R&S ZVH Antenna and Cable Analyzer
Contents
1.2.
3. py CANCEL pe
4. e 2 Full 2 Port High Accuracy 2 2
5. e R amp S ZVH R amp S ZVH 1 R amp S ZVH
6. gt SWEEP BW py Trigger pp Gate Settings R amp S ZVH py Manual SWP Time p Gate Delay
7. 1 RF
8. gt 0 0 gt SWEEP BW y Trigger 1309 6946 18 04 91 R amp S ZVH R amp S ZVH K1 3333 3 6
9. 1 R amp S ZVH IP 51 IP 2X 2 2 4600 m 12000 m 10 5
10. EC Certificate of Conformity
11. ATTENTION
12. 1 1175 6603 02 01 AC R amp S ZVH 2
13. 1309 6946 18 04 9 R amp S ZVH R amp S ZVH R amp S ZVH e e ENTER 1 2 4 e e
14. 0 us 100s 0 lt 1ms 10 hS 1 ms 10 ms 100 hs 10ms 100 ms 1 ms 100ms 1s 10 ms 1s 10s 100 ms 10s 100s 1s gt SWEEP py Trigger Trigger Delay 1009 509
15. 1309 6946 18 04 97 R amp S ZVH R amp S ZVH K1 py TRACE EA A lt ET CAV A TE 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 gt Memory lt x gt Center 1 GHz Span 20 MHz 9 Mode Detector Show
16. RF BIAS DC DC 600 mA 50 V 2 TMA DC BIAS 1 BIAS 2 BNC DC DC 1309 6946 18 04 122 R amp S ZVH R amp S ZVH K42 3 333333333 6 6 2 1
17. Mm R amp S ZVH 1 AC 2 AC
18. Antenna Segments Corrosion Broken Amplifier Signal Flow a Broken N Partial Loose NN Cable Cable Reflections Connector R amp S ZVH 2 2 1 2 R amp S ZVH K39 2 R amp S ZVH RF R amp S FSH Z320
19. R amp S ZVH amp R amp S ZVH PDF Ee 1309 6946 18 04 5 Graphical user interface elements KEYSY Input File names commands program code Links References
20. ENTER Hz CANCEL 1 2 3
21. R amp S ZVH R amp S ZVH e e e py MEAS py Meas Mode pp Channel Power
22. 1 631 4 1 3 3 RF R amp S ZVH R amp S ZVH AID AD AD
23. 99 99 10 99 9 MEAS Meas Mode py Occupied BW 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
24. e RBW e 0 1 x RBW e 3 p SWEEP BW py VBW y Manual
25. Auto Span 7 x 2x 10 e resoluton bandwidth RBW 1 4
26. 1309 6946 18 04 117 R amp S ZVH R amp S ZVH K42 3 3 65 6 R amp S ZVH K42 1 2 VSWR R amp S ZVH R amp S ZVH R amp S ZVH K42 1309 6846 02
27. Average py SWEEP BW py Trigger pe Single Sweep Continuous Sweep we 1309 6946 18 04 90 R amp S ZVH R amp S ZVH K1 33333333333333 3 SS6 4 2 4 3
28. 1 T1 Ref 20 0 dBm RBW 100 kHz s SWT 500ms Trace Clear Write Att 0dB sVBW 1 MHz Trig Free Run Detect RMS 00 00 57 577 TP 00 00 57 577 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
29. 1 1175 6603 02 01 2
30. 1 1175 6603 02 01 VI R amp S ZVH OH 5 ETK Y RS 6 1 R amp S ZVH I ea ea 7 1 1 eo 7 8 1 8 kN 0Ie 9 1 9 Me OO 10 9 R amp S ZVH UN KKKKK K RERRRERRRNKNRKR
31. VBW RBW RMS R amp S ZVH Clear Write Auto Peak Averade Sample Max Hold Max Peak Min Hold Min Peak py TRACE py Detector p
32. FREQ DIST p Center Frequency me 1309 6946 18 04 105 R amp S ZVH R amp S ZVH K1 3 33333333333 3 5 2
33. 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 Ref 20 0 dBm RBW 100 kHz SWT 500 oe Wi sAtt 0 dB VBW 1 MHz Trig Free Run Detect RMS
34. PE 1175 6603 02 01 R amp S ZVH 1175 6603 02 01
35. 3 1 1 2 R amp S ZVH Wizard Set Control gt Py lt 3 1 2 R amp S ZVH 3 1 2 1 WIZARD Load Meas Set
36. py FREQ DIST Signal Standard Select Uplink Select Downlink 1 1 2 2 3 2 2 3 1 R amp S ZVH dB EEE 1309 6946 18 04 27 R amp S ZVH dB
37. 10 pp FORMAT SPAN Auto Span Manual Span gt 10 py Auto Span 4 1 1 5
38. 1309 6946 18 04 56 R amp S ZVH R amp S ZVH K1 EE ACLR Ret 20 0 dBm RBW 30 kHz SWT 100ms Trace Clear Write Att 0 dB VBW 300 kHz Trig Free Run Detect RMS 2 001040635 GHz 53 0 dBm IX Pw 1 9 dBm Adj Ch Loweer Upper Adj Cha Lewer 4 49 0 494 dB Aiti Adi 30 0 40 0 50 0 60 0 7 70 0 90 0 90 0 000 1100 Center 1 GHz 3 Mode ACLR Co OO 3GPP WCDMA cdmaOne CDMA2000 1x R amp S ZVH R amp S ZVHView
39. 4 2 3 2 Video Bandwidth VBW IF IF DC
40. R amp S ZVH 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 ZVHView R amp S ZVH R amp S ZVH RF we
41. 1309 6946 18 04 89 R amp S ZVH R amp S ZVH K1 i e R amp S ZVH 600 MHz 20 ms 0 0s
42. e TxPower e TxBw e PASS FAIL 5 e Range Hz 1 2 k kHz M MHz G GHz e BRBW Hz Fred Hz Power Abs e Power Rel 29 6 dBm Tx Bw 5 MHz Tx Power EET RBW Hz Freq Hz PowerAbs PowerRel A limit 12 750 M 8 500 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
43. ACLR 1 1 1 MEAS Channel Settings Channel Limit Relative Select A Od mA dB a AN2 00dB 7 Ah4 00dB AR5 00dB Al 00dB Ah7 00dB AB 00dB a A 00dB a Ak10 00dB Ai1 00dB Select me 1309 6946 18 04 63 R amp S ZVH
44. 2 9 1 Frequency Amplitude 4 kJ A Frequency Time domain domain Time 9 7 9 2
45. TS EMF we 1309 6946 18 04 78 R amp S ZVH R amp S ZVH K1 5 R amp S ZVHView R amp S ZVH jisotrd 2 R amp S ZVH R amp S TS EMF N
46. dBuV m V m Oo SCALE AMPT 1309 6946 18 04 107 R amp S ZVH R amp S ZVH K1 3 33333333333 3 5 5 py Unit py V ol dBuA m dBuAm 4 4 2 R amp S ZVH
47. N dB NdB p MARKER p Marker Function py ndBDown M1 2 NdB we 1309 6946 18 04 100 R amp S ZVH R amp S ZVH K1 mw Marker Function Ret 20 0dBm RBW 300kHz SWT 20ms Trace Clear Write At 0 dB VBW 3MHz Trig Free Run Detect RMS oO py ndB Down 6 dB
48. 4 4 3 4 4 4 R amp S ZVH we 1309 6946 18 04 108 R amp S ZVH 5
49. 50 0 pp MARKER Marker Mode Ref Impedance p 1 mO 10kQ 1 1 6 3 1 2 2 2 2 Magnitude Phase 1
50. e R amp S ZVH Level Adjust e 10 1309 6946 18 04 57 R amp S ZVH R amp S ZVH K1 eee
51. py MEAS 1309 6946 18 04 115 R amp S ZVH py Fred R amp S ZVH gt MEAS Fwrd Pwr Display p Forward Power Forward power AVG Forward power PEP
52. 1309 6946 18 04 17 R amp S ZVH Rsf 0 0dB BW 100Hz At 00B 2 1634266 GHz 1 35 dB 2 16B4285713 GHz 100 MHz EE Minimum ES 2 1 5 R amp S ZVH CAT dB Mag dB SWR VSWR VSWR DTF e
53. e e py MODE py Vector Voltmeter RBW 10kHz SWT 20ms Trace Clear Write At 0 d8 Trig Free Run Detect Sample ET hh Ref 30 80 1 2 3 4 5 6 4 1
54. 1 2 1309 6946 18 04 34 R amp S ZVH py View List 2 3 2 2 gt MARKER py New Marker 2 M1
55. R amp S ZVH SCALE AMPT py Level Adjust 3 MHz 3 MHz Ee 1309 6946 18 04 55 R amp S ZVH R amp S ZVH K1 5 4 1 3 4 TDMA 50
56. R amp S ZVHView USB LAN R amp S ZVH R amp S ZVH R amp S ZVH 2 1309 6946 18 04 54 R amp S ZVH R amp S ZVH K1 4 1 3 2 R amp S ZVH MEAS Burst Length gt
57. Phase 200 200 180 pp FORMAT SPAN p Format Settings5 gt Phase Wrap Phase Unwrap Magnitude Phase VSWR
58. p py pRef QB dB Rel 1309 6946 18 04 112 R amp S ZVH Short Normal Long e Short gt 40 dBm
59. Center 1 95 GHz Span 130 MHz Format rr Mode Calibration BB9 2 R amp S ZVH 6 2 2 2 R amp S ZVH R amp S ZVH
60. Trig TG Power 10 dBm 2 1 4 R amp S ZVH K39 R amp S ZVH R amp S ZVH K39 1309 6830 02 S21 dB 2 2 1 gt MEAS py Transmission S21
61. R amp S ZVH R amp S ZVH e R amp SZVH e R amp SZVH e e e R amp SZVH
62. gt 1309 6946 18 04 102 R amp S ZVH R amp S ZVH K1 3555 4 2 8 2 2 1 1 R amp S ZVH 25
63. Center 952 MHz Span 3 84 MHz Clear Spectrogram SaVe Mode lai Playback Spectrogram 1309 6946 18 04 74 R amp S ZVH R amp S ZVH K1 mn gt 40 dB 35dB 30 dB R Spectrogram Playback 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 Det
64. 10 PE PE 11 1175 6603 02 01 ll R amp S ZVH 12 13 14
65. dBm IW mW dB dB VSWR W dBm oO dB Rel R amp S ZVH
66. 2 EN TVWLE 2 R amp S ZVH 2x 4x 8x RBW 10 kHz SWT 38 ms mm Free Run Detect Sample py SCALE AMPT py Zoom Center 1 95 GHz Span 130 MHz Zpom Move X Move Y kk Zoom Factor RBW 10 kHz SWT 38ms Trace Clear Write T Free Run Detect Sample Factor Active Center 1 95 GHz Span 130MHz ER WE Move X Move Y Factor Active 50
67. 4 2 1 3 R amp S ZVH 1 Hz 100GHz 1 Hz 0Hz py FREQ DIST p Freq Offsetf p
68. SCALE AMPT py Ref pp 0 dB 04 01 11 14 13 Ref 0 0 dB RBW 10kHz SWT 38ms Trace Clear Write Trig Free Run Detect Sample 04 01 11 15 31 Ref 20 0 dB RBW 10kHz SWT 38ms Trace Clear Write sAtt 0 dB Trig Free Run Detect Sample Center 1 95 GHz Span 130 MHz Center 1 95 GHz Span 130 MHz Format Ref nt Ref Pos Tr G Outpu Mode alibration Amp Imp Attenuation Display
69. 1 R amp S FSH 631 631 PEAK SAMPLE RMS RMS Level Maximum RMS Sample Minimum 1 30 2
70. we 1309 6946 18 04 81 R amp S ZVH R amp S ZVH K1 33565 6 4 2 1 4 FREQ DIST p Start Freq Stop Fred Center
71. R amp S ZVH IFFT IFFT R amp S ZVH py MEAS py Distance to Fault
72. 1 Space py Auto Insert Off Space we 1309 6946 18 04 140 R amp S ZVH 7 2 2 R amp S ZVH 120 py SAVE RECALL Save Quick Naming 1
73. PE EV62733
74. 1 pe FORMAT SPAN py 1309 6946 18 04 125 R amp S ZVH R amp S ZVH K42 3 3 3 65 Magnitude dB Mag dB
75. R amp S ZVH p SAVE RECALL Recall Screenshot 1309 6946 18 04 11 R amp S ZVH R amp S ZVH 1 5 Measurement SetuD R amp S ZVH py SETUP Measurement Setup Measurement SetuD R amp S ZVH
76. R amp S ZVH Forward 1 2 R amp S ZVH 1309 6946 18 04 114 R amp S ZVH ee 5 5 R amp S FSH Z14 R amp S FSH
77. MARKER 10 1 ENTER
78. RMS R amp S ZVH ACLR 1 59 63 62 62 60 i 57 61 60 60 64 us 79 REM 87 RM Sa 96 Sample 95 DDMAAEEREERERRRKKKEKIK T 1 KK Tn 53 ZVHView eee 23 39 ZVHView 84 81 es 101 NN 102 Ei 101 102 10 5 SR RR 26 I Tc
79. 1309 6946 18 04 44 R amp S ZVH 3 1 3 R amp S ZVHView PC Wizard Result Control gt 1 R amp S ZVHView 2 Report Generator Dalasels on PC Cuent Folder NGSM00_1 Report Output x a Show G eneraiiniormason
80. 2 m AC 3 4 16 A TN TT
81. py MKR py View List 4 1 7 gt MEAS py Meas Mode pp AM Modulation Depth 3 1 2 3 EE
82. R amp S ZVH py p p Select Action py Rename me 1309 6946 18 04 139 R amp S ZVH 7 2 R amp S ZVH 7 2 1 1 1
83. py FREQ DIST p Start Dist Stop Dist p 2 2 2 3 CAT DTF 10 Hz R amp S ZVH 3 6 GHz R
84. 2 kHz 1 kHz 4 1 2 4 99 py MEAS Power BW py we 1309 6946 18 04 52 R amp S ZVH R amp S ZVH K1
85. kl 29 86 106 RE sci EERE RE Ri 31 91 es a II RS RN a NE ee NGWIMSMNB MO 35 KA 143 ll 144 kk 152 ee eo ee Ao 61 eo 6 94 AO 60 ik 73 52 ee EN
86. 4 2 5 1 R amp S ZVH e Clear Write 1 e Averade 2 999 e Max Hold
87. Select Secondary Transducer 2 2 2 dB 2 dB 4 4 1 dB dBm dBmV dBuV V W dBuV m dBuAm R amp S ZVH
88. MHz abslim relim QB V W 1
89. 1309 6946 18 04 70 R amp S ZVH R amp S ZVH K1 33 5 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 dBm 1 275 MHz 15 7 dB T1 000252 121 00 00 25 775 9 Sparc3 84 MHz T1 T2 2 R amp S Z
90. EA EE Ref 20 0 dBm RBW 100kHz SWT 20ms Trace MinHold Att 0 dB VBW 1 MHz Trig Free Run Detect RMS Te Detector We Tee eer EL ITrace 1 py Select Trace 1 R amp S ZVH 1 2 4 2 5 4 R amp S ZVH
91. 13 9 1 10 100 R amp S ZVH 1 3 10 1 Hz 3 MHz 200 kHz 200 kHz O 200 kHz RBW 200 kHz 200 kHz R amp S ZVH
92. DTF DTF FREQ DIST DTF Center Freqn FREQ DIST DTF Start Freq DTF Stop Freq p Vy 2 2 2 2 DTF 0m
93. R amp S ZVHView R amp S ZVH R amp S ZVH USB 4 2 8 1 LINES
94. Phase 1 Magnitude 2 py TRACE Split Screen 2 1 2 1309 6946 18 04 130 R amp S ZVH R amp S ZVH K42 mi OO 6 7 8 RBW 10 kHz SWT 38 ms Trace Clear Write Trig Free Run Detect Sample 108 6 38 0 108 0 Center 1 95 GHz Span 130 MHz a 5 Delete Marker Marker Mode 1 2 1 1 S 2 2
95. pp MARKER py Marker Function Time p 100 ms 500 s we 1309 6946 18 04 101 R amp S ZVH R amp S ZVH K1 533 6 MARKER Marker Function Volume 100 0 100
96. 2 51 dB video bandwidth VBW 3 Auto VBW VBW VBW VBW 2 3 x RBW VBW me 1309 6946 18 04 58 R amp S ZVH R amp S ZVH K1 3 e RMS RMS IF 5 IF
97. we 1309 6946 18 04 133 R amp S ZVH R amp S ZVH K42 3 33333333 SS 5 6 3 3 2 6 3 4 py FREQ DIST p Signal Standard py R amp S ZVHView R amp S ZVH y
98. e e 1 3 R amp S ZVH R amp S ZVH R amp S ZVH p PRESET R amp S ZVH PRESET pg SETUP
99. py py Save 1309 6946 18 04 45 R amp S ZVH R amp S ZVH K1 335335336 65 4 R amp S ZVH K1 R amp S ZVH R amp S ZVH K1 4 1 R amp S ZVH 4 1 1
100. py TRACE Trace Mode Suppression On R amp S ZVH py TRACE py Trace Mode Aperture Manual 1 py Trace Mode Aperture Size 1 Eee 1309 6946 18 04 32 R amp S ZVH
101. x 631 11 RMS RMS 1 RMS RMS RMS 1 R amp S ZVH
102. D2 M2 1309 6946 18 04 35 R amp S ZVH 2 3 2 4 R amp S ZVH e Setto Peak e Setto Next Peak 2 e Setto Minimum py MKR py Setto Peak Set to Next Peak Set to Minimum
103. R amp S ZVH R amp S ZVHView PC Screenshot 0000 User Preference py SETUP User Preference py Default Filename Filename Counter Starts At User Preference png jpg py SETUP p User Preference p Capture Screen Format
104. 631 we 1309 6946 18 04 99 R amp S ZVH R amp S ZVH K1 mn TCXO 0 1 Hz IQ
105. Resolution Bandwidth RBW e 2 2 2 e R amp S ZVH 1 3 3 5 dB 1 10 10 10 dB e
106. gt MEAS py Fred p R amp S ZVH 1309 6946 18 04 111 R amp S ZVH py Zero Before zeroing the Power Sensor please
107. p 1 1 Vy 1309 6946 18 04 37 p Search Limits p Search Limits On Off Search Limits Search Limits X 2 3 3 CAT 2 2 R amp S ZVH
108. p Wizard o EE i CE ET EE gt Select a NE o Site Name 2255 Wallberg Comments sector 1 ii Et Settings No arcane Cable Length MEE oad Start ml RE MEEE 1 MEEE 1 Wizard EE EE 1309 6946 18 04 41 R amp S ZVH e Measurement Definition ENTER Load Meas Set R amp S ZVHView
109. 1 3 100 Hz 100 kHz pp SWEEP BW CAuto Meas BW Manual Meas BW p 2 2 4 2 R amp S ZVH 1 we
110. Transducer 1 2 2 X p Select Primary Transducer gt p Select 200 1300 MHz R amp S HL223
111. e R jX Z0 e G jB Z0 Ee 1309 6946 18 04 129 R amp S ZVH R amp S ZVH K42 3 3556 pp MARKER QO x Marker Mode Trig Free Run Detect Sample gt 1
112. 50 pp R amp S ZVH SWEEP BW Trigger External Rise External FalP y Trigger py Trigger Delay py 2 vy 4 1 4 _
113. R amp S ZVH e e 0 e RISE FALL BNC Ext Trigger 1 4 V TTL R amp S ZVH
114. 1309 6946 18 04 121 R amp S ZVH R amp S ZVH K42 3 3 R amp S FSH Z28 R amp S FSH Z29 R amp S FSH Z28 R amp S FSH Z29 R amp S FSH OPEN SHORT 5 27 mm 1 2 R amp S ZVH py CAL
115. 2 1309 6946 18 04 15 R amp S ZVH 2 1 2 DTF DTF R amp S ZVH DTF dB
116. 3 2 e e e 1 1 1 R amp S ZVH 1 py MEAS py Meas Mode Spectrogram
117. RF DC AM DC AC Amplitude Amplitude TL Time IF signal AM Envelope siqnal DC IF
118. R amp S ZVH py MEAS p Channel Settings pg Channel Spacing TX ACP Channel Spacing TX2 3 20kHz 3 Na a 1x7 8 Rs 0 gt tt Ad 20kHz Alt1 20kHz ENTER A 50 Alt4 20kHz 2 gt p Tx Tx
119. R amp S ZVH AM FM R amp S ZVH 3 5 mm R amp S ZVH AM pp MARKER py Marker Function py
120. gt SCALE AMPT Ref Offset gt 5 2 R amp S ZVH R amp S ZVH e R amp S FSH Z14 R amp S FSH Z44 R amp S ZVH py MODE we 1309 6946 18 04 113 R amp S ZVH
121. py FREQ DIST p 1950 MHz 6 4 2 1 Farm Rg IA rr Att Trg Free Run Detect Sample py CAL Full 2 Port 1 94 5 78 Center 1 95 GHz Span Zero Span ET Phase 6 4 2 2 CAL Full 1 Port 1 p 1309 6946 18 04 136 R amp S ZVH
122. 1309 6946 18 04 157 R amp S ZVH Input Envelope attenuator La detector oscillator x deflection awtoot denerator for sweeP 92 R amp S ZVH 0 40dB 5dB RF IF IF R amp S ZVH 3 IF 9 3 3 6 GHz 04 IF 4892 8 MHz 860 8 MHz 54 4 MHz
123. R amp S ZVH 2 CAL Cal Settings User Calibration Off CAT we 1309 6946 18 04 19 R amp S ZVH SETUP User Preference Discard User Calibration Off fcal R amp S ZVH
124. e RMS 4 1 2 2 RF R amp S ZVH R amp S ZVH 1309 6946 18 04 51 R amp S ZVH
125. gt MEAS DTF Settings Cable Config Define User Model Frequency Velocity Loss 1 p Cable Config y User Model
126. p SWEEP BW py Manual RBW me 1309 6946 18 04 87 R amp S ZVH R amp S ZVH K1 p RBW sRBW 30 kHz p Auto RBW oO 1000 s
127. AI II 8 1 4 2 FREQ DIST Dim __H_ Set to Uplink Downlink 8 1 4 3 FORMAT SPAN Delay Time Depending on format Phase Wrap mo mho 8 1 4 4 SCALE AMPT GD ee 8 1 4 5 SWEEP BW CE tie Ge bore eooered Continuous Sweep Single Sweep nal Rise External Fall Trigger Delay 0 s 8 1 4 6 TRACE
128. R amp S ZVHView R amp S ZVH PC PC R amp S ZVH 7 1 p SAVE RECALL Save Save Dataset Save Dataset 01 702 00 Stat Name Z Time Pablic Datasqts ataset061 set kB 01 0 2000 2211 ataset002 set kB 01 0 2000 2212 Dataset00 set 8 kB 01 02 2000 22 12 ww MN we 1309 6946 18 04 138 R amp S ZVH R amp S ZVH SD USB
129. Ref Level pp MNJ SCALE AMPT py Range Ref Pos p Ref Position 10 p 0 10 0 10 ee
130. e Normal e lt 50 dBm Long R amp S FSH Z1 py Meas Time p R amp S ZVH RH amp S ZVH dB
131. p py Gate Length gt Exitf 1 1309 6946 18 04 93 R amp S ZVH R amp S ZVH K1 33 6 4 2 5
132. R amp S ZVH py SWEEP BW Hold Hold 1309 6946 18 04 30 R amp S ZVH 2 2 4 5 R amp S ZVH py SWEEP py Trigger Free Run CAT Free Run
133. py Standard p 1309 6946 18 04 116 R amp S ZVH dB
134. Primary Transducer isotrfd py ijsotrd py Select 2 me 1309 6946 18 04 79 R amp S ZVH R amp S ZVH K1 Transducer p Select Secondary Transducer dB
135. 2 py SCALE AMPT p Range Ref PosS gt Auto Scale SWR 1 py SCALE AMPT p Range Ref PosS pp Scale Max Scale Min
136. 4 2 2 3 dBm dBmV dBhV Watt Volt gt SCALE AMPT Unit gt 4 2 2 4 RF R amp S ZVH HF
137. 150 dBm Center 952 MHz Span 3 84 MHz Mode Settings Playback Spectrogram Clear 30 dB 60 dBm 100 dBm 1309 6946 18 04 73 R amp S ZVH R amp S ZVH K1 mw Spectrogram Settin
138. R amp S ZVH p SAVE RECALL p 1309 6946 18 04 141 R amp S ZVH 7 3 1 R amp S ZVH y
139. Upper Limif Lower Limitf py Threshold py
140. 5D gt SCALE AMPT py Ref p SCALE AMPT p Range Ref PosS pp
141. 4 1 1 2 RF R amp S ZVH R amp S ZVH R amp S ZVH py SCALE AMPT Level Adjust
142. RMS RMS 1 1 RMS 100 mE 1309 6946 18 04 160 RMS 2
143. RF e cal R amp S ZVH 1 2 e cal R amp S ZVH TG e norm R amp S ZVH e norm R amp S ZVH RF e interp R amp S ZVH
144. gt FREQ DIST FREQ DIST Center Freq R amp S ZVH 1309 6946 18 04 80 R amp S ZVH R amp S ZVH K1 4 2 1 2 1 1 631
145. R amp S ZVH R amp S ZVH Error in zeroing signal at sensor Warning Input overloaded 23 dBm 200 mW Power sensor hardware R amp S ZVH R amp S ZVH
146. Datase set set R amp S ZVH 2 1 2 Save
147. R amp S ZVH 1 py CAL CalSettings Restore Calibration Settings 1309 6946 18 04 20 R amp S ZVH 2 1 6 2 e 2 Full 2 Port
148. Wizard Set Editor Ee 1309 6946 18 04 39 eeeme SNese GSM900 Description 0pional Antenna measurement of one sector Description Measurement Font Instument Cable Definition for Antenna amp Cable Test 00 5 cabetengh ahaion Factop Datasets onPc Instuctions Hardware Setings Please connect ZYH Port 1 with antenna 45 Bias OfF Please do not change measurement configurationl Bias ff Please connect ZVH Port 1 with antenna 45 Bias Off Please do no change measurement configurationl Bias Off Please connect ZVH Port 1 with antenna 45 and Bias Of 27272012 10 10 4 27272012 10 10 4 272 72012 10 10 4 272 2012 10 10 4 1 2 3 4 5 6 7 PC 8
149. Max Hold gt MEAS py Power Display py Max Hold Power Max Power Max Hold ClearWrite pp Max Hold Power Display pp Clear Write Power 4 1 1 6 dBm py MEAS Power Unif gt we 1309 6946 18 04 49 R amp S ZVH R amp S ZVH K1 mn 4 1 2
150. R amp S ZVHView R amp S ZVH RF R amp S ZVH R amp S ZVH RH amp S ZVH 2 1 6 1 R amp S ZVH e fcal R amp S ZVH
151. R amp S ZVH SD SD USB SD USB SD USB 20MB R amp S ZVH 100 kB
152. Select Action Delete py Mark p py ENTER Status ENTER pp Select Action py Delete ENTER Select Action
153. 1 2 BACK BACK 1 me 1309 6946 18 04 8 R amp S ZVH R amp S ZVH 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
154. 3GPP WCDMA 2 we 1309 6946 18 04 46 R amp S ZVH R amp S ZVH K1 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 2 0 1 1 1 1 1 1 1 0 ee lt 0 90 0 0 70 0 0 90 0 Center 1 GHz Span 4 608 MHz POWer PO SH ee ee 5 Mode Standard Adiust nr rwMN 4 1 1 1 R amp S ZVH MEAS
155. FM e Min Peak Min Peak e Sample Sample 1 0 Hz we 1309 6946 18 04 95 R amp S ZVH R amp S ZVH K1 3 3 6
156. 2 3 2 5 Select Marker MARKER Delete Marker Delete Selected ENTER Vv 1 M1 me 1309 6946 18 04 36 R amp S ZVH MARKER p Delete Marker p Delete All Delta gt ENTER
157. TRACE we 1309 6946 18 04 94 R amp S ZVH R amp S ZVH K1 i Trace Mode pp Average Average 10 4 2 5 2 R amp S ZVH
158. Ref 20 0 dBm RBW 100 kHz SWT 500ms Trace Clear Wrre Att 0 dB 3524209 MHz 663 Bm Ss 00 00 57 811 AT HUUE7A py MARKER gt Center 952 MHz Span 3 84 MHz Mode Settings Update Spectrogram Spectrogram Time Line p Select Time Line
159. Select 2 4 2 4 2 1 FREQ DIST 4 2 1 1
160. R amp S ZVH 4 4 R amp S ZVH R amp S ZVH dBuV m R amp S ZVH RF
161. R amp S ZVH 9 RF
162. Tx 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 4 1 4 3 d
163. RE 0 10 0 10 1309 6946 18 04 132 R amp S ZVH R amp S ZVH K42 3 333 3 6 6 py SCALE AMPT p Range Ref PosS pp Ref Position p 04 01 11 1535 Ref 0 0 dB RBW 10kHz SWT 38ms Trace Clear Write sAtt 0 dB Trig Free Run Detect Sample MAISEE Ref 0 0 dB RBW 10kHz SWT 38ms Trace Clear Write Trig Free Run Detect Sample Center 1 95 GHz Span 130 MHz Center 1 95 GHz Span 130 MHz T Ref LE Unit Fef Pos Format ssi G Outpu Mode Calibration Amp Imp Attenuation Display
164. R amp S ZVH py SWEEP BW py Trigger py Trace Video py we 1309 6946 18 04 92 R amp S ZVH R amp S ZVH K1 333333333S 5 6 py SWEEP BW py Trigger Gated Trigger py Trigger Gated Trigger
165. Upper Limitf Lower Limit Unselect Limit 4 2 8 2 1 Pass Fail py Options Audio Beep me
166. p RecalP gt Exif Recall Dataset 7 3 2 Activate R amp S ZVH 7 4 gt SAVE RECALL p File Manager
167. DC 1309 6946 18 04 159 R amp S ZVH 2 Spectrum 28 05 08 07 38 Spectrum 28 05 08 07 39 Ref 60 0 dBm sRBW 100 kHz sSWT 200ms Trace Clear WVrite Ref 60 0 dBm sRBW 100 kHz sSWT 200 ms 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 6 80 70 70 60 60 50 50 40 40 30 20 ul 10 VBW VBW Center 97 3 MHz Span 800 kHz Center 97 3 MHz Span 800 kHz IE nr Oe ee RBW RBW VBW VBW RBW RBW VBW VBW
168. ES Zs N i AD N 1 D PaMs 4 1 4 1 R amp S ZVH gt MEAS p Standard
169. e 1 Full 1 Port 1 e 1 Easy 1 Port 1 e Normalize Transmission e Normalize Transmission lsolation
170. 3356 4 1 2 5 R amp S ZVH 10 pp FORMAT SPAN Auto Span Manual Span R amp S ZVH gt 10
171. 1 6 R amp S ZVH Web Web 1 7 R amp S ZVH 1309 6946 18 04 12 R amp S ZVH 2 CAT
172. R amp S ZVH 5 1 R amp S ZVH 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 ZVH USB R amp S NRP Z4
173. e e py ENTER py New Marker 2 3 2 3 1 M1 pp MARKER py Select Marker py Marker Type
174. 9 10 gt py 1 Measurement LGSM900 set Measurement Name 45deg Instructions Please connect ZVH Port 1 with antenna 45 Hardware Settings BNC1 Trigger Input BNC2 IF Out Internal DC Bias i Internal DC Bias Level okt 12Y Set To default cenet R amp S ZVH
175. we 1309 6946 18 04 142 8 8 1 1 8 1 1 1 R amp S ZVH SETUP R amp S ZVH Discard Calibration Data Pre set Mode Pre set Dataset Default Filename Filename Counter Starts At Capture Screen Format Default Dataset Name qth Unit Display Color Scheme System Beeper Volume Current Power Source Battery Level Battery Low Level Battery Low LevelBeep snt Self Alignment Last Alignment Date Resetto Factory Settings 8 1 1 2 SAVE RECALL
176. py MARKER p Delete Marker p Delete All py ENTER 2 3 2 6 R amp S ZVH Set to Peak Set to Next Peak Minimum MKR p Search Limits gt Search Limits On Off gt ENTER X 2 p Search LimitsS Lower Limitf ENTER
177. R amp S ZVH R amp S ZVH we 1309 6946 18 04 75 R amp S ZVH R amp S ZVH K1 55 5 4 1 8 5 USB SD py Playback Meas Mode gt Spectrogram Playback Recall Spectrogram spm py p
178. dB 6 1 2 6 1309 6946 18 04 33 R amp S ZVH 13 08 10 00 21 0 0 d8 BW 10kHz SWT 113 ms T tt 0 dB rig Free Run CID 46970254 GHz 76 19 8m oy 189 3214 MHz 3264 dBm 2 3 2 1 by 106 4286 MHz 24 90 dBm wo 3 5 M x D x
179. py Confirm 1309 6946 18 04 43 R amp S ZVH 1 Continue Repeat Meas
180. Et PO 7 a 4 1 5 Spectrum Emission Mask SEM SEM R amp S ZVH R amp S ZVH R amp S ZVHView
181. 2 3 1 3 R amp S ZVH py TRACE Trace Memory py Show Memory Show Memory Show Memory
182. 8 1 2 7 CAL R amp S ZVH eee EN eee ee We Easy 1 Port Normalize Transmssion Normalize Transmission Normalize Transmission with Isolation 8 1 3 R amp S ZVH K1 8 1 3 1 MEAS R amp S ZVH K14 BN mm mm fm mm mm Spectrum Channel Power Spectrum Emission Mask Harmonic Distortion AM Modulaton Depth Spectrogram Spectroqram Playback lsotropic Antenna lso Direction 1 8 W 9 Max Hold Channel PwrHz Sorton Name Sort on Date Time SortonSize Show Combatible Show all Files Sort on Name Sort on Date Time Sorton Size Show Combatible Show all Files TDMA Sorton Name Sort on Date T
183. Change Table Item gt ENTER R amp S ZVHView R amp S ZVH Quick Naming Import Import Quick Naming Table Quick Naming Export Export Quick Naming Table 1 1 1 1 7 3 R amp S ZVH
184. 631 1 631 1 R amp S ZVH e Auto Peak Auto Peak e Max Peak Max Peak
185. 3 R amp S ZVH 2 2 2
186. 2 1 6 3 2 2 py RF R amp S ZVH pp CAL 1309 6946 18 04 21 R amp S ZVH Full 2 Port Oo For calibration please connect an OPEN to Port 1 1 OPEN Press Continue to start the calibration OPEN 1 p Cancel Continue Calibrating OPEN OPEN Please wait gt OPEN
187. R amp S ZVH 20 dB py SCALE AMPT RF Att Amp Imp py Preamp On Preamp Off 4 2 2 7 50 0 R amp S ZVH 75O R amp S ZVH RF 75 O HF 750 75 0Q 50 75 0 R amp S RAZ 750 SCALE AMPT
188. 1309 6946 18 04 68 R amp S ZVH R amp S ZVH K1 mm 2 2 D2 3 D3 D3 WW 1 01 10 EE Ref 20 0 d8m RBW 100Hz SWT 2 5s Trace Clear Write tt 0dB Trig
189. 40 dBm 0 dBm EEE 1309 6946 18 04 118 R amp S ZVH R amp S ZVH K42 3333 04 09 09 10 02 3 Ref 00d8 RBW 10 kHz SWT 63ms Trace Clear Wirite Att 0 dB Trig Free Run Detect Ssample Span 500 MHz ee Format 1 2 3 0dB 4 S 5 6 6 1 R amp S ZVH R amp S ZVH 2
190. R amp S ZVH R amp S ZVH R amp S ZVHView Channel Table Editor R amp S ZVH 6 3 5 R amp S ZVHView USB LAN R amp S ZVH RS amp S ZVH R amp S ZVH e
191. 1 180 Delay Time 1309 6946 18 04 127 R amp S ZVH R amp S ZVH K42 3 5 s 3 6 3 1 1 gt FORMAT SPAN pp Smith Chart
192. 5 6 7 Vrms gt 30 V 8 PC IT IEC 60950 1 EN 60950 1 IE C61010 1 EN 61010 1 9
193. Relative we 1309 6946 18 04 62 R amp S ZVH R amp S ZVH K1 4 1 4 5 1 1 1 4 1 4 6 MEAS Channel Settings5 ACLR Ref Setting Tx Channel Min Power Tx Channel Max Power Tx Channel Lowest Highest Channel
194. USB LAN R amp S ZVH R amp S ZVH R amp S ZVH 2 e 5x e 1 4 es 3 e RMS
195. yp Power Meter CAE 3 me 0 0 dBm Ofset 09 dB Forwarded Power AVG 32 11 E T Piiiiiiiiiiiti 25 30 35 dBm Reflected Power iiiiiiiiitiiit 8 2 5 39 d8m Freq f Ref Standard 1 2 3 4 5 6 7 8 9 10 5 2 1 R amp S ZVH
196. 2 3 1 4 2 2 3 2 R amp S ZVH 6 5 DTF DTF dB dBm
197. e R amp SZVH e R amp S Web R amp S ZVH py MODE p Power Meter 1309 6946 18 04 109 R amp S ZVH 07 01 10 11 105 A2 ret 00 dBm 3 Offset 00 4d8 MeasTime Normal I O57 55 7 ON ORM
198. e norm R amp S ZVH RF e interp R amp S ZVH R amp S ZVH 1 we 1309 6946 18 04 120 R amp S ZVH R amp S ZVH K42 6 1 1 2 R amp S ZVH e 2 Full 2 Port 2
199. 1 Select Time Line 1 T1 gt 1309 6946 18 04 76 R amp S ZVH R amp S ZVH K1 mw 0 1024 R amp S ZVH
200. 1 1 630 10 1 py FREQ DIST pp CF Step Size 0 1 x Span 10 1 Center Manual pg 10 R amp S ZVH
201. R amp S ZVHView Cable Model Editor 2 2 1 1 py MEAS gt DTF Settings Cable Config 06 08 10 18 13 St Name sie Date Time EE rm Cable Models a gt Select Cable Model HE 8 HCE 2 1 HH 1 1 Be 1 FLC158 50J cblmod 1kB 31 05 2010 1521 o FLC78 50J chlmod 1kB 31 05 2010 15 21 HCC12 50J cblmod 1kB 31 05 2010 15 21 NC oc 2 ET 1 HJ12 50 cblmod 1 kB 31 05 2010 15 21 gt SelecY 0 p Cable Config Deselect Cable Model 2 2 1 2
202. e e 2 e EEE 1309 6946 18 04 72 R amp S ZVH R amp S ZVH K1 5353S 6 4 1 8 3 R amp S ZVH Spectrogram Settings p Spectrogram Colo
203. p Save Meas Results 2 R amp S ZVH sitename_measurement 2
204. Interrupt Wizard R amp S ZVH WIZARD Resume Sequence Cancel Measurement Wizard
205. R amp S ZVH K1 53333 3 5 R amp S ZVH gt SCALE AMPT Level Adjust 1 MHz 1 MHz 4 1 2 3 py MEAS py Chan BW gt 5x
206. 1 201 py SWEEP BW pp Number of Points py 2 2 4 4 R amp S ZVH
207. Move X Move Y p Zoom Active Span 130 MHz A e QB Magnitude Phase dB e Lin Magnitude Phase Rho rho e Real Imadg Rho e R jX e G jB
208. 130 MHz CAL 1 2 lt N Ref 0 0 dB RBW 10 kHz SWT 38 ms Te mm Trig Free Run Detect 2 Center 1 95 GHz Span 130 MHz Mode Calibration Format eT ReSult JE 6 3 6 3 1
209. AT 2 T2 1 T1 2 1 2 1309 6946 18 04 77 R amp S ZVH R amp S ZVH K1 msn
210. R amp S ZVH USB R amp S FSH Z1 R amp S FSH Z18 R amp S NRP USB USB E R amp S ZVH N 1309 6946 18 04 110 R amp S ZVH
211. 1 AC
212. R amp S ZVHView py MEAS py Meas Mode Spectrum Emission Mask we 1309 6946 18 04 64 R amp S ZVH R amp S ZVH K1 EE R amp S ZVH SEM R amp S ZVH SEM Ref 32 5 d8m SWT 142 ms Trace Clear Write VBW 300 kHz Trig Free Run Detecr RMS 29 6 dBm 1 5 MHz Range Hz RBW Hz Freq Hz Power Abs 3 12 750 M S 500 M 1M 1 95 85 9Bm 500 M 7 500 M 1M 870030476 M 5 06 dBm 7 500 MM 3 500 M 1M E74 078095 M 85 93 dBm 3 500 M 2 500 M 30k 875 778095 M 99 93 dBm 525 1 72 5 1 2 5 Center 878 49 MHz Span 25 5 MHz 1 2 3 SEM
213. 2 1920 MHz 1980 MHz pp 2 RF 1 R amp S ZVH R amp S ZVH p PRESET pp py MEAS p Transmission S21 Transmission S12 py FREQ DIST gt
214. 8 1 1 3 R amp S ZVH HS PE 5 Pe Fi 8 1 2 amp 8 1 2 1 FREQ DIST DTF CC ma Auto Span gt Set to Uplink Downlink 8 1 2 2 SCALE AMPT
215. R amp S ZVH K42 2 R amp S ZVHView 3 1 1 R amp S ZVHView R amp S ZVH R amp S ZVHView R amp S ZVH Web 3 1 1 1 R amp S ZVH R amp S ZVH 2 gt PC R amp S ZVHView
216. 1 M1 M2 THD dB 2 6 gt MEAS Harmonics 4 1 6 2 py MEAS py Adjust Settings 4 1 6 3
217. DTF Span Auto Span p Manual Span gt Auto Span 10 MHz 25 1309 6946 18 04 R amp S ZVH DTF DTF
218. 0s lt 1ms 10 us 1 ms 10 ms 100 ps 10ms 100 ms 1ms 100ms 1s 10 ms 1s 10s 100 ms 10s 100s 1s 1309 6946 18 04 31 R amp S ZVH 2 3 2 3 1 2 3 1 1 R amp S ZVH TRACE py Trace Mode Clear Write Average 2 3 1 2 R amp S ZVH
219. R amp S ZVHView R amp S ZVH R amp S ZVH 1309 6946 18 04 42 R amp S ZVH e Measurements R amp S ZVH py
220. gt p Select R amp S ZVHView USB LAN R amp S ZVH R amp S ZVH R amp S ZVH e 2 1309 6946 18 04 59 R amp S ZVH R amp S ZVH K1 4 1 4 2 R amp S ZVHView R amp S ZVH py MEAS
221. 1309 6946 18 04 29 R amp S ZVH ee 5 Average SWEEP BW py Trigger gt Single Sweep p Continuous Sweep 2 2 4 3
222. 1309 6946 18 04 71 R amp S ZVH R amp S ZVH K1 33356 py MEAS yp Clear 4 1 8 2 2 gt MEAS Spectrogram Settings Spectrogram Full Screen 2 py Spectrogram Full Screen X
223. 3 4 5 5 we 1309 6946 18 04 50 R amp S ZVH R amp S ZVH K1 SS 4 1 2 1 R amp S ZVH gt MEAS p Standard gt p Select R amp S ZVHView
224. ENTER p 3 1 2 2 pp Start Meas Set R amp S ZVH 2 R amp S ZVH R amp S ZVHView ri 45deg Please connect ZVH Port 1 with antenna 45 R amp S ZVHView
225. R amp S ZVHView R amp S ZVH 1000 2 2 2 dB R amp S ZVH 2 1 dB dBuV m dBuAm W m2 dB R
226. THROUGH cal 1309 6946 18 04 22 R amp S ZVH 2 2 2 2 1 R amp S ZVH R amp S ZVH
227. 21 10 22 11 23 12 EE 1309 6946 18 04 7 R amp S ZVH R amp S ZVH 1 2 R amp S ZVH ENTER CANCEL 2 3 4 5 6 7 BACK 1 2 1 0 9
228. Max Hold Max Hold Max Hold e Min Hold Min Hold Min Hold Min Hold View View
229. p Upper Limi Lower Limi py Load From File Sort Show Show Compatible 1309 6946 18 04 103 R amp S ZVH R amp S ZVH K1 3 p Select Limits On Off
230. pe Antenna amp Cable Test 1 2 gt MEAS p Select Driving Port pp Port 1 Port 2 amp Ref 0 0 dB BW 100 kHz Trig Free Run eAtt 5 dB TG Power 10 dBm Center 1 18053 GHz 8 Span 236087 GHz DTF tist Cable Loss S OO oO No we 1309 6946 18 04 14 R amp S ZVH
231. py Auto Span 4 1 3 TDMA GSM TDMA 1 TDMA 1 TDMA 0 Hz py MEAS p Meas Mode TDMA Power TDMA
232. py FORMAT SPAN Full Span Last Span 82 1309 6946 18 04 R amp S ZVH R amp S ZVH K1 555 0 Hz 0s p FORMAT SPAN p Zero Span 0 Hz 4 2
233. o For calibration please connect a SHORT to Port 1 1 Press Continue to start the calibration SHORT y SHORT 1 Continue SHORT py SHORT 1 LOAD 50 Q For calibration please connect a LOAD to Port 1 1 1 EC CLOAD 1 Continue LOAD gt CLOAD 1 2 THROUGH Fm ciarmepn plwserenace the DUT by a THROUGH cmnnecten_ Press Continue to start the calibration pe THROUGH pp Continue
234. 2 e 2 6 3 6 2 we 1309 6946 18 04 134 R amp S ZVH R amp S ZVH K42 3 3 333 333333333 56 R amp S ZVH K45 6 4 R amp S ZVH K45 R amp S ZVH K45 1304 5658 02 VSWR R amp S ZVH 24 28 S11 S21
235. Standard gt p Select NNE R amp S ZVHView USB LAN R amp S ZVH R amp S ZVH R amp S ZVH 2 1309 6946 18 04 47 R amp S ZVH R amp S ZVH K1
236. 1 x IF IF IF IF IF R amp S ZVH 1 Hz 3 MHz IF IF
237. 2 p Live Update 4 1 9 R amp S TS EMF 1158 9295 13 R amp S ZVH 30 MHz 3 GHz 3 R amp S ZVH 3 r E JE E E R amp S TS EMFZ2 1166 5708 02
238. DTF 1 2 ki SE BW 100 kHz Tnig TG Power 10 dEm 21 B1 dB Center 1 18053 GHz Sparn 2 36067 GHz DTF List 4 Ua Config rd Cable Loss Ee 1309 6946 18 04 16 R amp S ZVH 2 1 3 1 dB py MEAS 1 Port Cable Loss
239. py Meas Mode pp Harmonic Distortion 2 14 01 10 EE Ret 27 4 dBm RBW 3MHz SWT 20ms Trace Ciear Write Att 0dB VBW 3 MHz g Free Run Detect RMS 100 7634 MHz 2 200 9532 MHz 68 9 dBm 300 3783 MHz 795 dBm 400 5681 MHz 808 dBm 500 7579 MHz 814 dBm 0 92 Cy 47 4 1 57 4 67 4 77 4 87 4 1 lS 5 15 107 4 1 1 Center301 143063 MHz 1 2 3 dB 4 5 6 1309 6946 18 04 67 R amp S ZVH R amp S ZVH K1 3 3 4 1 6 1
240. py User Preference pp Preset Dataset User Preferences Preset Mode pp User Defined PRESET Eee 1309 6946 18 04 10 R amp S ZVH R amp S ZVH 1 4 p USB SD USB SD SD
241. R amp S ZVH 1 1 R amp S ZVH oO 2 3 4 EE Ret 0 0 dB BW 10kHz SWT 113 ms Trig Free Run 6 TT 48 07 40 N Longitude 11 38 46 E CD 463 0254 GHz 76 19 dBm Bp CED 1893214 MHz 3264 dBm 9 Fall Me9iw 1 13 2 GPS 14 3 15 4 16 5 17 6 GPS 18 7 19 8 20 9
242. ee 138 2 Ra 138 7 2 KK 140 7 2 1 kk 140 7 2 2 kk 141 7 3 uuuuccuu uuu naam nuaua anaaaa maa 141 73 1 w Sn ER 142 7 3 2 i 142 7 4 KR 142 8 143 1309 6946 18 04 3 8 1 1 tet 143 8 1 2 amp 144 8 1 3 R amp S ZVH K1 kk 147 8 1 4 R amp S ZVH K42 kk 152 8 1 5 155 9 157 F 162 R amp S ZVH R amp S ZVH
243. 20 dB S N 1 MARKERY Ret 200 dBm RBW 300 kHz SWT 20 ms ms OB WHz Trig Free Run Detect RMS Marker Function Frequency Count 1 Hz M1 C N dB 2 2 3 dB
244. 82 TBMA 54 40 a En lll SR AMPT AACATE a ES AMPT AMPT FREQ MARKER kk MEAS GAT age MEAS 46 MEAS ill 119 122 125 MEAS 1309 6946 18 04 162 R amp S ZVH 72 SN 93 6 23 ai7 13 13 66 ee 29 85 1 PP 85 117 95 k
245. Cal Settings p Offset Length Port 1 Offset Length Port 2 oO 6 2 R amp S ZVH R amp S ZVH K42 50 QO VSWR
246. amp 2 Ee 1309 6946 18 04 98 R amp S ZVH R amp S ZVH K1 EE 4 2 6 2 dBm Hz R amp S ZVH
247. error Power sensor error R amp S ZVH Unknown power sensor model connected R amp S ZVH 5 1 2 R amp S ZVH
248. gt SCALE AMPT Ref Offset gt 0 Ref es Ref 20 0 dBm Ee 1309 6946 18 04 84 R amp S ZVH R amp S ZVH K1 5 4 2 2 5 RF RF RF R amp S ZVH 3 e Auto Low Distortion RF 10 d
249. 1309 6946 18 04 119 R amp S ZVH R amp S ZVH K42 3 5 SS R amp S ZVH R amp S ZVH 6 1 1 1 amp
250. R amp S ZVH 2 1 R amp S ZVHView Cable Model Editor R amp S ZVHView PC R amp S ZVH we 1309 6946 18 04 23 R amp S ZVH PC R amp S ZVH R amp S ZVH
251. IF LO LO 4 8 GHz 8 4GHz 8 GHz 08 IF 8924 8 MHz 860 8 MHz 54 4 MHz IF 2 IF 2 ffo fiE 1 fo fmn fro fn IF we 1309 6946 18 04 158 R amp S ZVH Input frequency range 0 Hz Input Intermediate Local Image frequency frequency oscillator frequency Frequency fio image 9 3
252. R amp S ZVH R amp S ZVHView Channel Table Editor R amp S ZVH py FREQ DIST Frequency Mode p Channel gt R amp S ZVH
253. 4 1 MARKERY Ref 20 0 dBm RBW 300 kHz SWT 20ms Trace Clear Writa Att 0dB VBW 3MHz Trig Free Run Detect RMS Marker Function p Noise dBm Hz 1 dBc Hz R amp S ZVH
254. 8 1 4 7 LINES Audio Beep Load From File Unselect Limit 8 1 4 8 MARKER MKR INomal uu t IR K 0 tmtV l Selected Markers Center Level Marker Center Marker Freq Level Marker Level 8 1 5 8 1 5 1 MEAS 8 1 5 2 FREQ DIST III 8 1 5 3 SCALE AMPT GD ee ee 8 1 5 4 SWEEP BW
255. PleeseWatx 1 MHz 1 MHz 4 1 1 3 py MEAS Chan BW gt 1 2x 833 Hz 1 kHz 1309 6946 18 04 48 R amp S ZVH R amp S ZVH K1 4 1 1 4 R amp S ZVH
256. R amp S ZVH External Rise External Fall RISE FALL Ext Trigger BNC 1 4 V TTL Trig py Trigger Trigger Delay 0 us 100s
257. X wee 1309 6946 18 04 96 R amp S ZVH R amp S ZVH K1 355 4 2 5 3 2 2 2 2 1 py TRACE Show Trace 2 2 2 Trace 2 X 2
258. cdmaOne 30 kHz 30 kHz NADC IS136 Auto RBW RBW RBW BMW 1 40 RBW 1 3 e
259. ACLR Adjacent Channel Leakage Ratio ACLR 2 ACLR MEAS Meas Mode py ACLR ACLR ACLR R amp S ZVH 12 12 2
260. 35 TDMA 55 1 129 51 i 35 ki 48 i 37 29 90 9 II 68
261. 2 Group Delay 0 Electrical Length A _ 2 A To lg TocCo Co r 2 e e
262. R amp S ZVH User Model X vy vV 2 2 1 3 DTF DTF DTF py MEAS py DTF Settings DTF List e Peak e Distance 1309 6946 18 04 24 R amp S ZVH 2 2 2 e Return Loss DTF py MEAS py
263. dB gt SCALE AMPT Ref Offset gt R amp S FSH Z14 R amp S FSH Z44 dB R amp S ZVH
264. R amp S ZVH K42 R amp S ZVH K45 6 4 3 6 4 3 1 gt MEAS py pHRef RBW 10 KHz SW Ts Tree Chear We e Att 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 Fesnlf JE Vector Voltmeter FE Format Option 1309 6946 18
265. py Channel Settings pp Tx Channels p Channel Settings pp Adj Channels pp MEAS TX ACP Channel Bandwidth gt Channel BW A a Rt a a
266. Memory lt x gt X 4 2 5 5 EE CAV 1710 1 3 TRACE Ref 10 0 dBm RBW 300kHz SWT 20ms Trace Clear Write Att 30 dB py Trace Memory MMMMMI py Show yp Trace Math py Trace Memory Memory Trace Center 1 GHz SWP Time gt Of 4 2 6 4 2 6 1
267. R amp S ZVH gt PRESET gt p MEAS gt 1 Reflection S11 2 Reflection S22 FREQ DIST p 1950 MHz gt FREQ DIST we 1309 6946 18 04 124 R amp S ZVH R amp S ZVH K42 33 3 py Span p
268. 4 5 6 7 8 SEM 4 1 5 1 R amp S ZVH gt MEAS p Standard gt p Select R amp S ZVHView USB LAN R amp S ZVH R amp S ZVH
269. DC AM AC Envelope Signal Amplitude AM RF Signal oo Firipitude video voltage DC voltage from carrier AC voltage from modulation AC AC AM mE 1309 6946 18 04 88 R amp S ZVH R amp S ZVH K1 355S6 56 R amp S ZVH 1 3 10 1 Hz 3 MHz
270. R amp S ZVH SCALE AMPT py Auto Scale 0 10 1 0 10 py SCALE AMPT py Range Ref Pos Ref Position p
271. e 2 2 1 VSWR we 1309 6946 18 04 18 R amp S ZVH Reft 0 0 dB Bw 2 1 6 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
272. 1 2 Ee 1309 6946 18 04 135 R amp S ZVH R amp S ZVH K42 3 3 3 5 R amp S ZVH K45 6 4 2 1 2 1920 MHz 1980 MHz py MEAS pp 1 Reflection S11 Transmission S12
273. 2 e fcal R amp S ZVH R amp S ZVH S R amp S ZVH 2 e fecal R amp S ZVH RF e norm R amp S ZVH
274. RF Att Amp Imp pe R amp S RAM R amp S FSH Z38 4 2 2 8 Eee 1309 6946 18 04 86 R amp S ZVH R amp S ZVH K1 4 2 3 R amp S ZVH SWEEP BW 4 2 3 1
275. VSWR Reflection Coefficient p FORMAT SPAN py Format Settings5 rho mrho 1309 6946 18 04 126 R amp S ZVH R amp S ZVH K42 33 3 33 Smith Chart
276. RF RF 1 gt X Y Z 9 D Sub MEAS Meas Mode y lsotropic Antenna R amp S ZVH 3 R amp S ZVH AMPT Transducer
277. e User e Site Name R amp S ZVH e Comments e GPS Position GPS GPS ENTERY GPS e Use Wizard Cable Settings Yes e Cable Model R amp S ZVHView e Clear Cable Mode e Cable Length e Calibration
278. 200 us 1000 s gt SWEEP BW Auto SWP Time py SWP Time py Manual SWT wsSWT 2 5s 4 2 4 2 R amp S ZVH 1
279. 45 4 R amp S ZVH K1 46 4 1 Muucuiiucrnunnrrranrerrtranrsrtmeeerarreeaarrtranrereanrenraneerear 46 4 1 1 uuu 46 4 1 2 SR 50 4 1 3 TDMA kk 53 4 1 4 ACLR 56 4 1 5 Muu uuuiiiiiiitettetttettttteee 64 4 1 6 kk 67 4 1 7 i 68 4 1 8 R amp S ZVH K14 70 4 1 9 kk 78 4 2 MMecccccnerernrrreranrerrtranesrrmteeaerrneeanrreeanrreeanrerrneerraear 80 4 2 1 RE EE 80 4 2 83 2 52888 87 4 2 4 uciarianeartattatear 42R5 ee 89 4 2 5 a 94 2 0 BB 98 0 YE 102 0 0 SO0 103 4 3 Ms KK 105 4 EE KEE KK RE 106 4 4 1 KK 107 4 4 2
280. 6 3 2 R amp S ZVH R amp S ZVH R amp S ZVH 0 dB 0 dB R amp S ZVH
281. 8 WE Ak11 14kHz p ENTER gt 833 Hz 1 kHz Ee 1309 6946 18 04 60 R amp S ZVH R amp S ZVH K1 333333333333333S 6 R amp S ZVH CDMA2000 DS MC1 MC3 IS95 B C IS97 B C IS98 B C
282. Auto Trace Video 50 External Rise External Fall Trigger Delay 0 s Gated Trigger Gate Settings 8 1 3 6 TRACE 8 1 3 7 LINES 8 1 3 8 MARKER MKR Frequency Count N dB 3 0 dB Channel Selected Markers All Markers Search Limits On Off Center Level Marker Center Marker Freq Level Marker Level 8 1 4 R amp S ZVH K42 R amp S ZVH K42 8 1 4 1 MEAS
283. 1950 MHz FREQ DIST py Span 130 MHz CAL gt we 1309 6946 18 04 123 R amp S ZVH R amp S ZVH K42 5 Ref 0 0 dB RBW 10 kHz SWT 38 ms Te a sAtt 0 dB Trig Free Run Detect Sample
284. 2 1309 6946 18 04 53 R amp S ZVH R amp S ZVH K1 EE TDMA Ref 5 0 dBm RBW 300 kHz SWT lms Trace Clear Write Att 25 dB sVBW 1MHz Trig Video Detect Sample Burst Length E470us Center1 GHz SparrZero Span WO vi he Burst 7 Mode Standard Adjust SWP Time Length TDMA TDMA NO OnR RM 4 1 3 1 R amp S ZVH GSM EDGE gt MEAS p Standard gt gt Select
285. 4 2 7 100 dB 0 3 dB 0 3 dB 1 10 py LINES p Display Line
286. R amp S ZVH K1 3 Select Channel Settings p Channel Limit Absolute pp pp Channel Settings Check Channel Limits
287. TE 142 0 RES 10 CAT a eo 1309 6946 18 04 164 9 HH 94 SEEAAAMANLENNANANANANININ Eo 118 48 i 144 71 EE 147 eeoo 120 152 33 98 134 CR 155 PF 34 100 33 97 131 II lb o bh 99 Ab 7 SR 100 25 80 129 aoaoaa oneness 104 2 36 AGCLUR 0 63 SSN 36 SR 103 134 76 72 35 ACLR kk 56 35
288. 2 1 gt 2 Trace Select Trace Select Trace 1 2 El 2 1 2 1 2 2 1309 6946 18 04 131 R amp S ZVH R amp S ZVH K42 3 33 5
289. 50 0 Move X py 509 50 Ee 1309 6946 18 04 128 R amp S ZVH R amp S ZVH K42 53 5 3 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
290. K _Q Eu 10 1 40 NN ETKK Y r TREE 11 1 5 12 1 6 Lcaumcaaaaaccaaucnaantteantaeatteaaaaaartearteattaraaranneeaneearas 12 1 7 uuacumuuaccanuaaaneuaneteaaaeteaaeeeaaaeteaaeae 12 2 ei 13 2 1 ee 15 2 1 1 15 2 IRR0BBBEB8BB 16 2 1 3 1 i 17 2 1 4 R amp S ZVH K39 kk 17 2 1 5 18 2 1 6 19 2 2 Scoiodaiiskisssbartcsisastaiesssstauna dsosnnis earnsiais 23 2 22 1 23 2 2 2 BB 25 2 2 3 27 2 2 4 29 2 3 Sos snias 32 2 83 100 0 EE 32 2 90000E8P 33 1309 6946 18 04 1 R amp S ZVH 2 3 3 38 3 39 3 1 1 i 39 3 1 2 41 3 1 3
291. 2 Tx Tx Tx Tx e Tx Tx e Tx 2 Tx 1309 6946 18 04 61 R amp S ZVH R amp S ZVH K1 55 365 R amp S ZVH 12
292. gt VBW sVBW 300 kHz pp VBW gt Auto 4 2 4 SWEEP BW 4 2 4 1 1 gt 0 e
293. 1309 6946 18 04 28 R amp S ZVH 2 2 3 2 R amp S ZVH RF gt SCALE AMPT py TG Power 0 40 dBm p Receiver Att RF RF 0 40 dB 5dB 2 2 4 2 2 4 1 S21
294. 8 1 2 3 SWEEP BW i a Fd 8 1 2 4 MARKER MKR Ce Fe Delete Selected Delete All Delta Delete All i Fete rie ieee oo Selected Markers Search Limits On Off All Markers UpperLimit 8 1 2 5 MEAS Transmission S21 R amp S ZVH K39 Select Cable Model Deselect Cable Model Define User Model Define User Model User Model 8 1 2 6 FORMAT SPAN
295. DTF Settings DTF List Threshold QB gt FREQ DIST 2 2 2 1 DTF 1 GHz 50m py FREQ DIST
296. DUT R amp S ZVH gt MODE py Network Analyzer R amp S ZVH 0 dBm 40 dBm 1 dB SCALE AMPT TG Power
297. R amp S ZVH 2 1309 6946 18 04 65 R amp S ZVH R amp S ZVH K1 4 1 5 2 R amp S ZVH R amp S ZVH Adjust Settings 4 1 5 3 py MEAS py View List 5
298. a remove all signals from the sensor input Press Continue to start zeroing gt Continue Cancel Zeroing power sensor Dlease wait 5 59 Please Wait R amp S ZVH dBm W mW uW nW pW dB Unit dB Rel
299. 1309 6946 18 04 104 R amp S ZVH R amp S ZVH K1 53 5 Audio Beep X 4 3 R amp S ZVH
300. MEAS Adjust Settings 3 4 1 7 3 p MKR View List 4 1 8 R amp S ZVH K14 R amp S ZVH K14
301. Oe Show MakerDaa Show Measurement Results Name Size Time H 45deg set 455KB 2720 201212 31 dif 45deg set 455KB 27207201212 31 1 45deg set 455KB 2720 2012 12 31 dt 45deg set 455KB 2720 201212 31 isolation set 48 4KB 2720 201212 31 mn Show Measurement Settings Show R amp S logo in footer J ET 3 KK isolation set Show Company logo Select Company logo PDF HTML RTF Preview nr rwMN
302. e 2 Full 2 Port High Accuracy 2 e 1 Full 1 Port 2 e Normalize Transmission 2 e Normalize Transmission with lsolation 2 6 1 1 3 amp 2 2 2 R amp S FSH
303. 108 4 4 3 ik 108 4 4 4 108 5 uaaoALGaiasansnaanainsnaaniaaiaeainsanisanisainiaans 109 1309 6946 18 04 2 R amp S ZVH 9 ER 109 5 1 1 kk 110 5 1 2 kk 111 5 2 suo cussissa atssasksva stds tessasieaiue asasen 113 5 2 1 kk 114 5 2 2 kk 115 6 R amp S ZVH K42 118 50 119 6 2 2 Et 122 6 2 1 i 123 6 2 2 i 124 6 3 0 125 6 3 1 kk 125 6 3 2 i 132 6 3 3 134 6 3 4 i 134 6 3 5 i 134 6 3 6 kk 134 6 4 R amp S ZVH K45 ee 135 6 4 1 kk 135 6 4 2 kk 136 AN usrsiieiaehN Eee Faas a aanaa naa 137 7
304. 1309 6946 18 04 83 R amp S ZVH R amp S ZVH K1 55 6 4 2 2 2 100 dB 10 dB R amp S ZVH gt SCALE AMPT Range Ref PosS
305. 2 1 R amp S ZVH 2 1 1 S11 dB py MEAS p Reflection S11 Trig TG Pawer 10 dBm
306. 99 93dBm 70 43dB Ee 1309 6946 18 04 66 R amp S ZVH R amp S ZVH K1 mmm e ALimit SEM 4 1 6 Total Harmonic Distortion THD gt 0 0 R amp S ZVH 1 py MEAS
307. Free Run Detect Auto Peak CD 1000001 MHz 27 2 1 kHz 12 1 dB 03 1 kHz 2 vod_Dept TED readd 0098m 200 32 0 oO mm OO 4 1 7 1 py MEAS y Threshold gt we 1309 6946 18 04 69 R amp S ZVH R amp S ZVH K1 3333333333333 5 5 4 1 7 2 R amp S ZVH
308. Span Start Stop 4 2 1 5 2 R amp S ZVH4 100 Hz 3 6 GHz R amp S ZVH8 100 Hz 8 GHz 0 Hz pp FORMAT SPAN FORMAT SPAN Manual Span gt
309. Z44 OO 5 2 2 e e RF e RF R amp S ZVH
310. 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 1309 6946 18 04 85 R amp S ZVH R amp S ZVH K1 335 5 SCALE AMPT RF Att Amp Imp py Auto Low Distortion Auto Low Noise p RF Manual 0 dB RF 0 40 dB 5dB Att eAtt 10 dB 4 2 2 6
311. 04 137 R amp S ZVH 7 R amp S ZVH R amp S ZVH 100 SD USB USB
312. 120 p SAVE RECALL py Save py Quick Naming py ENTER LTE ACLR FSite LTE UL ACLR Ed Export EC Insert py OK Save Dataset Save as
313. 2 SCALE AMPT 4 2 2 1 py SCALE AMPT AMPT
314. B 10 dB CATV R amp S ZVH R amp S ZVH e Auto Low Noise RF 10 dB lt R amp S ZVH 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
315. Bm S N py MEAS p Channel Settings py Channel Pwr Hz dBm dBm Hz dBm Hz 1 Hz og70 4 1 4 4 1 py MEAS Power Display p Absolute 1
316. R amp S FSH Z28 R amp S FSH Z29 DUT R amp S ZVH VSWR py RF RF 1 2 pp RF me 1309 6946 18 04 13 R amp S ZVH DUT AC BIAS 1 R amp S ZVH CAT py MODE
317. R amp S ZVH amp 1309 6946 18 04 ROHDE amp SCHWARZ R amp S ZVH R amp S ZVH4 1309 6800 24 R amp S ZVH8 1309 6800 28 R amp S ZVH K1 1309 6823 02 R amp S ZVH K9 1309 6852 02 R amp S ZVH K14 1309 7007 02 R amp S ZVH K39 1309 6830 02 R amp S ZVH K42 1309 6846 02 R amp S ZVH K45 1309 6998 02 1 30 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 schwarz com 81671 Munich Germany Printed in Germany R amp S Rohde amp Schwarz GmbH amp Co KG R amp S ZVH R amp S ZVH R amp S ZVH
318. VH 1024 R amp S ZVH ON ORM 4 1 8 1 py MEAS py Hold py Hold EEE
319. Z28 R amp S FSH Z29 R amp S ZVH OPEN SHORT LOAD 1 R amp S ZVH R amp S ZVHView USB LAN R amp S ZVH R amp S ZVH R amp S ZVH 2 CAL py CalKitf R amp S ZVH
320. amp S ZVH R amp S ZVH dBuV m dBuA m W m2 1309 6946 18 04 106 R amp S ZVH R amp S ZVH K1 3 333333333333333333 SS RF R amp S ZVH 2 1 dB SCALE AMPT Transducer
321. amp S ZVH4 8GHz R amp S ZVH8 1309 6946 18 04 26 R amp S ZVH py FREQ DIST py Span py FREQ DIST py Center py FREQ DIST gt Start Stop 2 2 2 4 CAT DTF R amp S ZVH
322. ect 1 Center 952 MHz Span 3 84 MHz a Mode lai Playback Spectrogram Clear 4 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 pp Save Spectrogram001 Free 9 MB Show
323. gs5 Spectrogram Reference Level 60 dBm p gt Ref 20 0 dBm RBW 100 kHz SWT 500 Att 0 dB VBW 1MHz Trig Free Run Detect RMS Oo
324. ime Sorton Size Show Combatible Show all Files Spectrogram Reference Level_ Spectrogram Level Range Spectrogram Auto Range Spectrogram Color Table 1 Spectrogram Full Screen Default Green Yellow 8 1 3 2 FREQ DIST Set to Uplink Downlink 8 1 3 3 FORMAT SPAN CE ie ee ee ii i 8 1 3 4 SCALE AMPT Primary Transducer 8 1 3 5 SWEEP BW Te
325. k 19 120 116 is 0 1309 6946 18 04 FR TT catechins 49 46 q ee 65 66 66 SR 2 70 NJ EN 73 RR 72 es 68 46 64 R amp S ZVH CAD 17 OO 13 46 EE 118
326. r Table Default Green Yellow Green Blue Black White Red Purple Blue Black gt 2 30 dBm 30 dBm Ref 20 0 dBm RBW 100 kHz SWT 500ms Trace Clear Write Att 0dB VBW 1 MHz Trig Free Run Detect RMS 2
327. y Select R amp S ZVH 2 2 1 T1 2 T2 1 Ee me R amp S ZVH
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