GPIB/USB 取扱説明書
Contents
1. FRA5095 1 99 NR1 NR1 2 LOGR dB dBV 3 Vrms 4 Theta deg 5 A Vrms 6 B Vrms 7 Minusb Vrms 0 OFfF param1 NR1 2 SRtup Mnemonic2. FRA5087 SRQ FRA5087 2 2 SRQ SRQ 3 7 T Oo FRA5087 GPTB USB 2 2 EE A 2 2 FRA5087 GPIB USB 2 1
3. 2 File DIr Disk 3 69 File DIr Mass 3 70 File DIr Permanent 3 71 INput Action 3 81 INput CAlculate 3 8 2 INput Equalize 3 8 3 21Nput OPen 3 8 4 21Nput Over 3 85 21Nput Short 3 86 Measure Auto MAx Cycle 3 87 Measure Auto MAx Sec 3 88 Measure Auto MAx Type 3 89 Measure Auto mode 3 90
4. E DAta Write data FRA5087 GPTB USB 3 6 3 2 3 2 FRA5087 8 3 data template FRA
5. 3 2 Sb OS File DElete Disk 3 66 File DElete Mass 3 67 File DElete Permanent 3 68 USB File Load Disk data 3 7 2 USB File Load Disk Condition 3 73 File Load Mass 3 7 4 LA File Load Permanent 3 75 File Rename Disk 3 76 File Save Disk data 3 77 7 File Save Disk Condition 3 78 Xe File Save Mass 3 7 9 File Save Permanent 3 80
6. Qr 7T sweep range lt gt lt gt sweep range lt gt sweep range lt gt sweep range lt gt FRA5087 GPTB USB 3 2 3 1 Cr CC 7 3 1 1 THRA5087 3 1 2 TFRA5087 FRA5087 ERA5087
7. 1 2 USB FRA5087 USB Test and Measurement Class USB TMC USB USB un ss USB TMC USB National Instruments Corporation 1 National Instruments Corporation
8. SRqenable 8 SRQ SRQ USB DCL SDO GPIB SRQ IT USB FRA5087 GPTB USB 2 FRA5087 GPTB USB 3 9 GA SLE NN 3 1 2 i INT I 3 102 02871 1 3 2 1 ASCII 3 2 2 ii 0 Ne 08 3 3 2 lll 3 4 LL
9. 01234 500 18 NR2 NR2 DD DD G 0 012 34 50 0 NR3 DD DD E DD
10. SWeep REsolution Mode 2 LINSweep SWeep REsolution Mode FRA5087 GPIB USB 3 120 3 4 SWeep REsolution LIn Hz 2SWeep REsolution LIn Hz SWeep REsolution LIn Hz lt param gt 8Weep REsolution LIn Hz SWEEP RESOLUTION LIN HZ lt param gt param NR3 0 1 3 10E 6 Hz param NR8 0 1 08 10 000000000E 06 17 sweep resolution lin hz 1e3 1 kHz
11. 0 3 E 2 4 NR2 0 12 34E 03 50 0E 06 1 8E 09 FRA5087 GPTB USB 3 4 3 1 0 NR1 NR2 NR3 NR1
12. File Load Mass File DIr Mass FRA5087 GPIB USB 3 79 3 4 File Save Permanent File Save Permanent lt param1 gt lt param2 gt param1 NR1 1 6 param2 NR1 1 999 a file save permanent 2 1 2 1
13. param1 NR1 5 param2 YYYY MM DD param3 HH MM SS SS 00 fle dir mass File DIr Disk File DIr Permanent FRA5087 GPTB USB 3 70 3 4 hile DIr Permanent File DIr Permanent lt param1 gt lt param2 gt lt param3 gt param1 NR1 5
14. IBM PO AT OS Microsoft Corporation Windows2000 Visual Basic6 0 GPIB USB488 USB GPTB 4 a GPIB USB b Up Sweep c 1 ASOII d ASO
15. param2 File LoadPermanent Hile DIr Permanent FRA5087 GPTB USB 3 80 3 4 IH INput Action 2TNput Action INput Action INput Action lt param1 gt lt param2 gt INPUT ACTION lt param1 gt lt param2 gt param1 NR1 NR1 OFf 1 ON param2 NR1 NR1
16. A 6 ON OFF 28Etup Buzzer 3 108 2 SEtup Date 3 110 GPIB ON OFF SEtup Header 3 1 1 1 ON OFF 28Etup Mnemonic 3 13 2SEtup Time 3 114 SWeep MAnual 3 115 8Weep MEasure 3 116 8Weep range 3 117 Log steps sweep 28Weep REsolution log sweep 3 118 Log steps decade SWeep REsolution log Decade 3 119 Lin steps sweep SWeep REsolution LIn sweep 3 120 Hz 2SWeep REsolution LIn Hz 3 121 2SWeep REsolution Mode 3 122 2SWeep Slow mode 3 124 SWeep Slow Target 3 125 dB SWeep Slow Variation Logr 3 126
17. SH1 AH1 T6 MLA L4 MTA SR1 RL1 PP0 DC1 DT0 CO 6 2 GPIB DIO1 8 NRED NDAC DAV A SRQ EOI 6 3 FRA5087
18. param1 NR1 param1 2 1 1 2 param2 NRI1 0 1 6 0 param3 NRI1 FRA5087 GPIB USB 0 1 6 0 3 22 3 4 param1 NR1 param1 2 1 1 param2 NR1 0 1 6 O 2 param3 NR1
19. DAta Write Title EX DAta Write Title lt param1 gt lt param2 gt param1 NR1 1 6 param2 63 data write title 2 DATA NO 5 GATN 10dB J DAta Read Title FRA5087 GPIB USB 3 7 IH 3 4 2 _4_ 0 0 DIsplay ANalysis 2D1lsplay ANalysis DIsplay ANalysis lt param gt DIsplay ANalysis DISPLAY ANALYSIS lt param gt
20. param ON OFF NR1 2 SEtup Mnemonic NR1 0 OFF 1 ON input open on DAta OPen FRA5087 GPIB USB 3 84 3 4 DH INput OVer 2TNput OVer INput OVer lt param1 gt lt param2 gt INput OVer INPUT OVER lt param 1 gt lt param2 gt param1 CH1 NR3 0 250 Vrms param2 CH2 NR3 0 250 Vrms param1 CH1 NR3 0 00E 00 250E 00 9 param2 CH2 NR3 0 00E 00 250E 00 9
21. nl tt param NR3 180 0 180 deg param 180 360 0 deg 0 180 180 deg 180 0 360 deg param NR3 11 display phase 0 FRA5087 GPTB USB 180E 00 180E 00 180 0 180 mr 180 180 deg lt 3 60 RN 3 4 DIlsplay Scale Xaxns Dlsplay Scale Xaxis DTIsplay Scale Xaxis lt param1 gt lt param2 gt DIs
22. param NR3 1B 3 10 0 Vpeak 8 10 pV param NR3 1 00E 08 10 0E 00 Vpeak 9 compression limit 1 2 1 2 Vpeak COmpression Amplitude COmpression Correction COmpression Error COmpression mode COmpression Retry FRA5087 GPIB USB 3 29 3 4 IH COmpression mode 2COmpression mode COmpression mode lt param gt 2 COmpression mode COMPRESSION MODE lt param gt param NR1 NR1 0 OFfF OFF 1 CH1 ON
23. file rename disk nowdata dat old1 dat USB nowdata dat old1 dat param1 param2 USB Hile DIr Disk Hile DIr Disk Hile DElete Disk FRA5087 GPTB USB 3 7 6 3 4 0 File Save Disk data File Save Disk data lt param1 gt lt param2 gt 0 USB param1 param2 file save disk data 1 data1 dat 1 data1 dat NR1 1 6
24. dat File Save Disk data FRA5087 GPIB USB 3 72 3 4 hile Load Disk Condition Rile Load Disk Condition lt param gt USB param con AAA USB file load disk condition setup1 con setup1 con con FRA5087 File Save Disk Condition FRA5087 GPIB USB 3 73 3 4
25. Y 3 9 deg 1 0E9 1 0E9 11 Q S 1 0E9 1 0E9 11 B logB 1og B Ys Graphl SCALE Y s param1 param2 0 0E 0 FRA5087 GPTB USB 3 63 3 4 Eee DIsplay Units 2 DIsplay Units DIsplay Units lt param gt DIsplay Units DISPLAY UNITS lt param gt EA EX 0 param NR1 NR1 Gain 1 Impedance 0 8
26. ACG UCG LAG TAG PCG SCG 1 MSG TCT Take Control 2 b1 DTO1 b7 DIO7 DIO8 LLO Local Lockout 3 DCL Device Clear 4 IEC NV JIS PPU Parallel Poll Unconfigure GTL Go To Local SPE Serial Poll Enable SDC Selected Device Clear SPD Serial Poll Disable PPC Parallel Poll Configure UNL Unlisten GET Group Execute Trigger UNT Untalk FRA5087 GPTB USB 6 4 1 2 3 4
27. TINput Equalize ON INput Equalize FRA5087 GPTB USB 3 34 DAta Open lt param gt 3 4 DAta Open param NRI1 1 6 data open 1 1 TINput OPen ON INput OPen FRA5087 GPIB USB 3 35 3 4 DAta Read COndition DAta Read COndition lt param gt DATA READ CONDITION lt param1 gt lt param2 gt lt param3 gt lt param4 gt
28. GPIB GPIB SRQ DCL SDC SRQ IFC LLO LOCAL GTL FRA5087 GPIB USB 6 3 6 5 6 5 b7 0 CD EPE C 2 CD tS 1 1 DC4 DCL OD 1 1
29. NRI 2 SEtup Mnemonic NR1 1 SW EEP 2 LOGR QBV dB 3 Vrms 4 THETA deg 5 A Vrms 6 B Vrms data template string sweep logr theta DIsplay ANalysis CH1 CH2 CH2 CH1 CH1 CH2 LOGR dB dBV R ratio Vrms A B ratio Vrms DAta Read CUrrent DAta Read data DAta Write data FRA5087 GPTB USB 3 45 param2 LOGR R A B dBV orVrms dB or 3 4 1 DAta Write data EA EX 0
30. param NR1 NR1 0 Off 1 Short SHORT 2 Long LONG param NR1 2 SRtup Mnemonic NR1 0 OFF 1 SHORT SHORT 2 LONG LONG measure auto mode SHORT EE Measure Coherence 3 90 FRA5087 GPIB USB 3 4 IH Measure Coherence Measure Coherence Measure Coherence lt param gt Measure Coherence MEASURE COHERENCE lt param gt param NR1 NR1 0 Off 2 1 CH1 CH1
31. OScillator mode OScillator mode FRA5087 GPIB USB 3 101 3 4 OScillator Frequency OScillator Frequency OScillator Frequency lt param gt 08Scillator Frequency OSCILLATOR FREQUENCY lt param gt param NR3 0 1 3 10E 6 Hz 0 1 3 0 1 mHz param NR3 0 1 03 10 000000000E 06 17 oscillator frequency 1 0e6 1 MHz FRA5087 GPTB USB 3 102 3 4 _ H OScillator mode OScillator mode OSeillator mode lt param1 g
32. SWeep Slow Variation Mode lt param gt 8Weep Slow Variation Mode SWEEP SLOW VARIATION MODE lt param gt param SlowSweep NR1 NR1 0 Logr SWeep Slow Variation Logr 1 R SWeep Slow Variation R 2 Theta SWeep Slow Variation Theta 3 TA SWeep Slow Variation A 4 B SWeep Slow Variation B param NR1 2 SRtup Mnemonic NR1 0 LOGR SWeep Slow Variation Logr 1 R SWeep Slow Variation R 2 THETA SWeep Slow Variation THETA 3 A SWeep Slow Variation A 4 B SWeep Slow Variation B
33. IEEE 7 T TEEE 754 E EOI i FRA5087 GPIB USB EOI 3 2 c FRA5087 EEE Double FRA5087 data template double sweep logr theta 1 IEEE Double lt gt lt dog gt lt gt 1 8 X3 24 data read data 2 10 200 2 10 200 FR
34. NR1 OFF OFF 1 ON ON setup buzzer ON ON FRA5087 GPTB USB 3 108 3 4 IH SEtup Cahbration tL SEtup Calibration setup calibration FRA5087 Bit1 2 1 FRA5087 GPTB USB 3 109 3 4 SEtup Date 2SEtup Date SEtup Date lt param1 gt lt param2 gt lt param3 gt 8Etup Date SETUP DATE lt param1 gt lt param2 gt l
35. File Load Mass File Load Mass lt param1 gt lt param2 gt param1 NRI param2 NRI 1 6 file load mass 3 1 8 1 File DIr Mass File DIr Mass File Save Mass FRA5087 GPIB USB 3 7 4 3 4 hile Load Permanent Hile Load Permanent lt param1 gt lt param2 gt 0
36. INput Action 3 8 1 INput CAlculate 3 8 2 INput Equalize 3 8 3 INput Open 3 8 4 INput OVer 3 85 INput Short 3 8 6 Measure Auto MAx Cycle 3 87 Measure Auto MAx Sec 3 88 Measure Auto MAx Type 3 89 Measure Auto mode 3 90 Measure Coherence 3 9 1 Measure Delay Cycle 3 92 Measure Delay Sec 3 9 3 Measure Delay Type 3 9 4 Measure Harmonic 3 9 5 Measure Integration Cycle 3 96 Measure Integration Sec 3 97 Measure Integration Type 3 98 Measure Mode 3 99 Repeat Measure Repeat 3 100 FRA5087 GPTB USB 3 1 4
37. param NR1 1 6 2data read size 1 1 DAta Read data FRA5087 GPIB USB 3 41 3 4 DAta Read Title DAta Read Title lt param gt DATA WRITE TITLE lt param gt param NR1 1 6 param 2data read title 3 3
38. SWeep REsolution Mode 3 LINHz SWeep REsolution Mode FRA5087 GPIB USB 3 3 4 2 SWeep REsolution Mode 2SWeep REsolution Mode SWeep REsolution Mode lt param gt 8Weep REsolution Mode SWEEP RESOLUTION MODE lt param gt 0 param NR1 NR1 21 7 0 LOGSweep X 1 LOGDecade SWeep REsolution log sweep SWeep REsolution log Decade 2 LHNSweep SWeep REsolution LIn sweep 3 LINHz SWeep REsolution LIn Hz param NR1 2 NR1
39. FRA5087 3 2 Rt FRA5087 GPTB USB 3 112 3 4 IH SEtup Mnemonic 2SEtup Mnemonic SEtup Mnemonic lt param gt 28Etup Mnemonic SETUP MNEMONIC lt param gt param ON OFF NR1 NR1 OFf 9 param ON OFF NR1 2 SEtup Mnemonic NR1 0 ON setup mnemonic ON
40. param2 YYYY MM DD param3 HHMM SS SS 00 file dir permanent Hile Dr Disk Hile DIr Mass FRA5087 GPTB USB 3 7 1 3 4 File Load Disk data File Load Disk data lt param1 gt lt param2 gt USB param1 dat USB param2 NR1 1 6 file load disk data datal dat datal dat
41. NR1 2 SEtup Mnemonic NR1 0 OFF AC DC OFF 1 ACOFF AC OFF 2 ON AC IDC ON 3 TRANSITION param2 NR1 2 SEtup Mnemonic NR1 QUICK ON OFF 1 SLOW SLOW ON OFF param3 NR1 2 SEtup Mnemonic NR1 0 ZERO 0 V 1 HOLD 2 PHASE oscillator mode off 0 0 AC DC 0 V oscillator mode OFE QUICK ZERO OScillator Phase FRA5087 GPTB USB 3 104 3 4 OScillator OFFSet OScillator OFFSet OScillator OFFSet lt param gt 0Scillator OFFSet OSCILLATOR OFFSET lt param gt 2 DC param D
42. 1 0 MSB 7 0 6 RQS SRQ 5 4 0 LL 4 8 GPIB UN SB 1 DCL SDO 3 SRQ H 0
43. param NR1 2 SEtup Mnemonic NR1 GAIN 1 IMPEDANCE display units 1 DIsplay mode DIsplay ANalysis INput OPen FRA5087 GPIB USB 3 6 4 IH 3 4 Dlsplay Window 2 Dlsplay Window DIsplay Window lt param gt DIsplay Window DISPLAY WINDOW lt param gt 0 param NR1 NR1 SIngle 1 SPlit
44. NR1 NR1 OFF ON FRA5087 GPIB USB 3 113 3 4 DH SEtup Time 2SEtup Time SEtup Time lt param1 gt lt param2 gt lt param3 gt 8Etup Time SETUP TIME lt param1 gt lt param2 gt lt param3 gt pDparam1 Daram2 Daram3 ENS Et Ni NR1 J NR1 NR1 Daram1 Daram2 Daram3 J NR1 LN NR1 NR1 setup time 14 0 0 SEtup Date FRA5087 GPTB USB gt Im EE em 83 Im Ei em RY il Ei le 0
45. param NR1 4 st 10 bit3 0 2 1 FRA5087 GPTB USB 3 136 3 4 DH Version Version VERSION lt param gt param NR2 5 5 2vers1on VERSION 1 00 FRA5087 GPTB USB 3 137 3 4 2 2Learn Learn
46. EOI 1 7 USB ID FRA5087 USB Vendor 3402 0x0D4A Product 11 Ox0B Serial FRA5087 OUTPUTI USB FRA5087 GPTB USB 1 4 1 8 1 8 LCD REM EG High GTL i Qr 1 9 e GPIB
47. 3 3 3 3 1 3 2 0 2 ee 6 CAlculation Arithmetic 3 20 CAlculation Jw 3 2 2 CAlculation Loop 3 24 COmpression Amplitude 3 26 COmpression Correction 3 27 COmpression Error 3 28 COmpression Limit 3 29 COmpression mode 3 30 COmpression Retry 8 DAta CUrrent 3 3 2 DAta Display 3 3 3
48. 3 1 3 a NR1 NR2 NR3 FRA5087 GPTB USB 3 3 3 1 NR1 NR1 DDDD L_ _ Q
49. NR1 0 359 4 oscillator phase 90 90 deg ON AC DC SLOW ON SLOW OFE SLOW ON SLOW ON SLOW OFF 2OScillator mode OScillator mode FRA5087 GPIB USB 3 106 3 4 0 IH OScillator Waveform OScillator Waveform OScillator Waveform lt param gt 08Scillator Waveform OSCILLATOR WAVEFORM lt param gt 2
50. 1 SRqenable 2 SRQ 2 Measure Repeat OFf SWeep MEasure Hold 3 RQS 6 1 4 2DAta Read CUrrent cc FRA5087 FRA5087 e
51. SWeep REsolution Mode SWeep REsolution log sweep SWeep REsolution log Decade SWeep REsolution LIn sweep SWeep REsolution LIn Hz SWeep range FRA5087 GPIB USB 3 123 3 4 2 4 SWeep Slow mode 2SWeep Slow mode SWeep Slow mode lt param gt 28Weep Slow mode SWEEP SLOW MODE lt param gt SlowSweep param NR1 NR1 0 OEf 1 Auto 2 Manual param
52. DAta Write title FRA5087 GPTB USB 3 4 2 3 4 DAta Short DAta Short lt param gt param NR1 1 6 data short 1 1 INput Short ON INput Short FRA5087 GPTB USB 3 43 3 4 H DAta Template DAta Template DAta Template lt param1 gt lt param2 gt DAta Template DATA TEMPLATE lt param1 gt lt param2 gt 0 param1
53. ASCII FRA5087 ASCII ASCII 1 lt CR gt lt LE gt EOI Outputl GPIBIIOUTPUT DELIMITER EOI rau DCL SDO ASCII 1 lt Hz gt lt 4QB gt lt
54. param NR1 2 SEtup Mnemonic NR1 NORMAL 1 DELTA display marker mode delta DIspblay MArker Active FRA5087 GPTB USB 3 55 3 4 IH DIsplay mode 2DIsplay mode EX DIsplay mode 2 DIsplay mode lt param1 gt lt param2 gt lt param3 gt DISPLAY MODE lt param1 gt lt param2 gt lt param3 gt param1 X NR1 NR1 0 LOGSweep Hz 1 Sweep 7J Hz 2 LOGR dB dBV 3
55. Const adr As Integer 2 Private Sub Command1 Click0 Dim stat As Integer Dim rdbuf As String Dim As Integer Dim tm As Long Dim sweep As Integer send adr DAta Template String Sweep LOGR Theta stat send adr SWeep MEasure Hold stat SINGLE tm Timer Sweep 1 While sweep lt gt 0 While Abs Timer tm lt 1 Wend send adr SWeep MEasure stat enter rdbuf 256 adr stat sweep Val rdbuf Wend send adr DAta Read CUrrent stat enter rdbuf 256 j adr stat Text3 Text Left rdbuf 17 Text1 Text Mid rdbuf 19 8 Text2 Text Mid rdbuf 28 End Sub Private Sub Form_Load0 Dim stat As Integer initialhze 0 0 transmit DCL stat End Sub Private Sub Form_Unload Cancel As Integer Dim stat As Integer transmit UNL LSTEN amp CStr adr amp GTL stat GTL End Sub FRA5087 GPIB USB 5 10 6 SNR 6 2 6 GPIBISNARZ A NR 1 6 2 RS 6 2 6 4 i 6 3 6 5 6 4 FRA5087 GPTB USB 6 1 6 1 zz CC 6 1
56. DAta Read CUrrent 3 39 el DAta Read data 3 40 DAta Read Size 3 41 7 DAta Read Title 3 2 DAta Template 3 4 4 2DIsplay ANalysis 3 48 2DIsplay AUto 3 49 ON OFF 2DIsplay Grid mode 3 50 2DIsplay Grid Type 3 51 2DIsplay Grid Style 3 52 2D1splay MArker Active 3 54 2DIsplay MArker mode ES 2DIsplay mode 3 56 DIsplay Phase 3 60 X 2DIsplay Scale Xaxis 3 61 Yi 2DIsplay Scale Y1axis 3 6 2 Y s 2DIsplay Scale Y2axis 3 6 3 2DIsplay Units 3 6 4 DIsplay Window 3 65 FRA5087 GPTB USB 3 1 6 3 3 II 3 3
57. DIsplay Grid mode DIsplay Grid Style FRA5087 GPIB USB 3 51 IH 3 4 DJIsplay Grid Style 2DJIsplay Grid Style EX DIsplay Grid Style lt param gt DIsplay Grid Style DISPLAY GRID STYLE lt param gt param NR1 NR1 0 X X 1 Y1 X Y1 2 XY2 X Y1 3 XY1Y2 X Y1 Y2 FERA5095 1 99 NR1 NR1 0 IF 1 FR 2 PTheta 3 PRTheta
58. 0 Z File Save Mass Sm File Save Mass lt param1 gt lt param2 gt param1 NRI 1 6 param2 NR1 1 999 a file save mass 3 5 3 5 param2 3
59. 3 FRA5087 GPIB USB 223 8508 6 3 20 TEL 045 545 8111 Copyrght 2006 NF Corporation http www nfcorp coJjp 23 8508 6 3 20 TEL 045 545 8111 Q
60. param NR1 2 SEtup Mnemonic NR1 SINGLE 1 SPLIT display window split 2 FRA5087 GPTB USB 3 65 3 4 Cl hile DElete Disk Rile DElete Disk lt param gt param DU USB file delete disk data1 dat data1 dat J Hile DIr Disk FRA5087 GPTB USB 3 66 3 4 hile DElete Mass EX A File DElete Mass lt param gt
61. param NR1 2 SEtup Mnemonic NR1 0 X X 1 XY1 X Y1 2 XY2 X Y1 3 XY1Y2 X Y1 Y2 FRA5087 GPTB USB 3 52 3 4 0 H display grid style XY1Y2 X Y1 Y2 DIsplay Grid mode DIsplay Grid Type FRA5087 GPIB USB 3 53 3 4 IH Dlsplay MArker Active 2D1lsplay MArker Active DIsplay MArker Active lt param gt DIsplay MArker Active DISPLAY MARKER ACTIVE lt param gt 2 param NR1 NR1 0 off
62. Measure Coherence 3 9 1 Measure Delay Cycle 3 9 2 Measure Delay Sec 3 93 Measure Delay Type 3 9 4 Measure Harmonic 3 95 Measure Integration Cycle 3 96 Measure Integration Sec 3 97 Measure Integration Type 3 98 Measure Mode 3 99 Repeat Measure Repeat 3 100 O8Scillator Amplitude 3 101 2O8cillator Frequency 3 102 O8Scillator mode 3 103 DC 2 O8cillator OFFSet 3 105 start stop 2OScillator Phase 3 106 0Scillator Waveform 3 107 FRA5087 GPTB USB 3 1 7 3 3 II 3 3
63. param1 CH1 NR3 0 0 1 0E 6 param2 CH2 NR3 0 0 1 0E 6 param3 NR1 NR1 Off 1 ON param1 CH1 NR3 0 00E 00 1 00E 06 9 param2 CH2 NR3 0 00E 00 1 00E 06 9 param3 NR1 2 SRtup Mnemonic NR1 0 OFF OFF 1 ON ON input calculate 0 5 1 0 CH1 0 5 CH2 1 0 FRA5087 GPIB USB 3 82 3 4 IH INput Equalize INput Equalize INput Equalize lt param gt INput Equalize Daram NR1 INPUT E
64. MEASURE MODE lt param gt param NR1 NR1 0 CH1Ch2 CH1 CH2 1 CH1Osc CH1 OSC 2 Oscch2 OSC CH2 param NR1 2 SEtup Mnemonic NR1 0 CH1CH2 CH1 CH2 1 CH10SC CH1 0SC 2 OSCCH2 OSC CH2 measure mode CH1CH2 CH1 CH2 3 99 FRA5087 GPIB USB IH 3 4 0 Measure Repeat Measure Repeat Measure Repeat lt param gt Measure Repeat v MEASURE REPEAT lt param gt Repeat param NR1 NR1 OFf 1 ON
65. SEtup Header 1 ON FRA5087 GPTB USB 3 19 3 4 IH 4 CAlculation Arithmetic CAlculation Arithmetic Ts CAlculation Arithmetic CAlculation Arithmetic lt param1 gt lt param2 gt lt param3 gt lt param4 gt lt param5 gt lt param6 gt CALCULATTON ARITHMETTC lt param1 gt lt param2 gt param3 gt lt param4 gt param5 gt lt param6 gt param1 1 param4 2 NR1 NR1 0 Tag 1 Constant 2 J param2 1 param5 2 NR1
66. TRA5087 FRA5087 g GPIB FRA5087 GPTB USB 4 1 2 24 1 7 5 2 EMH LU ER 5 3 5 3 5 5 5 4 1 i 5 7 5 5 2 ik 5 9 FRA5087 GPIB USB 5 5 1 4 5 1 GPIB
67. 8 1 3 1 OGPIB iw 1 4 1 USB 810 ep 5 1 4 1 8 em 1 5 9 5 1 5 2 2 1 2 2 2 2 2 2 3 3 NN i z 3 1 3 2 GT 2 3 3 ee2 2 3 3 3 3 3 3 1 4 3 6 2 ER 3 7 3 2 1 ASCI 3 8 3 2 2 U 3 9 3 3 Sb Ea Ra nan 3 12 Ge 2 3 13 3 3 2 oo 3 16 3 4 3 19 4 EER 4 1 5 2 5 1 5 E44 1 5 2 PH FE 5 3 5 3 5 5 5 4 1 ee 5 7 5 5 2 lt 5 9 FRA5087 GPIB USB II Ge R 6 1 6 52
68. FRA5087 1dentifier FRA5087 GPTB USB 3 133 IH 3 4 4 OVerload OVerload OVERLOAD lt param gt mi DD bn BE param NR1 2 param 0 1 CH1 2 CH2 3 CH1 CH2 2over FRA5087 GPTB USB 3 134 3 4 SRqenable 2SRqenable SRqenable lt param gt 8Rqenable SRQENABLRE lt param gt SRQ
69. GPIB GPIB e GPIB USB 1cycle _ HMNC 1 CH2 EQL OFF 1 1 EG CH2 lcycle HMNC 1 EQL OFF SWEEP EE b 1 LOCAL GPIB USB TFRA5087 LOCAL GPIB REN LOCAL GPIB 1 15 1 E E 3 2 mX 20 m
70. SWeep Slow Variation B 2 SWeep Slow Variation B SWeep Slow Variation B lt param gt 8Weep Slow Variation B SWEEP SLOW VARIATION B lt param gt Vrms param Vrms NR8 0 00 00 1 00E 9 Vrms param Vrms NR3 0 00R 00 1 00R 9 Vrms 9 sweep slow variation b 1 2 1 2 Vrms 8Weep Slow Variation Mode 4 B SWeep Slow mode SWeep Slow Target SWeep Slow Variation Mode FRA5087 GPTB USB 3 130 3 4 SWeep Slow Variation Mode 2SWeep Slow Varnation Mode
71. SS GPIB USB FRA5087 GPIB Outputl SELECT ITEM GPIB Qr USB FRA5087 USB GPIB USB 1 5 GPIB FRA5087 GPIB GPIB
72. SEtup Mnemonic 0 LOGSWEEP 1 LOGDECADE SWeep REsolution log sweep 2 LINSWEEP SWeep REsolution log Decade SWeep REsolution LIn sweep 3 LINHZ SWeep REsolution LIn Hz sweep resolution mode 0 FRA5087 GPTB USB SWeep REsolution log sweep 3 122 3 4 SWeep REsolution log sweep SWeep REsolution log Decade 1 SWeep REsolution LIn sweep SWeep REsolution LIn Hz 4 II
73. DAta Equalize 3 34 DAta Open 3 35 DAta Short 3 43 Me DAta Template 3 44 DAta Write data 3 46 DAta Write Title 3 47 DIsplay ANalysis 3 48 DIsplay AUto 3 49 ON OFF DIsplay Grid mode 3 50 DIsplay Grid Type 3 51 DIsplay Grid Style 3 52 DIsplay MArker Active 3 54 DIsplay MArker mode 3 55 DIsplay mode 3 56 DIsplay Phase 3 60 X DIsplay Scale Xaxis 3 61 Yi DIsplay Scale Y1axis 3 6 2 Y_s DIsplay Scale Y2axis 3 6 3 DIsplay Units 3 6 4 DIsplay Window 3 65 FRA5087 GPIB USB 3 1 3 3 3
74. 0 1 6 O0 NR3 99 99R 6 99 99E 6 0 001E 06 param3 NR1 NR1 0 Add aram2 aram5 Daram6 1 Subtract Daram2 aram5 Daram6 2 Multiply param2 X aram5 aram6 3 Divide param2 param5 param6 FRA5087 GPTB USB 3 20 3 4 0 Daram6 NR1 0 1 6 0 param1 1 param4 2 NR1 2 SEt
75. JD CC b NN NR1 NR1 FRA5087 FRA5087 SETUP MNEMONIC ON OSCILLATOR MODE ON Quick Zero DISPLAY ANALYSIS CH1BYCH2 N
76. Measure Delay Type 1 Sec Measure Delay Cycle Measure Delay Type FRA5087 GPIB USB 3 93 3 4 Measure Delay Type 2Measure Delay Type Measure Delay Type lt param gt Measure Delay Type MEASURE DELAY TYPE lt param gt param NR1 NR1 0 Cycle 1 Sec param NR1 2 SEtup Mnemonic NR1 0 CYCLE 1 SEC measure delay type sec
77. Vrms 8Weep Slow Variation 39 7 deg 8Weep Slow Variation Theta 3 128 Vrms 28Weep Slow Variation A 3 129 Vrms 28Weep Slow Variation B 3 130 2SWeep Slow Variation Mode 3 131 2 Error 1832 IDentifier 3 133 2OVerload 3 134 SRQ SRqenable 3 135 2STatus 3 136 Version 3 137 Learn 3 138 FRA5087 GPIB USB 3 18 3 4 0 3 4 13 4 GPIB USB
78. lt param5 gt lt param6 gt lt param7 gt lt param8 gt lt param9 gt lt param10 gt lt param11 gt lt param12 gt lt param13 gt lt param14 gt lt param15 gt lt param16 gt lt param17 gt lt param18 gt lt param19 gt lt param20 gt param NR1 1 6 param1 NRI 2 SEtup Mnemonic NR1 0 RAW 1 OPRD param2 NR1 1 6 param3 YYYY MM DD HH MM SS SS 00 FRA5087 GPIB USB 3 36 3 4 1 param4
79. param SRQ NR1 0 47 param SRQ NR1 3 0 47 kvm srq 4 SRQ SRQ 2 1 10 SRQ bit5 32 bit4 16 bit3 8 bit2 4 bit1 2 bit0 1 8SRQ 32 1 33 O FRA5087 GPIB USB 3 135 3 4 l STatus 8Tatus STATUS lt param gt 0
80. NR1 NR1 0 String ASCII 1 Double IEEE Double 2 Tloat IEEE Float 3 INVDouble IEEE Double 4 INVFloat IEEE Float param2 1 NR1 NR1 1 Sweep 2 LOGR dBV dB 3 TR Vrms 4 Theta deg 5 A Vrms 2 param2 6 param7 FRA5087 GPTB USB 3 4 4 i 3 4 param1 NR1 2 SEtup Mnemonic NR1 0 STRING 1 DOUBLE IEEE Double 2 FLOAT IEEE Float 3 INVDOUBLE IEEE Double 4 INVFLOAT IEEE FLOAT param2 1
81. 4 3 1 8b param5 Vpeak NR3 9 param6 DC V NR3 10 param7 NR1 OScillator Waveform param8 Hz NR3 17 param9 Hz NR3 17 param10 NR1 SWeep REsolution Mode param11 NR1 param12 NR1 param13 NR1 NR3 param14 NR1 param15 NR1 NR3 param16 NR1 8 param17 NR1 param18 SWeep REsolution Measure Integration Type Measure Integration Measure Delay Type
82. input over 123 10e 3 CH1 123 Vrms CH2 10 mVrms input over 123E 00 10E 03 FRA5087 GPIB USB 3 85 3 4 INput Short 2INput Short INput Short lt param gt INput Short INPUT SHORT lt param gt param ON OFF NR1 NR1 OFf 1 ION param ON OFF NR1 2 SEtup Mnemonic NR1 OFF 1 ON input short on DAta Short FRA5087 GPTB USB 3 86 3 4 zz Measure Auto MAx Cycle Measure Auto MAx C
83. 2 NR3 99 99R 6 99 99E 6 10 param4 NR1 2 SEtup Mnemonic NR1 CLOSE 1 OPEN param5 NRI1 0 1 6 O 2 cal loop 1 0 2 1 3 1 Tm 2 3 FRA5087 GPTB USB 3 25 3 4 COmpress1on Amplitude 2 COmpression Amplitude COmpression Amplitude lt param gt 2 COmpression Amplitude COMPRESSION AMPLITUDE lt param gt
84. Up Down Repeat Single SWeep MAnual SWeep range SWeep REsolution FRA5087 GPTB USB 3 116 3 4 DH SWeep range 2SWeep range SWeep range lt param1 gt lt param2 gt 8Weep range SWEEP RANGE lt param1 gt lt param2 gt 2 0 param1 Hz param2 Hz NR3 0 1 8 10E 6 Hz 0 1 3 Hz param1 Hz param2 Hz NR3 0 1 03 10 000000000E 06 17 sweep 1 1e6 1 Hz
85. 0 NR1 0 6 param1 SPLIT NRI 1 6 2 param2 SPLIT SINGLE 0 NR1 1 6 2 data display 1 2 1 2 SPLIT DIsplay Window DAta CUrrent FRA5087 GPIB USB 3 33 2 3 4 DAta Equalize DAta Equalize lt param gt param NRI 1 6 data equalize 1 1
86. SN 6 2 6 0 0 6 2 6 8 DRRSRDDNOROSSRIRISOSRI 6 2 6 4 EE 6 3 6 5 uuuL LE 6 4 FRA5087 GPTB USB IIT 1 5 3 1 3 2 3 2 3 7 2 1 0 2 3 3 1 ie 3 12 3 2 Xvy 3 13 3 3 RSA k kA EE 3 16 FRA5087 GPIB USB IV 1 LN 1 1 FRA5087 GPIB USB 1 2 NUSB OE Ne 1 2 0GRIB ee NE 1 2 1 N14 2 1 3 L5GPIB R11 1 3 U6 GRIB YR lt z 1 4 RUSBAID SOC RR NS 1 4 1 8 kk 1 5 1 9 1 5 FRA5087 GPIB USB 1 1 1 1 FRA5087 GPIB USB 1 1 FRA5087 GPIB USB FRA5087 GPIB USB
87. dat USB USB Hile Save FRA5087 GPIB US Disk Condition File Load Disk data File DIr Disk B 3 77 3 4 4 File Save Disk Condition A EX File Save Disk Condition lt param gt 0 USB param con file save USB 3 disk condition setup1 con setup1 con USB Hile Save Disk data Hile Load Disk data Hile DIr Disk FRA5087 GPTB USB 3 78 3 4
88. Vrms B Vrms Minusb Vrms DIsplay Units DIsplay ANalysis CH1 CH2 CH2 CH1 CH1 CH2 dBR dBQ dBS dBV dBA R Q S Vrms Arms A Q S Vrms Arms B Q S Vrms Arms DIsplay ANalysis FRA5087 GPIB USB 3 59 DH 3 4 DIsplay Phase 2DJIsplay Phase DIsplay Phase lt param gt DIsplay Phase 2 DISPLAY PHASE lt param gt
89. param NR1 NR1 0 CH1Bych2 CH1 CH2 1 CH2Bych1 CH2 CH1 2 CH1 CH1 3 CH2 CH2 param NR1 2 SEtup Mnemonic NR1 0 CH1BYCH2 CH1 CH2 1 CH2BYCH2 CH2 CH1 2 CH1 CH1 3 CH2 CH2 display analysis ch1bych2 CH1 CH2 DIsplay mode FRA5087 GPIB USB 3 48 IH 3 4 0 _ DIsplay AUto 2DIsplay AUto DIsplay AUto lt param gt DIsplay AUto DISPLAY AUTO lt param gt ON OFF param NR1 NR1
90. 1 Data 2 Vertical X 3 Horizontal Y param NR1 2 SEtup Mnemonic NR1 0 OFF 1 DATA 2 VERTICAL X 3 HORIZONTAL Y display ma a DATA DIsplay MArker mode FRA5087 GPTB USB 3 5 4 H 3 4 DIsplay MArker mode DIsplay MArker mode DIsplay MArker mode lt param gt DIsplay MArker mode DISPLAY MARKER MODE lt param gt param NR1 NR1 Normal 1 Delta
91. 4 m NN E FRA5087 GPIB REN High Jo 1 FRA5087 GPTB USB 2 FE EE 2 2 2 3 FRA5087 GPTB USB 2 1 2 1 CT 4 2 1 SRQ SRQ FRA5087 SRQ Low
92. FRA5087 GPTB USB 3 5 3 1 TRA5087 Ed il SP SP lt TAB gt JIS ASCUI IT data write title lt gt sample title file 1oad disk DATA DAT lt gt data write title lt gt include quote mark like as NNN and NX include quote mark like as and data write title lt gt these aren t terminators these aren t terminators 3 1 4 4 096
93. 2 Outputl GPIBI ADDRESS ENTRY 0 30 ENTER FRA5087 GPTB USB 1 3 1 6 GPIB 1 6 GPIB FRA5087 GPIB CR LF CR EOI CR LF EOI Outputl GPITBI OUTPUT DELIMITER ITEM CR LE EOI CR EOI USB LE FRA5087 lt CR gt lt LF gt EO1
94. sweep slow varnation mode 0 SWeep Slow mode SWeep Slow Target FRA5087 GPIB USB SWeep Variation Logr 3 131 3 4 Error Error ERROR lt param gt param NR1 3 2error 0 FRA5087 FRA5087 GPTB USB 3 132 3 4 4 IH IDentifier IDentifier IDENTIFIER lt param gt param
95. NR83 0 9999 sec param NR3 0 00000E 00 9 99900E 03 12 measure auto max sec 1 1 2 0 1 Hz 2 Measure Auto MAx Type 1 Sec Measure Auto MAx Cycle Measure Auto MAx Type FRA5087 GPTB USB 3 88 3 4 Measure Auto MAx Type 2Measure Auto MAx Type Measure Auto MAx Type lt param gt Measure Auto MAx Type MEASURE AUTO MAX TYPE lt param gt ml param NR1
96. OFT OFF 1 ON ON param NR1 2 SEtup Mnemonic NR1 OFF OFF 1 ON ON display auto on ON DIsplay Scale Xaxis DIsplay Scale Ylaxis DIsplay Scale Y2axis FRA5087 GPIB USB 3 49 3 4 IH DIsplay Grid mode 2DJIsplay Grid mode DIsplay Grid mode lt param gt DIsplay Grid mode DISPLAY GRID MODE lt param gt 0 param NR1 NR1 OFf 1 ON param NR1
97. param NR1 2 SEtup Mnemonic NR1 OFF 1 ON measure Yepeat 0 J REPEAT FRA5087 GPTB USB 3 100 3 4 OScillator Amplitude 2 OScaillator Amphtude OSeillator Amplitude lt param gt 0Scillator Amplitude OSCILLATOR AMPLITUDE lt param gt param NR3 0 10 Vpeak 8 10 pV param NR3 0 00E 00 10 0E 00 9 oscillator amplitude 5 00 5V
98. param NR1 NR1 0 SIne 1 SQuare 2 Triangle param NR1 2 SEtup Mnemonic NR1 0 SINE 1 SQUARE 2 TRIANGLE oscillator waveform 0 FRA5087 GPIB USB 3 107 3 4 IH SEtup Buzzer 2SEtup Buzzer SEtup Buzzer lt param gt SEtup Buzzer SETUP BUZZER lt param gt ON OFF param ON OFF NR1 NR1 OHf OFF 1 ON ON param ON OFF NR1 2 SEtup Mnemonic
99. Measure Delay Measure Mode NR1 2 SEtup Mnemonic NR1 OFF 1 ON FRA5087 GPIB USB 3 37 3 4 param19 NR1 2 SEtup Mnemonic NR1 OFF 1 ION param20 NR1 2 SEtup Mnemonic NR1 OFF 1 ON data read condition 1 1 param1 1 OPRD param5 param20 FRA5087 GPTB USB 3 38 3 4 zz DAta Read CU
100. NR1 NR1 OFf OFF 1 ON ON param ON OFF NR1 2 SEtup Mnemonic NR1 OFF OFF 1 ON ON setup header ON ON 9 DCL SDC OFF FRA5087 GPIB USB 3 111 3 4 SEtup Initnalize SEtup Initialize EX setup 1nitialize TRA5087 GPIB GPIB
101. ASCII Hz dB deg 1 FRA5087 CR CR LE 5ample3 x 1000000 DataTxt 1071519 114 8154 123 0269 131 8257 141 2538 151 3561 162 1810 173 7801 186 2087 19ga5262 213 7962 229 0868 245 4709 263 0268 281 8383 301 9952 323 5937 346 7369 371 5352 398 1072 426 5795 4570882 READ DataLoadBtn FRA5087 GPIB USB 5 7 5 4 1 Const Adr As Integer 2 Private Sub DataLoadBtn ClickO Dim rdbuf As String Dim As Integer Dim stat As Integer Dim tag As Integer Dim datasize As Integer DataTxt Text DoEYvents send Adr DAta CUrrent stat enter rdbuf 256 Adr stat tag Valrdbuf send Adr DAta Read Size stat enter rdbuf 256 Adr stat datasize Val rdbuf 1 send Adr DAta Tem
102. FRA5087 SETUP HEADER ON i DCL SDOC OFE FRA5087
103. NR1 0 LOGSWEEP Hz 1 SW EEP Hz 2 LOGR dB dBV 3 Vrms 4 THETA deg 5 A Vrms 6 B Vrms param2 Yi param3 Y5 NR1 2 SEtup Mnemonic NR1 2 RDB dB dBV Q 9 3 R Vrms Q 9 4 THETA deg 5 A Vrms Q 6 B Vrms Q 9 7 MINUSB B 8 RLOG R 9 ALOG A 10 MALOG A 11 BLOG B 12 MBLOG B 0 OFF FRA5087 GPIB USB 3 57 H 3 4 4 l
104. NR1 1 20000 6 E steps decade resolution log decade 10 10steps decade SWeep REsolution Mode 1 oo SWeep REsolution Mode FRA5087 GPIB USB 3 119 LOGDecade R 3 4 SWeep REsolution LIn sweep 2 SWeep REsolution LIn sweep SWeep REsolution LIn sweep lt param gt 8Weep REsolution LIn sweep SWEEP RESOLUTION LIN SWEEP lt param gt steps sweep param NR1 3 20000 steps sweep CC param NR1 3 20000 6 sweep resolution lin sweep 100 100 steps sweep
105. Vrms 4 Theta deg 5 A Vrms 6 B Vrms param2 Yi param3 Ys NR1 NR1 2 RDb dB dBV dBQ dBS 3 IR Vrms Q 9 4 Theta deg 5 A Vrms Q 6 B Vrms Q 7 MTnusb B 8 RLog R 9 ALog A 10 MALog A 11 BLog B 12 MBLog B 0 Off FRA5087 GPTB USB 3 56 3 4
106. 3 1 C Lo 3 1 SP 1 lt TAB gt ce 3 1 0 lt TAB gt osc offset lt gt sweep resolution log decade lt gt identifier
107. CH1 2 CH2 ON CH2 param NR1 2 SRtup Mnemonic NR1 0 OFF OFF 1 CH1 ON CH1 2 CH2 ON CH2 compression mode ch1 ch1 COmpression Amplitude COmpression Correction COmpression Error COmpression Limit COmpression Retry FRA5087 GPIB USB 3 30 3 4 COmpressnon Retry 2 COmpression Retry COmpression Retry lt param gt COmpression Retry COMPRESSION RETRY lt param gt param
108. 2 SEtup Mnemonic NR1 OFF 1 ON display grid on DIsplay Grid Type DIsplay Grid Style FRA5087 GPTB USB 3 50 3 4 l IH DIsplay Grid Type 2DIsplay Grid Type DIsplay Grid Type lt param gt DIsplay Grid Type DISPLAY GRID TYPE lt param gt 0 param NR1 NR1 Solid 1 Broken param NR1 2 SEtup Mnemonic NR1 SOLID 1 BROKEN display grid type 1
109. ISO7 JIS ASCII 8bit MSB lt CR gt lt LF gt lt TAB gt 16 0 8 B D 1F 7F ISO07 JIS ASCII 8bit MSB 0 FRA5087 GPTB USB 6 4 8bit 1EEE 3 2 6 4
110. NR1 1 CH1 CH1 CH2 CH2 sweep slow target ch1 CH1 SWeep Slow mode SWeep Slow Variation FRA5087 GPIB USB 3 125 3 4 SWeep Slow Variation Logr SWeep Slow Variation Logr SWeep Slow Variation Logr lt param gt 8Weep Slow Variation Logr SWEEP SLOW VARIATION LOGR lt param gt E dB 1 0 param dB NR83 0 1000 dB param dB NR3 0 00E 00 1000E 00 dB 9 sweep slow variation logr 0 1 0 1 dB SWeep Slow Variation Mode
111. lt param gt lt param gt lt param gt FRA5087 param FFRA5087 learn CALCULATION ARITHMETIC 0 0 0 0 0 0 CALCULATION JW 1 0 0 SEtup DAte SEtup Time FRA5087 FRA5087 GPIB 3 2 FRA5087 GPTB USB 3 138 4 4 a FRA5087 b GPIB Measure Repeat OFf SWeep MEasure Hold OFF
112. III 3 3 2 3 3 CAlculation Arithmetic 3 20 2CAlculation Jw 3 2CAlculation Loop 3 24 2COmpression Amplitude 3 26 COmpression Correction 3 27 2COmpression Error 3 28 2COmpression Limit 3 29 2COmpression mode 3 30 2COmpression Retry 3 31 DAta CUrrent 3 DAta Display DAta Read COndition 3 36
113. NR1 Cycle 1 Sec param NR1 2 SEtup Mnemonic NR1 CYCLE 1 SEC measure auto max type cycle H 3 NL Measure Auto MAx Cycle Measure Auto MAx Sec E 9f Measure Auto MAx Cycle Measure Auto MAx Sec FRA5087 GPIB USB 3 89 3 4 2 Measure Auto mode Measure Auto mode Measure Auto mode Measure Auto mode lt param gt MEASURE AUTO MODE lt param gt
114. NR1 1 9999 1 param NR1 1 9999 5 compression retry 100 100 COmpression Amplitude COmpression Correction COmpression Error COmpression Limit COmpression mode FRA5087 GPIB USB 3 31 3 4 DH DAta CUrrent DAta CUrrent DAta CUrrent lt param gt DAta CUrrent DATA CURRENT lt param gt param NR1 1 6 param NR1 1 6 2 data current 2 2
115. TI FREQUENCY RESPONSE ANALYZER FRA5087 GPIB USB FA FREQUENCY RESPONSE ANALYZER DA00014461 001 FRA5087 FREQUENCY RESPONSE ANALYZER GPIB USB National Instruments National Instruments Corporation FRA5087 GPIB USB FRA5087 FRA5087 GPIB USB FRA5087 GPIB USB 1
116. deg gt NR2 NR2 NR2 17 8 7 a FRA5087 ASCI FRA5087 data template string sweep logr theta 1 ASCII lt gt lt 1og gt lt gt data read data 1 0 3 1 0 3 FRA5087 1000000 0000 123 450 134 23 100000 0000 0 012 0 34 1000 0000 84 544 140 33 FRA5087 GPIB USB 3 8 3 2 b FRA5087 ASCI FRA5087 data template string 1 5 6 1 ASCII lt gt lt a gt lt b gt data write data 1 3 1 3 2 1 0E 6 1 0 1 00 2 US 9 1 0E 6 2 23 2 34 OPERATED 3 3 2 2 EX FRA5087
117. 1 MHz range sweep Yange 2 2e6 2 2 MHz sw 1e3 1 kHz SWeep REsolution FRA5087 GPIB USB 3 117 3 4 SWeep REsolution log sweep 2SWeep REsolution log sweep SWeep REsolution log sweep lt param gt 8Weep REsolution 1og sweep SWEEP RESOLUTION LOG SWEEP lt param gt 0 steps sweep param NR1 3 20000 steps sweep param NR1 3 20000 6 sweep resolution 100 100steps sweep n steps sweep Hz Hz f
118. Measure Delay Cycle Measure Delay Sec A Measure Delay Cycle Measure Delay Sec FRA5087 GPTB USB 3 94 3 4 2 Measure Harmonic Measure Harmonic Measure Harmonic lt param gt Measure Harmonic MEASURE HARMONIC lt param gt param NR1 1 10 1 AAA param NRI 1 10 8 3 measure harmonic 3 FRA5087 GPIB USB 3 95 3 4 EE Measure Integration Cycle Measure Integration Cycle Measure Integration
119. NR1 1 DAta Template data read data 2 2 DAta Template 43 DAta Template DAta Read Size DAta Write data FRA5087 GPIB USB 3 40 3 4 DAta Read Size DAta Read Size lt param gt DATA READ SIZE lt param gt param NR1 1 6
120. display mode 0 2 4 dB DIsplay mode X Y 5 we NR1 0 2 4 LOGSweep RDb Theta logF dBR 6 0 3 4 LOGSweep R Theta logF 0 1 2 4 Sweep RDb Theta F dBR 0 1 3 4 Sweep R Theta F 6 0 2 0 LOGSweep RDb logF dBR 0 3 0 LOGSweep R logF 1 2 0 Sweep RDb F dBR 1 3 0 Sweep R R 0 4 0 LOGSweep Theta logF 6 1 4 0 Sweep Theta 6 4 2 0 RDb Theta dBR 6 gt 2 4 3 0 R Theta R 6 5 6 0 A B a b 5 7 0 A Minusb a b SA NR1 0 8 4 LOGSweep RLog Theta logF logR 0 0 5 6 LOGSweep A B logF A B 0 9 11 LOGSweep ALog BLog logF logA logB 0 10 11 LOGSweep MALog BLog logF log A 1ogB 0 9 12 LOGSweep ALog MBLog logF logA 1og
121. 0 Logr SWeep Slow mode SWeep Slow Target SWeep Slow Variation Mode FRA5087 GPIB USB 3 126 3 4 4 SWeep Slow Variation R 2 SWeep Slow Varation R SWeep Slow Variation lt param gt SWeep Slow Variation SWEEP SLOW VARIATION R lt param gt Vrms T param Vrms NR3 D 0 1 0E 9 Vrms Dara D m Vrms NR3 0 00E 00 1 00E 9 Vrms sweep slow varnation r 1 5 dN Ral 9 1 5 Vrms er od SWeep
122. DISPLAY SCALE Y1AXIS lt param1 gt lt param2 gt dB 0 dB 20 dB Yi Y DIsplay mode Y 1 1 1 dB dBV 1000 1000 12 R dBR Vrms 1 0B9 1 0E9 10 9 deg 1 0E9 1 0E9 11 b b Vrms 1 0E9 1 0E9 11 _dB0Q dBS 1000 1000 12 R logR dBR Q S 1 0E9 1 0E9 10 O S 1 0E9 1 0E9 11 A logA log A Yi IGraphl SCALEI FRA5087
123. NR1 2 SEtup Mnemonic NR1 0 OEF 1 AUTO 2 MANUAL sweep slow mode 1 6 SWeep Slow Target SWeep Slow Variation FRA5087 GPIB USB 3 124 IH 3 4 4 4 SWeep Slow Target SWeep Slow Target SWeep Slow Target lt param gt 8Weep Slow Target SWEEP SLOW TARGET lt param gt param NR1 NR1 1 CH1 CH1 CH2 CH2 param NR1 2 SEtup Mnemonic
124. 0 OFf 1 Sweep 2 0Sc param1 NR1 2 SEtup Mnemonic NR1 OFF 1 ON param2 NR1 2 SEtup Mnemonic NR1 0 OFF 1 SWEEP 2 OSC input action ON OSC FRA5087 GPIB USB 3 1 H 3 4 INput CAlculate 2TNput CAlculate INput CAlculate lt param1 gt lt param2 gt INput CAlculate INPUT CALCULATE lt param1 gt lt param2 gt
125. 0 SPLIT DIsplay Window SPLIT gt DIsplay Window DAta Display FRA5087 GPIB USB 3 32 DH 3 4 DAta Display 2DAta Display DAta Display lt param1 gt lt param2 gt DAta Display DATA DISPLAY lt param1 gt lt param2 gt param1 SPLIT NRI 1 6 param2 SPLIT SINGLE
126. 0 param NR1 DU 1 file delete mass 21 21 J E File DIr Mass FRA5087 GPTB USB 3 67 3 4 4 hile DElete Permanent A File DElete Permanent lt param gt param NR1 1 file delete mass 2 2 J File DIr Permanent FRA508
127. 1 0E9 1 0E9 11 Q S 1 0E9 1 0E9 11 A X Graphl SCALEI FRA5087 GPTB USB 3 6 1 3 4 DIsplay Scale Y1axis 2DJIsplay Scale Y1axis DIsplay Scale Y1axis DIsplay Scale Y1axis lt param1 gt lt param2 gt Y param1 Yi param2 Yi NR3 param1 Yi param2 Yi NR3 display scale y1 0 20 Yi 0 20
128. 3 3 8 2 026 OScillator Amplitude 3 101 OScillator Frequency 3 102 OScillator mode 3 103 DC OSaillator OFFSet 3 105 start stop OScillator Phase 3 106 OScillator Waveform 3 107 ON OFF SEtup Buzzer 3 108 SEtup Calibration 3 109 SEtup Date 3 110 GPIB ON OFF SRtup Header 3 111 SEtup Initialize 3 112 ON OFTF SEtup Mnemonic 3 113 SEtup Time 3 1 1 4 SWeep MAnual 3 115 SWeep MEasure 3
129. GPIB 2 SRQ 3 4 FRA5087 5 GPIB 6 FRA5087 GPIB USB FRA5087 GPTB USB I 1E KKKRKRRRRNNNNS 1 1 1 1 FRA5087 GPIB USB ee 1 2 2 S 1 2 0 C1 1 17 LEOaa 1 2 KO 1 3 5 GPIB
130. StsLb1 bit0 VisualBasic Timer 2 1 FRA5087 TFRA5087 bit0 1 Qr TT SetSeepMax StsLbl SetSeepMin IMaxFrea Hz Sweep End MinFrea Hz SetSweepBtn FRA5087 GPTB USB 5 5 5 3 Const Adr As Integer 2 Private Sub Form_Load0 Dim stat As Integer initialize 0 0 transmit DCL stat End Sub Private Sub Form_Unload Cancel As Integer Dim st
131. param NR3 1E 3 250 1 mVrms 250 Vrms 3 param NR3 1 00R 08 250RET 00 1 mVrms 250 Vrms 9 compression amplitude 7 07e1 70 7 Vrms COmpression Correction COmpression Error COmpression Limit COmpression mode COmpression Retry FRA5087 GPIB USB 3 26 3 4 zz COmpression Correction 2COmpression Correction COmpression Correction lt param gt 2 COmpression Correction COMPRESSION CORRECTION lt param gt param NR1 0 100 1 param NR1 0 100 4 compression correction
132. B 0 10 12 LOGSweep MALog MBLog logF log A 1og BB 0 3 0 Sweep RLog logF logR 1 8 4 Sweep RLog Theta logR 0 1 5 6 Sweep A B F A B 1 9 11 Sweep ALog BLog F logA logB 1 10 11 Sweep MALog BLog F og A 1ogB 9 12 Sweep ALog MBLog F logA log B 1 10 12 Sweep MALog MBLog F og A 1og B 1 3 0 Sweep RLog logR 4 8 0 Theta RLog 9 logR FRA5087 GPTB USB 3 58 7 Y 3 4 dBR R A B Minusb DIsplay ANalysis DIsplay ANalysis CH1 CH2 CH2 CH1 CH1 CH2 dBR dB dBV R Vrms A
133. VISA Run time Engine URL VISA driver downloads http www ni com support visa 2 VISA Run time Engine VISA Run time Engine VISA Run time Engine Ver3 3 3 4 USB TMC National Instruments Corporation 1 3 GPIB GPIB GPIB GPIB FRA5087 GPTB USB 1 4 BB W BB WW 4 1 4
134. 116 SWeep range 3 117 Log steps sweep SWeep REsolution log sweep 3 118 Log steps decade SWeep REsolution log Decade 3 119 Lin steps sweep SWeep REsolution LIn sweep 3 120 Hz SWeep REsolution LIn Hz 3 121 SWeep REsolution Mode 3 122 SWeep Slow mode 3 124 SWeep Slow Target 3 125 QB SWeep Slow Variation Logr 3 126 Vrms SWeep Slow Variation R 8 127 deg SWeep Slow Variation Theta 3 128 Vrms SWeep Slow Variation A 3 129 Vrms SWeep Slow Variation B 3 130 5 SWeep Slow Variation Mode 3 131 SRQ SRqenable 3 135 FRA5087 GPIB USB 3 15 3 3
135. param1 NR1 param2 NR1 1 6 file load permanent 15 2 15 2 File Dr Permanent File DIr Permanent File Save Permanent FRA5087 GPTB USB 3 7 5 3 4 hile Rename Disk File Rename Disk lt param1 gt lt param2 gt 0 USB param1 USB param2 USB
136. param1 1 NR1 0 20000 NR1 1 20001 Daram2 data write data 2 0 101 2 DAta Template E 101 DAta Write data lt param1 gt lt param2 gt lt param3 gt param2 param3 param2 param2 0 EOI DAta Template DAta Read Size DAta Read data FRA5087 GPIB USB 3 46 3 4
137. 5 DAta DIsplay File INput Measure OScillator ON OFF SEtup EL A 8Weep SRQ OScillator 08 oScill oscillator FRA5087 GPTB USB 3 12
138. 70 70 COmpression Amplitude COmpression Error COmpression Limit COmpression mode COmpression Retry FRA5087 GPIB USB 3 27 3 4 zz COmpressnon Error 2COmpression Error COmpression Error lt param gt 2 COmpression Error COMPRESSION ERROR lt param gt x param NR1 0 100 1 6 param NR1 0 100 1 4 compression error 1 COmpression Amplitude COmpression Correction COmpression Limit COmpression mode COmpression Retry FRA5087 GPIB USB 3 28 3 4 COmpressnon Limit 2COmpression Limit COmpression Limit lt param gt COmpression Limit COMPRESSION LIMIT lt param gt
139. FRA5087 3 E 1 FRA5087 3 1 3 1 CAlculation COmpression
140. GPTB USB 3 6 2 3 4 DIsplay Scale Y2axis 2D1splay Scale Y2axis DIsplay Scale Y2axis lt param1 gt lt param2 gt DIsplay Scale Y2axis DISPLAY SCALE Y2AXTS lt param1 gt lt param2 gt 2 Y5 param1 Y param2 Ys NR3 param1 Ys param2 Ys gt NR3 display scale y2 180 180 Y 180 180 Ys 180 deg Ys DIsplay mode Y_s
141. delay cycle 10 lt Measure Delay Type 0 Cycle Measure Delay Sec Measure Delay Type FRA5087 GPIB USB 3 92 3 4 Measure Delay Sec 2Measure Delay Sec Measure Delay Sec lt param gt Measure Delay Sec MEASURE DELAY SEC lt param gt NR3 0 9999 0 sec 10 msec Daram AAA param NR83 0 00000E 00 9 99900E 03 12 0 1 measure delay sec 0 1
142. 0 1 6 O 2 cal jw 2 1 2 1 2 FRA5087 GPTB USB 3 23 3 4 zz CAlculation Loop CAlculation Loop CAlculation Loop lt param1 gt lt param2 gt lt param3 gt lt param4 gt lt param5 gt CAlculation Loop CALCULATION LOOP lt param1 gt lt param2 gt lt param3 gt lt param4 gt lt param5 gt param1 NR1 0 1 6 0 param2 Tm NR1 NR1 Tag 1 Constant param3 Tm NR1 0 1 6 0 NR3 99 99
143. 0 transmit DCL stat End Sub Private Sub Form_Unload Cancel As Integer Dim stat As Integer End Sub Private Sub SetQueryBtn_ClickO Dim rdbuf As String Dim As Integer Dim stat As Integer send Adr 7OScillator Amplitude stat enter rdbuf 256 Adr stat AnswerLb 1 rdbuf End Sub transmit UNL LSTEN amp CStr Adr amp GTL stat Go to Local send Adr OScillator Amplitude amp SetValueTxt Text stat FRA5087 GPIB USB 5 2 0 USB Const serial As String 0000001 FRA5087 serial No Const MAX_ CNT 200 Const idVendor As String 0x0D4A NF corp Const idProduct As String Ox000B FRA5087 product No Dim dfItRM As ViSession Dim sesn As ViSession Private Sub Form_Load0 Dim stat As ViStatus Const timeout As Integer 1000 timeout 1000 ms stat YOpenDefaultRM dfltRM If stat lt VI_ SUCCESS Then Exit Sub End If stat viOpen dfltRM USBO amp idVendor amp idProduct amp _ serial amp INSTR VI NULL VI NULL sesn stat viSetAttribute sesn VI ATTR_ TMO_VALUE timeout End Sub Private Sub Form_Unload Cancel As Integer Dim stat As ViStatus stat viGpibControlREN sesn VI GPIB_REN_DEASSERT stat viClose sesn stat Close dfltRM End Sub Private Sub SetQueryBtn_Cli
144. 2 CH2 CH2 3 Both CH1 amp CH2 param NR1 2 SEtup Mnemonic NR1 0 OFF 1 CH1 CH1 2 CH2 CH2 3 BOTH CH1 amp CH2 measure coherence CH1 CH1 Off CH1 amp CH2 Both Measure Auto mode FRA5087 GPIB USB 3 91 3 4 Measure Delay Cycle 2Measure Delay Cycle Measure Delay Cycle lt param gt Measure Delay Cycle MEASURE DELAY CYCLE lt param gt param NR1 0 9999 cycle param NR1 0 9999 5 10 measure
145. 23 24 0 59 0 59 0 23 0 59 0 59 3 114 lt 14 0 H 3 4 SWeep MAnual 2SWeep MAnual EA EX SWeep MAnual lt param gt 8Weep MAnual v SWEEP MANUAL lt param gt param NR1 NR1 OFf 1 ON param NR1 2 SEtup Mnemonic NR1 OFF 1 ON sweep manual 0 H SWeep IMEasure FRA5087 GPTB USB 3 115 2 3 4 SWeep MEasure 2 SWeep MPEasur
146. 5087 FRA5087 3 2 ASCTII data template e data read FRA5087 FRA5087 OPERATED FRA5087 GPTB USB 3 7 data write 3 2 3 2 1 ASCI gt data template string
147. 7 8 seeeeeee 6eeemmmm Immmm Immmm Immmmmmm mm Immmmmmm Immmmmmm MSB MSB s 0 1 e 11bit exp 0 2 047 m 52bit mantissa 1 s X 2 exp_1023 X mantissa 252 exp 0 1 IEEE 4 1 1 2 3 4 seeeeeee emmmmmmm mmmmmnmnmnmn mmmmmmmm MSB MSB s 0 1 e Sbit exp 0 255 m 23bit mantissa 1 sX 2 xp_127 x 1 mantissa 223 exp 0 1 IEEE IEEE IEER FRA5087 GPIB USB 3 1 1 3 3 4 3 3
148. 7 GPTB USB 3 68 3 4 File Dlr Disk File DIr Disk lt param1 gt lt param2 gt lt param3 gt 0 USB param1 8 3 8 3 E param2 YYYY MM DD param8 HHJMM SS SS 00 file dnr dnsk File DIr Mass File DIr Permanent FRA5087 GPIB USB 3 69 3 4 2 File DIr Mass File DIr Mass lt param1 gt lt param2 gt lt param3 gt
149. A5087 504800 IEEE Double 4 800 2 5 FRA5087 5 04800 FRA5087 4 800 1 24 X200 Outputl GPIBI OUTPUT DELIMITER CR LF EOI CR EOT d FRA5087 FRA5087 data template invfloat sweep r 1 IEEE Float lt gt lt gt 1 4 X2 8 data write 3 100 10 3 100 10 3080 IIEEE Float 80 3 FRA5087 8 1 9 ASCII 080
150. C NR83 10 10 V 10 3 10 mV param DC NR3 10 00E 00 10 00E 00 10 oscillator offset 1 0 DC 1 0 V OSeillator mode OScillator mode FRA5087 GPIB USB 3 105 3 4 Cl OScillator Phase 20Scillator Phase OSeillator Phase lt param gt 0Scillator Phase OSCILLATOR PHASE lt param gt param NRI 0 859 deg 1 deg param
151. Cycle lt param gt Measure Integration Cycle MEASURE INTEGRATTON CYCLE lt param gt param NRI1 1 9999 cycle param NR1 1 9999 5 measure integration cycle 10 10 Measure Integration Type 0 Cycle f nm f 54 Hz nif 54 Hz lt f 3 kHz 18 2 ms 54 6 ms Xn 3 kHz f 18 2 ms Xn Measure Integration Sec Measure Integration Type FRA5087 GPIB USB 3 96 3 4 Measure Int
152. FRA5087 80 1 8 10 EOI EOI FRA5087 GPTB USB 3 1 0 3 2 e IEEE data template IEEE IEEE IEEE IEEE IEEE e IEEE 8 1 1 2 3 4 5 6
153. QUALIZE lt param gt ON OFF NR1 OFf 1 ON param ON OFF NR1 2 SEtup Mnemonic NR1 OFF 1 ON input equalize on DAta Equalize FRA5087 GPIB USB 3 83 3 4 INput OPen 2TNput OPen INput OPen lt param gt INput OPen INPUT OPEN lt param gt param ON OFF NR1 NR1 OFT ON
154. R 6 99 99E 6 0 001E 6 param4 NR1 NR1 Close 1 Open param5 NR1 0 1 6 0 FRA5087 GPTB USB 3 24 3 4 param1 NR1 0 1 6 0 2 param2 Tm NR1 2 SEtup Mnemonic NR1 TAG 1 CONSTANT param3 Tm NR1 0 1 6 0
155. SWeep Slow Target SWeep Slow Variation Mode FRA5087 GPIB USB 3 128 3 4 SWeep Slow Variation A 2 SWeep Slow Variation A SWeep Slow Variation A lt param gt 8Weep Slow Variation A SWEEP SLOW VARIATION A lt param gt Vrms param Vrms NR3 0 00 00 1 00E 9 Vrms param Vrms NR3 0 00R 00 1 00E 9 Vrms 9 sweep slow variation a 5 5 Vrms 8SWeep Slow Variation Mode 3 A SWeep Slow mode SWeep Slow Target SWeep Slow Variation Mode FRA5087 GPTB USB 3 129 3 4
156. Slow Variation Mode 1 R SWeep Slow mode SWeep Slow Target SWeep Slow Variation Mode FRA5087 G PIB USB 3 127 3 4 SWeep Slow Variation Theta 2SWeep Slow Variation Theta SWeep Slow Variation Theta lt param gt 8Weep Slow Variation Theta SWEEP SLOW VARIATION THETA lt param gt deg 0 param deg NR8 0 180 deg param deg NR83 0 00E 00 180E 00 9 0 5 deg sweep slow variaton theta 0 5 Theta f Qc SWeep Slow Variation Mode 2 9 Oo SWeep Slow mode
157. TI FRA5087 GPTB USB 5 5 2 5 2 300ms GPIB 2 EO1 LF Dey SetQueryBtn SetValueTxt FRA5087 SetValueTxt mplitude peak 1123e 3 GPIB Set amp Query AnswerLbl x 123E 03 SetQueryBtn Const Adr As Integer 2 Private Sub Form_Load0 Dim stat As Integer initialize 0
158. at As Integer transmit UNL LSTEN amp CStr Adr amp GTL stat Go to Local End Sub Private Sub SetSweepBtn_ClickO Dim rdbuf As String Dim As Integer Dim stat As Integer Dim stb As Integer Dim tm As Long StsLb1 Caption Sweep in Progress DoEvents send Adr SWeep range amp SetSweepMin Text amp amp SetSweepMax Text stat send Adr SWeep MEasure Up stat stb 0 tm Timer While stb And amp H1 0 bit0 1 While Timer tm lt 2 Wend 2 tm Timer spoll Adr stb stat Wend StsLbl Caption Sweep End End Sub Private Sub SetSweepMax_Change0 StsLb1 Caption End Sub Private Sub SetSweepMin_Change0 StsLb1 Caption End Sub FRA5087 GPIB USB 5 6 5 4 1 5 4 1 FRA5087 ASCII FRA5087
159. ckO Dim stat As ViStatus Dim retCount As Long Dim buffer As String MAX CNT buffer OScillator Amplitude amp SetValueTxt vbLf stat viWrite sesn buffer Len buffer retCount Setting of amplitude wait 0 5 buffer OScillator Amplitude amp vbLf stat viWrite sesn buffer Len buffer retCount Query on amplitude stat Read sesn buffer MAX_ CNT retCount Reception of answer message AnswerLb1 Caption Left buffer retCount End Sub Private Sub wait t As Double Dim tm As Double tm Timer While Timer tm lt DoEyvents Wend End Sub FRA5087 GPTB USB 5 4 5 3 bo 5 3 Qc ran StsLb1 Sweep in Progress Sweep End
160. e SWeep MEasure lt param gt 8Weep MEasure SWEEP MEASURE lt param gt param NR1 NR1 0 Stop RS Single Repeat 2 Up Up 3 Down Down param NR1 2 SEtup Mnemonic NR1 0 STOP 9 Single Repeat 2 UP Up 3 DOWN Down 1 CALIBRATION sweep measure up J Up SWeep MEasure Hold FRA5087
161. egration Sec 2Measure Integraton Sec Measure Integration Sec lt param gt Measure Integration Sec MEASURE INTEGRATTION SEC lt param gt param NR3 0 9999 0 sec 10msec param NR3 0 00000E 00 9 99900E 03 12 1 measure integration sec 1 Measure Integration Type 1 sec Measure Integration Cycle Measure Integration Type FRA5087 GPTB USB 3 97 3 4 Measure Integration Type 2Measure Integration Type EA EX Measure Integration Type lt param gt Measure Integration Type MEASURE INTEGRATION TYPE lt param g
162. plate String Sweep LogR Theta stat send Adr DAta Read data amp Str tag amp 0 amp Str datasize 1 stat While 0 lt datasize enter rdbuf 256 j Adr stat 1 1 DataTxt Text DataTxt Text amp rdbuf amp Chr 13 amp Chr 10 datasize datasize 1 Wend End Sub Private Sub Form_Load0 Dim stat As Integer initialize 0 0 transmit DCL stat End Sub Private Sub Form_Unload Cancel As Integer Dim stat As Integer transmit UNL LSTEN amp CStr Adr amp GTL stat Go to Local End Sub FRA5087 GPTB USB 5 8 5 4 2 zz 2 ASCII RS a Text3 Text1 Text2 ampled Command1 FRA5087 GPTB USB 5 9 5 4 2
163. play Scale Xaxis DISPLAY SCALE XAXTS lt param1 gt lt param2 gt 2 X param1 X param2 NR3 param1 param2 NR3 display scale x 1 1e6 X 1 1e6 X 1 Hz 1 MHz X DIsplay mode ES Ai a F logF Hz 0 1 3 15E 6 17 0 deg 1 0E9 1 0E9 11 a Vrms
164. rrent DAta Read CUrrent 1 DAta Template data read current DAta Template a DAta Template FRA5087 GPIB USB 3 839 3 4 DAta Read data DAta Read data lt param1 gt lt param2 gt lt param3 gt 0 param1 NR1 1 6 param2 NR1 0 1 0 param3
165. t param NR1 NR1 Cycle 1 Sec param NRI 2 SEtup Mnemonic NR1 CYCLE 1 SEC measure integration type cycle Measure Integration Cycle Measure Integration Sec Measure Integration Cycle Measure Integration Sec FRA5087 GPTB USB 3 98 3 4 IH Measure Mode Measure Mode Measure Mode lt param gt Measure Mode
166. t lt param2 gt lt param3 gt 2 08cillator mode OSCILLATOR MODE lt param1 gt lt param2 gt lt param3 gt 2 0 param1 ON OFF NR1 NR1 0 OFF AOC DC OFF 1 ACoff AC OFF 2 1ON AOC DC ON param2 SLOW ON OFT INR1 NR1 0 Quick ON OFF 1 glow SLOW ON OFF param3 NR1 NR1 0 Zero 0 V 1 Hold 2 Phase oscillator phase FRA5087 GPTB USB 3 103 3 4 param1 ON OFF
167. t param3 gt param1 NR1 1970 2069 param2 NR1 1 12 param3 NR1 1 31 param1 NR1 5 param2 NR1 8 param3 NR1 83 1970 2069 il em 3 il em 1 12 3 il em 1 381 setup date 2001 7 14 2001 7 14 SEtup Time FRA5087 GPIB USB 3 110 3 4 4 H SEtup Header 2SEtup Header SEtup Header lt param gt 9SEtup Header SETUP HEADER lt param gt 2 ON OFF param ON OFF
168. up Mnemonic NR1 0 TAG 1 CONSTANT 2 J param2 1 param5 2 NR1 0 1 6 0 2 NR3 99 99R 6 99 99E 6 10 param3 NR1 2 SEtup Mnemonic NR1 0 ADD 1 SUBSTRACT 2 MULTIPLY 3 DIVIDE param6 NR1 0 1 6 0 2 cal a 0 0 2 1 10 0 FRA5087 GPIB USB 10 3 2 3 4 0 CAlculation Jw CAlculation Jw CAlculation Jw lt param1 gt lt param2 gt lt param3 gt CAlculation Jw CALCULATION JW lt param1 gt lt param2 gt lt param3 gt
169. y f o fy 1m fy a Dm pm 8SWeep REsolution Mode 0 LOGSweep E steps sweep 1 ky SWeep REsolution Mode FRA5087 GPIB USB 3 118 3 4 SWeep REsolution log Decade SWeep 0 1 param Pa D param AAA D SWeeD 7 9 REsolution log Decade SWeep REsolution log Decade lt param gt 8Weep REsolution 1og Decade SWEEP RESOLUTION LOG DECADE lt param gt 1 NR1 1 20000 steps decade CC 1
170. ycle Measure Auto MAx Cycle lt param gt Measure Auto MAx Cycle MEASURE AUTO MAX CYCLE lt param gt param NRI1 2 9999 cycle param NR1 2 9999 5 measure auto max cycle 100 H 100 Measure Auto MAx Type 0 Cycle Measure Auto MAx Sec Measure Auto MAx Type FRA5087 GPIB USB 3 87 3 4 1 4 Measure Auto MAx Sec Measure Auto MAx Sec Measure Auto MAx Sec lt param gt Measure Auto MAx Sec MEASURE AUTO MAX SEC lt param gt param
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