp Channel Pwr Hz dBm dBm Hz 1173 6275 18 15 30 0 7 0 R amp S FSH dBm Hz 1 Hz og70 2 1 4 4 1 py MEAS Power Display p Absolute
250. 1 R amp S FSH ID R amp S FSH py MEAS p Signal Settings Reference Signal R amp S FSH 7 5 2 R amp S FSH R amp S FSH K50E R amp S ZVH K51E py Result Display Constellation Diagram 09 12 11 14 10 Sweep Single Trace Clear Write Preamp Of Ref Offset 0 0
251. 7 4 1 2 1 Total Power 1 23 MHz dBm Carrier Freq Error R amp S FSH 166 GPS Peak to Averade 1173 6275 18 15 164 II 1xEV DO PN Found PN PN Tau Tr CDMA2000
252. EVM 36 141 RefIn GPS EVM eNodeB EVM EVM EVM According to Standard EVM OTA 1173 6275 18 15 176 LTE EVM y MEAS p Display Settings
253. R amp S FSH 1000 178 2 2 dgB R amp S FSH 2 1 dB dBuV m dBuAm W m2 dB R amp S FSH
254. fo fimage fio IF Input frequency range 0 Hz Input Intermediate Local Image frequency frequency oscillator frequency fo fio fimage 10 3 Frequency 1173 6275 18 15 205 R amp S FSH 1 x IF IF IF IF
255. 2 2 1 FREQ 2 2 1 1 pp FREQ FREQ
256. EE CAV 1710 1 TRAC E Ref 10 0 dBm RBW 300kHz SWT 20ms Trace Clear Write Att 30 dB yp Trace Memory MMMMMI py Show py Trace Math py Trace Memory Memory Trace Center 1 GHz SWP Time gt Off 2 2 6 R amp S FSH 6 5
257. TT 1173 6275 18 15 148 RS 3GPP FDD 7 2 3 R amp S FSH R amp S FSH K44E mter 21672 GHz Roflevet 300 dBm Sweep Com Channet Bet Offset 00 dB Amtsana Div Nene Band ee At 0045 P CPICH Slet Transd Preamg On Ch Search On Scr Ced6 Auto Ciebal Reaata RF Channel SS 51 83 Bm Active Chanaels 35 G 0 Chamw Sf Symb fate TO Status PewerAba Power Rel to Type kmps chlps Bits CPICH dB HSPOSCH 7 16 2400 Settings 1 2 3 4 GPS
258. 50 50 R amp S FSH SWEEP py Trigger External Rise External Fall py Trigger py Trigger Delay py 2
259. cdmaOne 30 kHz 30 kHz NADC IS136 Ee 1173 6275 18 15 26 R amp S FSH Auto RBW RBW RBW BMW 1 40 RBW 1 3 e
260. p Transmission Fwd Port 1 2 Transmission Rev Port 2 1 FREQ p 2060 MHz gt SPAN p 50 MHz EE 1173 6275 18 15 98 R amp S FSH
261. 1173 6275 18 15 39 R amp S FSH 555 e Ref 20 0 dBm RBW 100 kHz SWT 20ms Trace Clear Write Att 0 dB VBW 1MHz Trig Free Run Detect RMS 947 944 MHz 70 1 oz 1 275 MHz 15 7 dB ep 00025212 00 0025 775 Center948 MHz Spam3 84 My Clesr 1 2 3 4 5 6 T1 T2 7 8 2 R amp S FSH
262. 1173 6275 18 15 6 Graphical user interface elements KEYSY Input File names commands program code Links References e
263. 50 0 R amp S FSH 75Q R amp S FSH RF 75 O HF 750 75OQ 50775 0 R amp S RAZ 750 AMPT RF Att Amp Imp pe R amp S RAM R amp S FSH Z38 2 2 2 8 1173 6275 18 15 55 R amp S FSH 2 2 3 R amp S FSH
264. Hz ppm gt MEAS p Display Settings py Hz ppm 7 4 4 2 PN PN PN PN 64 64 128 215 PN BTS PN 64 GPS PN py MEAS p Signal Settings py
265. 3 RE 5528 HLFR cbImod 1kB 31705 20101521 FLC78 50J chimod 1KB 3 05 20101521 aa a HCG1S5 soebimod 1k8 305 2000 152 pg HCC300 50J cblmod 1kB 31 05 2010 15 21 HCF12 50 cilmed 1KB 305 2000 521 HJ12 50 cblImod 1kB 31 05 2010 15 21 Free 15 MB py Select p Cable Config Deselect Cable Model Ws I ee ee Select re Refresh 5 2 1 2 R amp S FSH 2 1 R amp S FSH4View Cable Model Editor R amp S FSH4View PC R amp S FSH
266. 1 py SWEEP gt Single Scan 1173 6275 18 15 136 p Cont Scan R amp S FSH 1 R amp S FSH 1 6 2 4 79 II 7
267. 174 1173 6275 18 15 168 RS LTE Cyclic Prefix 174 Antenna 176 MIMO Subframes 7 5 1 2 1 RF Channel Power LTE
268. 2 R amp S FSH4 100 Hz 3 6 GHz R amp S FSH8 100 Hz 8 GHz 0 Hz py SPAN SPAN Manual Span gt py SPAN Full Span Last Span EE 1173 6275 18 15 51 R amp S FSH
269. DC 4 3 1 2 1920 MHz 1980 MHz pp 2 RF 1 R amp S FSH R amp S FSH gt PRESET gt gt MEAS py Meas Mode Vector 1173 6275 18 15 101 R amp S FSH R amp S FSH K42 p Result Display p Transmission Fwd Port 1p2
270. R amp S FSH R amp S FSH R amp S FSH e R amp SFSH e R amp SFSH e
271. 1 LTE 10 py MEAS Signal Settings UL DL Configuration p TDD 10 e D Downlink e U Uplink e S Specia DSUUU DSUUU R amp S FSH K51 TDD gt 1 7 5 4 5 LTE PSYNC SSYNC p
272. EE EE 1173 6275 18 15 77 R amp S FSH Audio Beep X 2 3 R amp S FSH
273. 2 2 6 3 1 M1 pp MARKER py Select Marker EE 1173 6275 18 15 69 R amp S FSH py Marker Type D2 M2 2 2 6 4 R amp S FSH e Setto Peak
274. SE THD MQ ss OO EE ZVHView ZVHView p dEVEDOEE 165 209 R amp S FSH T EVD OR 165 a CDMA2000 dis GN NE 156 TRACE SRR RN RE 63 SE 152 1 CA snicker 89 RD 53 50 kk SAR RE 109 sns 7 dEVD OR 1xEV DO eee i GDMA2000 wna Si eo A i 0 5 kik ee 44 a 3 KT 118
275. 2 2 D2 3 D3 D3 Mi 1173 6275 18 15 37 R amp S FSH 14 01 10 EE het 20 0 dBm RBW 100Hz SWT 2 5s Trace Clear Write tt 0dB VBW 100Hz Trig Free Run Detect Au
276. 2 2 X p Select Primary Transducer gt p Select 200 1300 MHz R amp S HL223 Select Secondary Transducer
277. GPS 5 6 7 CDMA2000 OO 7 4 1 1 138 1xEV DO PN Offset PN 166 PN PN GPS Trigger 60 GPS Sync GPS
278. p Gate Delay p Gate Length gt Exitf 1 1173 6275 18 15 62 R amp S FSH 2 2 5
279. 52 6 1 2 py MEAS py Freq Scan Reft 47 0 dBuV cRBW 120 kHz MT 100ms Trace Clear Write Trig Fre
280. e e R amp SFSH R amp S FSH R amp S FSH PDF TI
281. mm OO 4 5 1 1 92 4 5 2 1 2 1920 MHz 1980 MHz py Result Display pp 1 Reflection Port 1 Transmission Re
282. pp CF Step Size 0 1 x Span 10 1 Center Manual 10 R amp S FSH 2 2 1 3
283. 66 1173 6275 18 15 110 R amp S FSH 4 4 2 R amp S FSH R amp S FSH R amp S FSH 0 dB 0 dB
284. _ 5174 50 9 Chan BW 3 84 MHz Span 20 MHz FFT Center 2 1672 GHz Span 20 MHz i Poev JEYM ngs Adjust la asil b Result Display Spectrum Overview Ref 30 0 dBm RBW 100 kHz Sweep Cont TRE eT 3 sAtt 0 dB Preamp On i Offset 0 0 dB R Oha dBm 0809 18716 6035 ss Scrambling Code 471 0 471 0 471 0
285. GPS Trigger 60 GPS Sync GPS Base SF Base SF 160 7 3 1 2 1 PCG Channel Power 1 23 MHz dBm Rho CDMA2000 p p CD
286. 1173 6275 18 15 161 ST 5 5 2 65 CDMA2000 7 3 5 4 R amp S FSH 1 kHz R amp S FSH Hz ppm gt MEAS p Display Settings pe Hz ppm 7 3 5 5 PN PN PN PN 64
287. 1xEV DO 7 4 1xEV DO R amp S FSH R amp S FSH K47 3GPP2 1xEV DO pp MODE py Dig Mod Analyzer py 1xEVDO BTS R amp S FSH 27 ms 1 GPS PN PN PN PN PN PN R amp S FSH 1 Result Summary
288. 631 1 631 1 R amp S FSH e Auto Peak Auto Peak e Max Peak Max Peak
289. 2 2 1 4 gt FREQ pp Start Freq Stop Fred Center Span Start Stop 2 2 1 5
290. R amp S FSH 178 2 1 5 2 R amp S FSH R amp S FSH Adjust Settings 2 1 5 3 py MEAS py View List 5
291. 1173 6275 18 15 90 R amp S FSH 4 1 2 R amp S FSH 14 18 24 28 VSWR R amp S ZVH 24 28 R amp S FSH DUT R amp S FSH
292. R amp S FSH4View USB LAN R amp S FSH R amp S FSH R amp S FSH 178 MEAS Calibratton Select Calkit R amp S FSH p Select Calkit R amp S FSH Z28 R amp S FSH Z29
293. 10 Auto Span 1173 6275 18 15 21 R amp S FSH 2 1 3 TDMA GSM TDMA 1 TDMA 1 TDMA 0 Hz
294. EVM 2 6 MHz AID R amp S FSH AD IF IF py MEAS py Level Adjust R amp S FSH
295. Ee 1173 6275 18 15 108 R amp S FSH p MARKER O x Marker Mode Trig Free Run Detect Sample 1 50 0
296. py SPAN p Scan Starf p Scan Stop p Scan SteD 3 yr Ret 47 0dBIV cRBW 120kHz MT 100ms Trace Clear Write py
297. LTE FDD BTS TDD TD LTE BTS EXT REF IN R amp S FSH 1173 6275 18 15 167 R amp S FSH LTE 7 5 1 09 12 11 14 51 Sweep Single Reftlevek 109 Bm haancE 36350 Ret Offset 00 dB Cell Grp I0D Amte md LTE B 35 AE 209dB Crclic Prefix Amte Transd Preamp or Anteaaa 180 Txt Ch BW 10 Miz 50 RB Subtrames 10 Carrier Freq Error 302 6 Hz Tratfic Activity 109 00 gt Syec Sigaal Power 26 90 dBm 0sTP 1 49 dBm 10 0et 61 92 dB Pewer EVM Power EVM Ref Sigma 2828 dBm 696 PSYNC 26 90 dBm 6 80 QPSK 26 88 dBm 1 04 SSYNC 28 90 dBm 1 00 16 QAM 98m PBCH 28 90 Bm 0 80 QAM 3276dBm 1 21 PCfCH 2923 dBm 1 16 1 2 3 4 GPS
298. 1 py AMPT p Range pp Scale Max Scale Min 4 4 3 67 4 4 4 py FREQ pp Channel Table R amp S FSH4View R amp S FSH pe
299. 2 2 2 dB 2 dB 2 4 1 dB dBm dBmV dBuV V W dBuV m dBuAm R amp S FSH
300. 2 gt 1 Antenna Diversity Off 7 2 4 3 1 0 gt MEAS p Display Settings p Slot Number 1 1 gt MEAS p Display Settings p Code Chann
301. Press Continue to start the calibration gt THROUGH Continue THROUGH cal 1173 6275 18 15 96 R amp S FSH R amp S FSH Z28 R amp S FSH Z29 R amp S FSH OPEN SHORT LOAD 1 R amp S FSH
302. R amp S FSH R amp S FSH4View Channel Table Editor R amp S FSH py FREQ py Frequency Mode py Channel pe R amp S FSH
303. User Pref 1 User Pref 6 p F1 F6 1 py user label 1 1 2 2 1173 6275 18 15 182 R amp S FSH F1 F6 gt Use
304. 1 2 6 13 08 10 0021 Ref 0 0d8 BW 10kHz SWT 113 ms tt 0dB Trig Free Run M1 JJ 76 19 A 1 189 3214 MHz 32 64 dBm 106 4286 MHz 24 90 dBm lt wo 1 2 M x 3 D x 4 5 6 7 8 2 2 6 1 py MARKER e
305. R amp S FSH Hardware Settings
306. Tx Channels y pp Channel Settings pp Adj Channels 1173 6275 18 15 28 R amp S FSH 5 55 pp MEAS TX ACP Channel Bandwidth gt Channel BW EE
307. e AHLimit SEM 2 1 6 Total Harmonic Distortion THD gt 0 0 R amp S FSH 1 py MEAS py Meas Mode pp Harmonic Distortion
308. py MKR p Search Limits gt Search Limits On Off gt ENTER X 2 py Search Limits LowerLimit gt ENTER 1173 6275 18 15 71 R amp S FSH p
309. py 509 50 Ee 1173 6275 18 15 107 R amp S FSH yy Move Y py 509 50 gt Zoom Active RBW 10kHz SWT 38ms Trace Clear Write sAtt 0 dB Trig Free Run Detect Sample o 6 mi Move X Move Y py Zoom Active Span 130 MHz
310. lt 50 dBm Long R amp S FSH Z1 py Meas Time p R amp S FSH R amp S FSH dB py AMPT Ref Offset gt
311. BRF IF IF R amp S FSH 3 IF 10 3 3 6 GHz 04 14 24 IF 4892 8 MHz 860 8 MHz 54 4 MHz IF LO LO 4 8 GHz 8 4 GHz 8 GHz 08 18 28 IF 8924 8 MHz 860 8 MHz 54 4 MHz IF 2 IF 2 fro fiF 1
312. EZ Press Continue to start the calibration 97 1173 6275 18 15 95 R amp S FSH Continue OPEN 1 a 2 For calibration please connect an OPEN to Port 1 i 0 2 Press Continue to start the calibration o p OPEN Cancel py Continue o Calibrating OPEN OPEN Please wait gt
313. Max Hold 63 1173 6275 18 15 147 RS 3GPP FDD 7 2 2 2 Code channel 152 Slot 152 Symbol Rate Channel Power Power P CPICH 1 2
314. Normal Extended Auto 7 5 4 3 ID LTE 504 168 1 3 ID ID py MEAS p Signal Settings5 p Cell ldentity 0 503 ID
315. SEM ON OR RM Ee 1173 6275 18 15 33 R amp S FSH 2 1 5 1 R amp S FSH gt MEAS p Standard gt gt Select R amp S FSH4View USB LAN R amp S FSH R amp S FSH
316. 3GPP WCDMA cdmaOne CDMA2000 1x R amp S FSH R amp S FSH4View e R amp S FSH Level Adjust e 10
317. gt 0 e e Ee 1173 6275 18 15 58 R amp S FSH R am
318. DC I Q Imbalance Q Composite EVM EVM EVM Active Channels Scr Code Found 1 2 Peak CDE 15 ksps dB
319. p 1173 6275 18 15 184 py ENTER Status ENTER p Select Action py Delete ENTER Select Action 9 9 1 1 1
320. p Upper Limi Lower Limi py Load From File Sort Show gt Show Compatible 1173 6275 18 15 76 R amp S FSH p Select Limits On Off
321. AD AD R amp S FSH py AMPT py Level Adjust 3 MHz 3 MHz 2 1 3 4 TDMA
322. Sweep e Single 1 e Continuous 59 Sync Not Found Sync OK R amp S FSH WCDMA syNc ok sYNC NOT FOUND Position GPS GPS R amp S FSH
323. p 9 dB EVM EVM y MEAS p Meas Settings p EVM According to Standard EVM X R amp S FSH 8 R amp S FSH R amp S FSH
324. 6 2 1 EMI QP e Max Peak CMax Peak e Average Average RMS RMS RMS e Quasi Peak QP Quasi Peak CISPR16 EMI QP CISPR CISPR A lt 150 kHz 200 Hz CISPR B 150 kHz 30 MHz 9 kHz CISPR C D
325. Seeing aaa KK NT i iLL 1173 6275 18 15 R amp S FSH 3 116 13 ER 104 117 122 LO Ogg 188 Luauauauacatanatatattaesesteeatntattereee 193 2 EV DO ii 130 78 113 5 14 15 17 17 kk 16 es 17 ACLR tt 29 173 20 16 EEERRRSRORNR
326. WCDMA 1173 6275 18 15 142 II 3GPP FDD R amp S FSH WCDMA EVM R amp S FSH EXT REFIN e Common Pilot Channel CPICH Primary Common Control Physical Channel P CCPCH Primary Synchronization Channel P SCH S
327. 150 kHz 30 MHz 9 kHz CISPR 30 MHz 1GHz 120 kHz CISPR gt 1GHz 1 MHz CISPR 3 dB 6 dB gt BW gt Manual RBW 3 dB Manual CISPR BW 6 dB Auto CISPR BW 6 dB 6 2 3 R amp S FSH 5ms 1000 s py SWEEP p Meas Time R amp S FSH
328. OPEN CSHORT 1 For calibration please connect a SHORT to Port 1 2 SHORT Continue CSHORT gt SHORT LOAD 500 Press Continue to start the calibration 1 For calibration please connect a LOAD to Port 1 2 Press Continue to start the calibration LOAD 1 py Continue LOAD LOAD 1 2 TH RO U G H For calibration please replace the DUT by a THROUGH connection
329. Scr Code Antenna Div P CPICH Slot Ch Search 1173 6275 18 15 144 EER 5 3GPP FDD 7 2 1 2 1 Channel Power dBm Carrier Freq Error R amp S FSH R amp S FSH 1 kHz R amp S FSH I Q Offset
330. e e py MEAS py Meas Mode py Channel Power 3GPP WCDMA 2 1173 6275 18 15 14 R amp S FSH Ref 0 0 dBm RBW 30 kHz SWT 100ms Trace Clear WWrite Att 20 dB VBW 300 kHz Trig Free Run Detect RMS Power 3 10 9 dBm Channel BW 12 3 84 MHz 10 0 20 0 0 ee lt Cr 0 90 0 0 70 0 0 99 0 Center 1 GHz Span 4 608 MHz SH ee ee 5 Mode Standard Adiust
331. pp MARKER Marker Mode Ref Impedance p 1 mO 10kQ 1 1 4 4 1 2 2 2 2 Magnitude Phase 1 Phase 1 Magnitude 2 gt MEAS py Result Display p Show Trace 2
332. AUPAI RE A ret 0 0 dBm Ofser 00 dB Forwarded Power AVG 32 11 dBm UM L E L 25 30 35 dBm Reflected Power 19 77 EW iiiiiiiiitiiit 8 30 45 L 2 lO Pn Pr Pr pp Ref Standard 1 2 3 4 5 6 7 8 9 10 3 2 1 R amp S FSH R amp S ZVH
333. py Result Display Limits R amp S FSH4View R amp S FSH 178 7 2 3GPP FDD R amp S FSH R amp S FSH K44 3GPP WCDMA R amp S FSH K44E 3GPP WCDMA MODE Dig Mod Analyzer 3GPP WCDMA BTS R amp S FSH 20 ms 2 WCDMA
334. R amp S FSH dBuV m dBuA m W m2 1173 6275 18 5 79 R amp S FSH RF R amp S FSH 2 1 dB py AMPT Transducer Transducer 1
335. Ref 0 0 dB BW 100 kHz TG Power 10 dEm Center 1 18053 GHz Sparr 2 360B7 GHz FEPOTRWY S21 Cable Loss 1173 6275 18 15 121 R amp S FSH DTF R amp S FSH K41 5 1 3 py Meas Mode Spectrum 5 1 4 e dB Mag dB e VSWR VSWR VSWR DTF
336. gt MEAS py Signal Settings5 py Group mm mm mmmmmmm 1173 6275 18 15 174 SR LTE 0 167 Signal Settings ID ID gt 0 2 ID pp Auto 7 5 4 4 TDD R amp S FSH LTE 7
337. gt 30 MHz 120 kHz py TRACE Detector p 64 1173 6275 18 15 135 R amp S FSH 63 66 6 2 2 EMI 3 dB 6 dB 6 dB CISPR16 CISPR lt 150 kHz 200 Hz CISPR
338. sRBW 30kHz y Auto RBW oO 1000 s 2 2 3 2 Video Bandwidth VBW IF
339. 2 p RF 1173 6275 18 15 118 R amp S FSH DTF R amp S FSH K41 R amp S FSH K45 DUT AC BIAS 1 R amp S FSH DTF py MODE Distance to Fault DTF 1 2 Meas Mode DTF Refl Measurement Port Port 1
340. Channel Power 12 4 FE EVM 1 1 eh 3 no 3 1173 6275 18 15 160 i CDMA2000 64 128 128 7 64 Hadamard 7 3 5 2 Hadamard BitReverse 1
341. e 2 Full 2 Port High Accuracy 2 2 e 1 2 Reflection Port 1 Reflection Port 2 1 2 S11 S22 e Transmission Fwd Port 1 2 Transmission Rev Port 21 7 1 2 S12 S21 1 2
342. vy vV 1173 6275 18 15 124 R amp S FSH DTF R amp S FSH K41 1 p Cable Config Py User Model R amp S FSH User Model X 5 2 1 3 DTF DTF DTF MEAS py DTF Settings DTF List
343. 2 S N lt 7 Fm 1 si AD N 1 AD Pavs 1173 6275 18 15 27 R amp S FSH 2 1 4 1 R amp S FSH gt
344. R amp S FSH Unknown power sensor model connected R amp S FSH 3 1 2 R amp S FSH py MEAS py Fred
345. R amp S FSH 12 13 14 1 AC
346. 2 EE 98 4 2 1 98 4222 a 99 4 3 R amp S FSH K42 Occurnnnnerranrerrteanrertteaeeerrtterenrrnerne 101 EDNH3ehd 101 4 82 0B03MRBeiRd5e RBS 103 4 a 104 4 RR 104 4 429 SR 111 882 113 4 4 4 113 4 4 5 RR RR 113 MI Ri 114 1173 6275 18 15 2 R amp S FSH 4 5 R amp S FSH K45 ee 114 45 NN 115 4 5 2 115 4 5 3 kk 117 5 DFTF R amp S FSH K41 Luauuannrrnannatnnernternenes 118 5 1 cucuaatreaattaattaattaatteattteateaaaeaee 120 5 1 1 120 ME 121 0 RG 122 5 1 4 i 122 5 1 5 i 123 5 2 caeccccrecnrtteaattteaaretraattttaateteaareeeaateeeaareeaeeaeeeaeee 123 5 2 1 123 5 2 2 126 127 6 130 6 1 US E
347. 3 5 dB 1 10 10 10 dB e 13 9 1 10 100 R amp S FSH 1 3 10 1 Hz 3 MHz 200 kHz 200 kHz O 200 kHz RBW 200 kHz
348. 3 Ref 25 0 dBm Br Reverse Sweep Cont Bsse SF 128 Att 5 dB Preamp On Trig Free Run PN Offset Auto GPS Lat 48 7 38 760 N Long 11 36 43 338 E Ak 575 9 m Center Frequency e3375 MHz RF Channel Power RFCP Channel Number 799 Sync Power Rel to RFCP Channel Band cdma2k JTACS CO 0 64 Rel to RFCP Carrier Freq Error a Composite EVM 4d 32 5 Fi PN Found 59 1 pe Stop Code 127 PO 1 2 3 4 5 6 CDMA2000 7 3 2 1 154 Hadamard BitReverse 161 Pilot Pwr Sync Power Rel to l
349. R amp S FSH 2 1 7 3 py MKR View List 2 1 8 R amp S FSH K14 R amp S FSH K14 3
350. py MARKER p Marker Function py Time p 100 ms 500 s 1173 6275 18 15 74 R amp S FSH MARKER Marker Function Volume 100 0 100
351. 25 49 dBm Peak to Average 6 64 dB Ro 997 PN Fomnd N A Composite EVM 91 Ta N A Carrier freq Error 11 9 Hz Active Chaanels Aetas Pr Rel to RF Chan Pwr Relto Pilet Pwr Pilet Cede 32 52 dBm 7 03 dB 0 00 dB Syme Cede 3 38 41 dBm 12 92 d8 5 89 dB GPS 5 6 7 CDMA2000 OO 1173 6275 18 15 154 i CDMA2000 7 3 1 1 138 CDMA2000 PN Offset PN 162 PN PN
352. 3 15 4 16 5 17 6 GPS 18 7 19 8 20 9 21 10 22 11 23 12 1173 6275 18 15 8 R amp S FSH R amp S FSH 1 2 R amp S FSH ENTER CANCEL 2 3 4 5 6 7 BACK 1 2 1 0 9
353. FREQ pp Channel Mode Start 911 3 MHz Type EG pp Channel Table 78 1173 6275 18 15 134 R amp S FSH 6 1 2 2 67 6 2 EMI
354. RF 1 1175 6590 12 01 AC
355. Signal Setting9s PSYNC SSYNC PSYNC SSYNC p Reference Signal 170 EE 1173 6275 18 15 175 CE LTE 7 5 4 6 MIMO 1 2 4 1 2 OTA EVM py MEAS pp Antenna Settings p 1
356. dBm Power Rel to CPICH dB dB C PICH 7 2 4 7 2 4 1 3GPP 1 2 R amp S FSH EE 1173 6275 18 15 150 R amp S FSH 3GPP FDD MEAS p Signal Settings Primary Code Secondary Code p 1 2 2 0
357. A e dB Magnitude Phase dB e Lin Magnitude Phase Rho rho e Real Imadg Rho e R jX e G jB e R jX Z0 e G jB Z0
358. AT _ 00 00 57 811 py Center 952 MHz Span 3 84 MHz CVe Sele Mode Ras Update Spectrogram Spectrogram Time Line Select Time Line 67 p Live Update 2 1 9
359. FSH 2 2 5 3 2 2 2 2 1 py TRACE Show yp Trace 2 2 2 Trace 2 X 2 EA EE Ref 20 0 dBm RBW 100kHz SWT 20ms Trace MinHold Att 0 dB VBW 1 MHz Trig Free Run D
360. Port 2 amp Ref 0 0 dB BW 100 kHz Trig ree Run Att 5 dB TG Power 10 dBm 6 Center 1 18053 GHz 8 Span 2 36087 GHz SI DTF tist Cable Loss S OO OO 1173 6275 18 15 119 R amp S FSH DTF R amp S FSH K41 5 1 5 1 1 S11
361. RF AtUAmp Imp Manual p RF RF 0 40 dB 5dB Vy R amp S FSH 6 RS amp S FSH K43 1304 5635 02 R amp S FSH R amp S FSH CISPR R amp S FSH
362. S FSH PN PN PN 7 3 5 7 3 5 1 py MEAS p Signal Settings yp 64 128 64 X 64 0 63 128 X 128 0 127 Ret 0098m Hadamard Aw 20d Preamg Of er ecy Giz Hadamard Preame 0OW 1 Gtr Channel Power 12 4 FE EVM 50 es 1 3
363. py MEAS Chan BW gt 5x 2 kHz 1 kHz 1173 6275 18 15 20 R amp S FSH 2 1 2 4 99 py MEAS py 96 Power BW gt
364. schwarz com 81671 Munich Germany Printed in Germany R amp S Rohde amp Schwarz GmbH amp Co KG R amp S FSH R amp S FSH R amp S FSH EC Certificate of Conformity
365. x 631 11 RMS RMS 1 RMS RMS RMS 1 R amp S FSH
366. 1 Adjacent Channel ADJ Alternate Channel ALT ALT1 ALT11 1 2 1 ADJ 20 kHz 40 kHz ALT1 60 kHz ALT2 80 kHz ALT3 100 kHz ALT4 120 kHz ALT5 3 ALT3 100 kHz 125 kHz ALT4 150 kHz ALT5 2 1 4 3 dBm
367. 1 63 kik 175 ii 22 52 60 2 SN RS 2 50 73 go 51 126 84 88 126 CE 49 51 126 78 RE 126 ER 174 Ee 89 1 b1G RRR 6 kk 164 ak i i 38 EE 36 EVDO NA CDMA2000 20 21 Ei 20 ee 58 64 Rn 59 63 SR AIRS 58 Re 59 140 Nd EEEREKRKKRKRKKKRKKIII 73 TDMA 2 VSW 105 KEN 104 oaseste Renee 74 SS 106 105 ee 35 91 ki 150
368. 2 1 8 R amp S FSH K14 i 39 2 1 9 kk 47 22 EL 9 TE 2 49 2 2 1 49 2 2 2 130 BB 52 0 56 1173 6275 18 15 1 R amp S FSH 2 2 4 9 0 Ri 58 PU AO 63 2 2 6 a 67 75 2 2 8 NE 76 2 3 a 78 2 4 Muses 79 2 4 1 MM 80 2 4 2 81 2 4 3 i 81 2 4 4 cca 81 3 REiiaiaaniiis 82 3 2Y EE Ro 82 3 1 1 83 3 1 2 i 84 3 2 MMMLocuLLiauuuunrrnnnnrsrtneresartnteeaarreeanrertnanrerraneerrenean 86 3 2 1 87 3 2 2 i 88 4 ee 91 41 SR 92 4
369. 2x 4x 8x 5W 10 HE SWI Ser ooo Coo 8 Trig Free Run _Detect Sample py TRACE py Zoom Center 1 95 GHz Span 130 MHz Zpom Move X Move Y Factor Active Zoom Factor Free Run Detect Sample p Center 1 95 GHz Span 130 MHz Zeem Move X Move Y Factor Active 50 50 0 py Move X
370. 3 84 MHz Mode Settings Playback Spectrogram Clear 30 dB 60 dBm 100 dBm 1173 6275 18 15 42 R amp S FSH p Spectrogram Settings Spectrogram Reference Level
371. 6 55 140 60 i 45 DTF SRR 45 KK KANINNIIAII Ne ee 56 58 63 ui 86 kk 91 40 ACLR 73 0 108 TDMA 24 70 20 ns 70 16 45 59 A SF 108 10 EEE 1173 6275 18 15 213
372. Antenna Scrambling Codes Overview main Power Relatiye to CPICH Code DomainPower Code Domain Channel Table Lmts oo IResutSummary Spectrum Code Do Limits Result Su Slot Number Channel Search Off Fast Channel Search On Normal CDMA2000 Code Power Relative to Pilot Spectrum Ovewview Code Power Relative to Total PNScanner Code Domain Power Code Domain Channel Table Result Summary LTE FDD TDD Spectrum Overview lsotropic Antenna Constellaton Diagram Overihe Air Lmts ou Over the Air lppm Resource Allocations ae Channel Bandwith UL DL Configuration Resource Allocations BTS Scanner PSYNCSSYNC Reference Signal Atk 0 Primary Sync Signal Power Secondary Sync Signal Power TDD 9 1 6 2 FREQ 1TMHz WcDMA 9 1 6 3 AMPT 3GPP WCDMA LTE FDD TDD NL LI
373. Baantd Att 00d8 P CPICH Slot 8 TramsW Preamp Oa Ch Searck Os Ser Code Aute RF Chanael Power 5 00 dBm Active Chanaels 9 Carrier Freq Errer 242 2 Hz Scr Cede Fownd 367 0 Q Ofet 25 Pesk CDE 15 ksgs 22 78 dB Cain Imbalamce 78 Av RCOE 64 QAM dB Comwposite EVM 31 79 Channel Results P CPICH 15 ksps 0 P CCPCH 15 kwps Code 1 Power 60 46 dBm Power Abs 539 98m Ec le 4 46 dB Ec e 39 dB Symbel EVM rms 999 Symbol EVM rms 200 P SCH Power Abs 63 38 dBm SCH Power Abs j 63 70 d8m 1 2 3 4 5 6 7 3GPP WCDMA 7 2 1 1 138 3GPP 150
374. Distortion Auto Low Noise gt RF Manual 0 dB RF 0 40 dB 5dB Att sAtt 10 dB 2 2 2 6 R amp S FSH 20 dB py AMPT py RF Att Amp Imp py Preamp On Preamp Off 2 2 2 7
375. ED2 Vector Voltmeter Format Option 4 5 3 3 Vector Voltmeter Smith Chart 111 1173 6275 18 15 117 R amp S FSH DTF R amp S FSH K41 R amp S FSH K45 DTF R amp S FSH K41 R amp S FSH K41 1304 5612 02 R amp S FSH DTF DTF
376. L i Wl CDMA2000 1xEV DO Man 0dB 9 1 6 4 SWEEP 3GPP WCDMA LTE FDD TDD CDMA2000 1xEV DO 9 1 6 5 TRACE 3GPP WCDMA LTE Max Hold CDMA2000 1xEV DO R amp S FSH 10 RF
377. MA2000 Composite EVM EVM EVM EVM 0 EE 1173 6275 18 15 155 II CDMA2000 Carrier Freq Error R amp S FSH 162 GPS Peak to Averadge PN Found PN PN Tau CDMA2000 10 ps Active Channels 7 3 1 3 1
378. MEAS p Standard gt Select R amp S FSH4View USB LAN R amp S FSH R amp S FSH R amp S FSH e 178 2 1 4 2 R amp S FSH4View R amp S FSH py MEAS pp Channel Settings
379. Max Hold Max Hold Max Hold e Min Hold Min Hold Min Hold Min Hold View View
380. PNOFFSET gt PN O 511 1173 6275 18 15 166 ER LTE 7 4 4 3 GPS GPS GPS py SWEEP py Trigger GPS Sync GPS 7 5 LTE R amp S FSH R amp S FSH K50 R amp S FSH K51 3GPP LTE FDD R amp S FSH K50 LTE TDD R amp S FSH K51 LTE LTE 20 MHz 105000 gt MODE Dig Mod Analyzer FDD
381. R Ed Export EC Insert py OK Save Dataset Save as 1 Space py Auto Insert Off Space
382. R EE 130 6 1 1 i 130 6 1 2 133 6 2 ccccccccrnrrnrnerreranrarerrrtreroeearerenreenemanearerrneeen 135 6 2 1 EMI ii 135 6 2 2 EMI 136 6 28 UI 6 136 6 2 4 ne 137 7 Luuccuuuuuuucnraraaraeatartatanaeeaaaea 138 7 2 3GPP FDD RS ee 142 7 2 143 gt AE 147 7 2 3 149 6 Et 150 7 3 CDMA2000 su 153 7 3 1 154 1173 6275 18 15 3 R amp S FSH OO 156 7 3 3 158 7 3 4 PN 160 7 3 5 kk 160 7 4 1xEV DO i 163 7 4 1 163 7 4 2 PN 165 7 4 3 166 7 NE 166 7 59 LTE RS 167 7 5 1 168 7 5 2 uuu
383. R amp S FSH4 6 1173 6275 12 15 ROHDE amp SCHWARZ R amp S FSH R amp S FSH4 1309 6000 04 R amp S FSH4 1309 6000 14 R amp S FSH4 1309 6000 24 R amp S FSH8 1309 6000 08 R amp S FSH8 1309 6000 18 R amp S FSH8 1309 6000 28 R amp S FSH K14 1304 5770 02 R amp S FSH K41 1304 5612 02 R amp S FSH K42 1309 5629 02 R amp S FSH K43 1304 5635 02 R amp S FSH K44 1309 5658 02 R amp S FSH K44 E 1304 5758 02 R amp S FSH K45 1309 5641 02 R amp S FSH K46 1304 5729 02 R amp S FSH K46E 1304 5764 02 R amp S FSH K47 1304 5787 02 R amp S FSH K47E 1304 5806 02 R amp S FSH K48 1304 5887 02 R amp S FSH K50 1304 5735 02 R amp S FSH K50E 1304 5793 02 R amp S FSH K51 1304 5812 02 R amp S FSH K51E 1304 5829 02 2 00 2012 Rohde amp Schwarz GmbH amp Co KG Muehldorfstr 15 81671 Munich Germany Phone 49 89 4129 0 Fax 49 89 4129 12 164 E mail info rohde schwarz com Internet http www rohde
384. SH R amp S FSH 1 4 USB SD USB SD SD R amp S FSH R amp S FSH4View PC Screenshot 0000 User Preference SETUP User Preference
385. dB Chaanel Pwr 4 02 dBm Cell dentity 1 9 11 Center 1 GHz splay Settings LTE oO mi OO 1173 6275 18 15 171 R amp S FSH 7 5 3 LTE e QPSK 16QAM e 64QAM PSYNC SSYNC e QPSK
386. dil 1173 6275 18 15 43 R amp S FSH gt 40 dB 35dB 30 dB R Spectrogram Plyback S 1 04 10 16 50 Ref 20 0 dBm RBW 100 kHz SWT 500ms Trace Clear Write o NN a Att 0 dB VBW 1 MH Trig Free Run D RMS a tt z rig Free Run Detect 1 Cente
387. e Run Detect RMS 100 1 MHz 36 dBuV nr rwMN 1173 6275 18 15 133 R amp S FSH 6 1 2 1 100 200 MHz 10 MHz 100 MHz 110 MHz 120 MHz 200 MHz 11
388. econdary Synchronization Channel S SCH CPICH P CCPCH Ec lo P SCH S SCH 3GPP 7 2 1 py Result Display py Result Summary HSDPA HSPA R amp S FSH K44E 1173 6275 18 15 143 R amp S FSH 3GPP FDD Center 21672 GHz RefLevel 300 dBm Sweep Comt Chanael Ref Ofiset eo ds Antensa Div None
389. el gt 0 511 2 1173 6275 18 15 152 ET 5 5 5 CDMA2000 7 2 4 4 P CPICH py MEAS Power Settings Relative to CPICH 7 2 4 5
390. etect RMS Te Detector We Tee ser EL ITrace 1 py Select Trace 1 R amp S FSH 1 2 2 2 5 4 R amp S FSH
391. gth gt 1 631 1173 6275 18 15 23 R amp S FSH 2 1 3 3 RF R amp S FSH R amp S FSH AID
392. iiiiantsnteareertentenateareetnenrererearerereoe 171 7 5 3 172 Em 173 8 178 SS 178 8 2 cccacccnearnearearaattarteartarteaeaateartertearaeearee 180 8 2 1 i 180 8 2 2 kk 181 8 3 Lummiaecrnuncnneanenaatanennaeeeanenes ean nesnneeenneanens 181 8 3 1 182 8 3 2 182 8 3 3 i 182 4 LN 183 WM O ERRRKNKZKEKA KN 184 9 186 9 186 9 1 2 kkk 188 9 1 3 193 94 0 196 9 1 5 i 197 9 1 6 200 Ee 1173 6275 18 15 4 R amp S FSH
393. ite Ref 60 0 dBm sRBW 100 kHz sSWT 200ms Trace Clear WVrite Att 0 dB sVBW 100 kHz Trig Free Run Detect Auto Peak Att 0 dB sVBW 300Hz Trig Free Run Detect Auto Peak 90 90 80 80 70 70 60 60 50 50 40 40 30 30 20 20 7 1 i 10 gt 9 WVBW Center 97 3 MHz Span 800 kHz Center 97 3 MHz Span 800 kHz RBW RBW VBW VBW RBW RBW VBW VBW a a he 1 R amp S FSH 631 631 PEAK SAMPLE RMS RMS
394. k White Red Purple Blue Black 2 30 dBm 30 dBm Ref 20 0 dBm RBW 100 kHz SWT 500ms Trace Clear Write Att 0 dB VBW 1MHz Trig Free Run Detect RMS 2 150 dBm Center 952 MHz Span
395. n 9 1 5 5 SWEEP II 9 1 5 6 BW 2 II II 9 1 5 7 TRACE 9 1 5 8 MARKER MKR Cre erie ee Delete All Delta Delete Al 9 1 6 9 1 6 1 MEAS 3GPP WCDMA Spedrum Overview lsotropic
396. own 6dB R amp S FSH AM FM R amp S FSH 3 5 mm R amp S FSH AM pp MARKER py Marker Function
397. p S FSH 600 MHz 20 ms 0 0s 200 us 1000 s py SWEEP Auto SWP Time Manual SWP Time SWT sSWT 2 5s 2 2 4 2 R amp S FSH 1
398. r 952 MHz Span 3 84 MHz a Mode lai Playback Spectrogram Clear 2 1 8 4 p MEAS p Save Spectrogram Save Spectrogram 26 04 10 14 30 Cable Models gt es Sereen Shee Transducers Spectrogram001 spm 1304KB 01 04 2010 14 02 Spectrogram HH HH 0 1 eC S48 kB 10 03 2010 1658 Save Spectrogram001 Free 9 MB Show R amp S FSH R amp S FSH
399. r Preference Setup gt USER gt F1 F6 1 User Preference Setup 8 4 R amp S FSH4View PC Wizard Result Control gt gt R amp S FSH4View
400. re Calibration Settings 9 1 3 2 FREQ 9 1 3 3 SPAN Ci ed rire ie ii m mam 9 1 3 4 AMPT x 75 Ohm RAM 75 Ohm RAZ 75 Ohm FSH Z38 9 1 3 5 SWEEP Coesr heii Fe ee i ee 9 1 3 6 BW 2 II II 9 1 3 7 TRACE Auto Detector RMS 9 1 3 8 LINES
401. t gt RF SYNO 161 Cc lt x gt Ch SF Rel to lt gt RF Ck lt x gt Ch SF 161 1173 6275 18 15 157 i CDMA2000 7 3 2 2 1
402. to Peak 1 100 0001 MHz 27 2 dBm 1 kHz 12 1 dB 1 kHz 12 0 dB 03 Vod Depth 49 97 44 Threshold 80 0 dBm k20 0 1 nr rwMN 2 1 7 1 MEAS py Threshold gt 2 1 7 2 R amp S FSH py MEAS Adjust Settings5 HG 3 1173 6275 18 15 38
403. v Port 2 gt 1 FREQ p 1950 MHz 1173 6275 18 15 115 R amp S FSH R amp S FSH K45 4 5 2 1 p Calibration Transmission Rev Port 2 1 RBW 10kHz SWT 1s TT CE 0 dB Trig Free Run Detect Sample gt MELUUTYE Khase 1 947 5 78 Center 1 95 GHz Span Zero Span Center CF Freq Stepsize
404. y Search Limits Search Limits On Off Search Limits Search Limits X 2 2 6 7 dBm Hz R amp S FSH 4
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