VA-2230A
Contents
1.2.
3.
4. E
5. gt 1 1 4 4 1 AC100 V 10 50 60Hz TF
6. 10 9 1 4 F 1 1 F 4
7. 125V AC100 V J AC100V
8. 7 1 I RNG 9 3 3 3 b 7 2 D RNG 9 3 3 3 c 7 3 F RNG F5 FR HOLD 10Hz 110kHz 0 5 2 ITEM DISTN 2 THD ITEM DISTN THD gt HD THD N gt THD
9. AC V 7 37 38 THD HD SN S N AC V M 2 AC V GEN THD N THD N AC V THD N M 1 AC V M 2 AC V M 3 GEN M 4 THD N M 5 M 6 AC V THD N
10. i AC100V 10 AC90V AC110V
11. Hittin GND
12. 1 1 2 3 4 5 t
13. EXT CONTROL 1 0 11 1 C N 5 0 2 25 m gt 83 5 03 FE una N GN lt 2 gt e 1 1 EXT CONTROL 1 0 EXT CONTROL 1 0 2 9 Plo Pl 8
14. LBD AC AC R LED DC DC 30 9 EXT CONTROL 1 0 36 I 0 2 7
15. 4 2 4 3 OFF 4 4
16. 9 1 2 5 1 0OUTPUT GP 1IB KEY LOCK LED GP IB 2 SE ON SEQ ON 127 128 12 10 GP IB 1 2 5 110000 H 5 Hz 110000kHz 0 005 110 0 KHZ 0 005kHz 110 0kHz 85 9 14 0 DBY 85 9dBV 14 0dBVIC 52 83 7 16 2 DBM 83 TdBm 16 2dBm OUT ON ON OFF AC
17. 7 5 1 10 10 LCD SYSTEM GBN ITEM SHIFT F10 INF0U F10 INFO lt INFORMATION 1 INFORMATION lt AUTO SEQUENCE gt REPEAT 44 lt SINGLE 144 R
18. 10 1 JI lt V 2 LCD 00 99 b GP 0 9 44 PI 400 4 ITEM 33 34
19. 6 AC V 7 39 40 DC YV DC 1 AC V M 2 AC V 3 GEN 4 M 5 6 M 7 9 1 SYSTEM ITEM SYSTEM LCD GP IB EXT 0
20. 1 FR1KHZAP 10DBVMMACV 2 FR1KHZ AP 10DBV MMACV GP IB suffix 2 3 suffix 1 2 suffix
21. 1 VA 2230A ODS DSP GP 1B BXT CONTROL I 0 OUTPUT DDS RC GP IB LO Q 2 EXT CONTROL 1 0 AC INPUT O HPF LPF A D R 05 PLL DC INPUT 1 1
22. MMXX 17 BLX HPXX 5 2 2 3 4 5 6 HPF PSDPHO FERTA LPXX SSXX RSX RRXX LUXX 7 8 9 10 12 LPF 7 2 ON OFF MUXX RLXX RFXX RUXX FTXX HDXX 18 14 15 16 17 18 AAR IRXX MRXX RAXX ULXX LLXX 19 20 21 22 23 24 1 2 NTX 25 26 27 2 EDH I TEM x 22 45 ACW IARBLIMRBLITHDNI THD HD SINAD SZN Rarid o o
23. DC INPUT 1MQ 1 AC S N 5INAU 4 2 INPUT F3 F4 UNBAL BAL F3 UNBAL 10 1 S1 UNBAL AC IN A F4 BAL S1 BAL AC IN A B AC IN LBD UNBAL BAL ITEM 2 4 2 INPUT F1 F2 AC IN 100kG 10kQ ITEM 10kQ
24. 0 17 99 95 0 1s 1 2 TIMB F4 0 PASS SBQ 1 1 SBQ F1I F4 1 Fl F2 F3 F4 F5 RUN STOP STOP SBPBQ
25. ITBEM 2 1 U LIM 2 2 L LIM ITEM 1 3 PORT F5 PRT ON 100 0 9 3 1 GP 3 2 ST 3 3 END 4 5 4 1 S ST
26. ACIN BTL AC THD N THD HD SINAD 100Hz 100HzHPF 27 8 8 1 GEN 0jSTN S N i 0 SINAD RATIO 8 1 POWER ON 0FF ON LCD OFF
27. 1 V RFiV lt Nr 3N OFF ON 1 OFF 2 H 1 0 V RF gt 1 0000E 01V RL RL 8 RR RR B RS RS W RL lt 1 gt 7 5 5 50000 AC W 5 Q RL5KOHM OHM KOHM lt 1 gt 8 2 RL gt 8 lt
28. LED PASS TOPASS 1 UNDER DVER TONG EXT I 0 GPIB 2 TOTAL PASS LED CTOTAL NG LED 117 118 3 S TONG LED 11 3 LED OWT 12 1 GP IB 1 0 2 BXT CONTROL I 0
29. 4 1 HOMB F3 R HOLD 3 DC 1 RNG F2 lt F5 81 82 10 1 V mW W dBV dBm dB ITEM 1 AC S N 5SINAD DC 5 2 UNIT F1 F2 F6 dBV dBm dB F3 F7 V mWV
30. 10 12 9 INPUT L amp R CH 10 7 LR 2 CH OUT L amp R CH CH L R 600 GEN 105 106 11 EXT CONTROL 1 0 1 GP IB 1 2
31. ITEM SYSTEM V 9 1 1 9 1 2 9 1 1 41 9 1 1 SYSTEM ITEM F1 F2 F3 F4 F5 F2 F3 F4 F5 F8 F9 F10 42 as TO F8 F9 F10 5 2 8 EK M MAN F2 F4 F5 NE MI 1 MAN rs MK F8 F9 43 44 3 4 CTRS 4 0 00 99
32. 1 2 ma 9
33. NT a1l a2 a3 GP t 0 1 99 9 S PS PASS 0 99 0 99 0 99 B00000000 B11111111 2 00 16 0 255 00 5255 10 5 0 5 RST0 RST7 00000000 811111111 2 2 00 16 0 255 007 0255 10 SET0 SET7 RST0 RST7 NGADRS 1 2 3 10KOHM 100KOHM LR RL
34. 6 15 GP IB GP IB 6 16 EXT 1 0 EXT 1 D 8 6 17 A O 426 W 44900 x 113 7kg AC100V 10 50 60Hz 48W AC100V 100 120 630mA 220V 240V 315mA 10C 35C 85 GEREN amp 54 10C 40C 85 30C
35. 6 1 EZE Wo 6 2 ee 6 3 44 6 4 AC 6 5 EC 6 6 6 7 6 8 SINAD ee 6 9 S N ee 6 10 6 11 DC ee A A 1 A DO 6 12 6 18 6 14 6 15 6 16 6 17
36. V mV dBV dBm AC WATT dB S N WATT AC WATT AC Rr 1 0dBV 1 Vrms 6006 2 dBm 600Q 1 m dBV dBm S N dBV dBm dB 3 Rr
37. CPU DIP S1 8 ON CPU 2 5 2 8
38. CPU DIP 5S1 S1 8 0N 8 OFF CPU 51 1 ON OFF lt gt ON 2 1 81 EROSIO 8 2 dan 8 gt lt OFF DIP 5S1 5 SHIFT THD N 6 5
39. 2 3 2 1 2 2 L R 2 4 DDS 5 Hz 20kHz RC 20 1kHz 110kHz DDS 0 0063 84dB RC 0 01 80dB 20Hz 1 kHz 20kHz 2 5
40. 2 3 1 3 AD 3V MR gt 3V MU 1 2 B NT 1 2 3 4 NT 1 2 MU PCIDB MU VIDBVIDBM 1Wj S I NAD 1 AC 2 MUPC VIDBVIDBMIPCIDB
41. 9 6 3 ITEM DISTN 818 oo HD 9 6 1 9 7 S N ITBM S N 9 7 1 S N ee 9 7 2 E lt 9 8 L R R ITBM 9 8 1 L R R mr 9 8 2 L R R 9 9 SINAD ITEM SINAD 9 9 1 SINAB 9 9 2 SINAD 9 10 DC ITBM DC VD lt
42. 12 10 GP IB was 12 11 gt 8 13 13 1 13 2 gt lt o oo gt oO 2 MN e 1 CO 0 24 22 gt 2 00 2 00 External
43. LOCAL 1 POWER ON b LOCAL REMOTB c GTL d REN 2 REN MLA 12 7 POWER LOCAL LOCAL LCD DP 15 LCD DSON
44. ee ee GP IB EXT I 0 1 seee 7 1 T2 lt oo ee 1 9 1 7 2 7 2 3 E 17 92 24 AC lt 7 2 5 THD N 1 9 6 TH 7 9 7 HD 7 9 8 SN
45. Lim 10 3 AC 0 001 100 120 0dBY 40 0dBV 117 8dBm 42 2dBm REL 0 0001 999 9 160dB 160dB 0 01 999 9W 0 0001 100 THD N THD HD 120 0dB 0 dB nwmmwmm RATIO 160 0dB 160 04 0 0001 2 999 9 REL RATIO GPIB GP IB BXT CONTROL I 0 LED 10 5 AC 1600B 0 0001 999 9 0 01mVrms 100Vrms 100 0dBV 40dBV 97 8dBm42 2dBm 86 10 5 1
46. 12 9 GP IB lt 1 2 1 1 CGCP IB 9 1 2 7 1 1 GP IB
47. dB MU gt NT lt gt NT lt Time gt lt Address gt lt gt lt 5 5 gt lt gt NT lt gt lt gt lt Decima Numeric gt PSIPASS lt Address gt lt DecimalNumeric gt lt StartAddress gt lt DecimaiNumeric gt lt EndAddress gt lt DecimalNumeric gt 1 lt jime gt 2 4qdress gt lt e gt 3 StartAddress gt lt EndAddress gt 7 e gt 4 7 7 e gt me gt
48. lt 1 4 2 3 2 4 84 4 1 ee 4 9 oo 4 3 seeseerececeecsencsoeseseseecseecrssssereesene 4 4 4 5 9484 4 6 AC 4 7 5 CCCCCLCCPCCCY 5 1 66 5 9 gt 4 6 t
49. THDN THD HD 0 0001 100 SINAD 0 0dB 60 0 DCV 1 100 0V 0 001 100 0 V ACW 0 01W 999 9W AC 0 0001 099 99 160 0dB 160 0dB SN 0 04 160 0dB RATIO 0 00015 999 9 160 04 180 0dB 6 0 dB LL 60DB OFF lt 3 gt lt 2 gt lt 2 gt lt 2 gt lt 3 gt lt 2 gt 143 144 LP R LU LU LV 1 2 OFF 1 2 7 0 dBm LL gt 0 00 LP OFFIi15KHZI20KHZI86K
50. KUAJ 7 UTO AUTO HOLD 1000 0 Hz IR AUTO DR AUTO L LV 1 0000 0 0076 x CH L WW dBm L amp RCH 2774450 LCH HOLD NOUD 1000 0 Hz IR AUTO DR AUTO ryv 0000V 0000 0076 0 0082 CH LCH RCH RCH V V dBV dB dB dBV dBm dBm 63 64 9 4 2 1 4 2 INPUT 10 6 LCH RCH L amp RCH 10 12 4 3 SP 10 7 5 2 UNIT 10 1 7 1 I RNG 7 2 D RNG 7 32 F RNC
51. INTEN CTRS 1 3 VBR F1 F3 EXT CONTROL 1 0 SYSTEM 2 1 PT 1 PORT 1 CONT M RCL PRINT 2 2 PT 2 PORT 2 CONT D READ 2 3 PRINT F1 F5 1 NG RG
52. AUTO 6 5 1 AVGS 10 3 10 2 AC IN 2 1 I RN6 F1 AUTO 7 2 D RNG F1 AUTO 7 3 F RNG F5 FRHOLD AC IN 30mV 3 RM 4 1 HOMEB F3 IR HOLD F4 DR HOLD F5 FR HOLD
53. 1 0 kQ 1210 12 10KOHMI 1 0 0KOHM B 1 0 OkQ IZ gt 100KOHM 1 lt 3 gt 1 lt 2 gt 1 OKIOVERIUNDERIINVAL1D 2 lt 3 gt 1 lt 2 gt 1 OKIOVERIUNDERIINVALID lt 3 gt 1 lt 2 gt 1 OKIOVERIUNDERIINVALID R RE UNDER INVALID 1 0 dB V OK JG gt 010 00 142 LL 1 2 3 4 5 6 LL 1 2
54. T 2 17 EXT CONTROL 1 0 DBXT CONTROL 1 0 1 2 3 4 LED 5 8 x 2 TTL 6 7 8 TTL GP IB 8
55. 2 1 2 AC 4 1 HOME F1 RBLdHB F2 RBL 0 dB 100 4 1 HOME F1 RBLdB F2 REL b a 2 3 RBF L L amp R
56. DP AS RPTUPISGLUPIRPTDNISGLDN RPTUP SGLUP RPTDN SGLDN ASSGLUP RPTUPISGLUPIRPTDNISGLDN AS gt RPTDN BL UNBIBAL
57. 2 gt 125 126 12 8 GP TB 1 2 3 4 5 GP IB 255 ASCII CRLF b LF c EOI GP IB
58. 7 3 7 3 2 3 7 2 11 1 2 3 A D FFT AC 1 mV 100Vrms 5 Hz 210kHz 7 2 4 AC A D FFT 300V 100V 12 100V 20 4 uV 80kBW AC 12 V 100Vrms
59. 12 1 12 2 119 120 412 1 1 2 GP IB H 0 L 1 DIO0 en NRFPD H DAV L DIU NDAC SR 5 9 9 1 NDAC 412 2 GP IB 3 121 122 12 1 9 7 4 IFC
60. 9 1 kHz 40dBV 21 10 5 1 AC Y AC 2 3 REF L 87 88 10 6 AC INPUT MEAS 8410 1 AC IN BTL AC IN
61. F1 HD 2 2 THD HD 9 7 S N ITEM S N ITEM 5 N S N AC 5 N S N 20log S AN dB S N 5 N GEN ON OFF 9 7 1 CH L amp RCH
62. F9 R ZUNE 1 59 60 9 3 4 ITEM AC V 5 2 WATT 5 3 W RL AC IN AC 3 1 W 3 1 RL 2 5000Q 1 9 4 1 ITEM DISTINS 1 T
63. PAGE 3 ITEM 1 AC S N SINAD DC 1 2 U LIM L LIM 2 1 2 U LIM L LIM BNT 2 1 2 U LIM L LIM
64. 3 4 5 8 X 2 TTL 6 7 8 TTL GP IB 8 9 10 1 2 1
65. 9 2 3 9 2 4 0N OFF 9 2 5 ESZRE r YRO 0 3 AC ITEM AC VD 9 3 1 AC V AC meet 9 3 2 9 3 3 AC 0 3 4 oo 0 4 1 ITEM DISTN 1 THD N 9 4 1 THD N HD 9 4 2 9 5 2 ITEM DISTN 2 TH 9 5 1
66. RU PCIDB RR dB RUDB RU PC DB RU gt PC R2 2 lt Nr 1 gt 2 SS CLR RATIO S N SS 10 511 011 512132151101 B 0 5 0 5 1 0 1 0 1 5 1 5 2 2 3 3 5 5 10 10 1 5 SS1 5 SS 0 511 011
67. ON lt gt OFF 5 30 4 5
68. TTL 1 0 1 2 3 TTL 47kQ 5V GND HIGH LOW TTL 1 LS TTL UNDER PASS OVER 5V 10mA LED 11 4 11 11
69. 30Wrms 100Vrms S N 5 5S N UNBAL S 10kHz S N gt 130dB 80kHzBW 20dBV gt 120dB 2 104 gt 1104 gt 0 dBV gt 100dB 10dBV gt 90dB 20dBYV gt 80dB 30dBV gt 70dB 40dBV gt 60dB 50dBV gt 50dB 60dBV gt 40dB 70dBV gt 30dB S NN dB dBm S N S 2 16 S N 1 5 2 3 5 7 10 6 10 L R R L R 30Wrms i l 100Vrms 0 130dB 0 0001 999 9 80kHzBW f lt 20kHz 40dBV 0
70. LR L RAE RL KR LR RALR RA RAT1O LRIRL RAT1IO0 KR RA gt RL 151 152 RE 1 2 RF RF 1 2 RC lt DecimalNumer i gt 0 99 DecimalNumeric gt lt gt lt Nr 3 gt lt Nr2 gt lt Nr 3 gt lt 2 gt lt 3 gt 1 lt 2 gt 1 V W 3 gt D DDDE DD 9 9 9 9 E 0 9
71. VA 2230A NIKKE TECHNO SYSTEM CO LTD PRINTED IN JAPAN B68 0083 00
72. GPIB LCD 12 4 12 4 DCL 12 2 sm PU
73. 10 9 8994 10 10 10 10 1 rhonwnen2 ono 10 10 2 No 10 11 0 00 6 10 19 LR hoo 11 EXT CONTROL 1 0 pp 11 1 1 2 ore 1 3 k 11 4 11 5 lt 11 5 oo 1 1 8 11 9
74. OFF OFF LIRILR L amp R ICLR B 1 2 B LIRILR L IC gt L lt 1 gt 7 5 0 100 VARAT VIMVIDBVIDBM L ch 1 DesimalNumeric gt Suff ix V THDN THD HD SINAD OmV 3 4mV 3 4 11 1l imV 34mV 34mV 110mV 110 2340 340mV 1 1V 1 1 3 4V 4 11 11 834 84 100 5 RATIO 0 0 3 4mV 0 34mV 1 1 1mV 3 4mV 3 4 mV
75. 51 1 S 2 2 S 3 3 S 1 6551 VARIIS11S21S3 S 1 GS gt 51 139 H D 1 2 3 4 5 HD HP i R 140 HD lt gt HD lt gt lt gt HD lt Boolean gt lt StartHarmonics gt lt EndHarmonics gt HD lt gt lt gt lt gt lt gt lt gt lt gt lt gt lt gt lt gt lt gt 1 lt oo gg gt 2
76. DISTN Ye22 e3 107 x100 DISTN 201og y e2 e3 e10 ein dB ein 1 2 1 HD 10 DISTN Ve2 e3 eN einx 100 DISTN 201og 627 97 dB ein eN N N 2 3 10 1 2 S N S N S 6009 N S N S N S N ON OFF S N
77. THD 2 10 9 5 1 9 4 2 9 6 3 ITEM DISTN 3 E HD ITEM DISTN HD THD N gt gt HD HD 2 10 9 6 1 9 4 2 5 3 HD N F1 F9
78. 6 lt HARMONIC NUMBER gt gt 2 lt HD 5 gt 8 lt gt 3 lt gt HD 6 lt gt HD 9 lt HD 4 gt lt gt HD 10 lt HD 2 3 6 8 9 10 13 lt FILTERS gt HPF 50 LPF gt 100Hz lt A gt 15kHz lt 200Hz CCIR ARM 20kHz OPT gt AUDIO lt 80kHz HPF PS0 LPP HPF 100Hz PS0 AUDIO LPF 15kHz No 14 lt GENERATOR gt z N SOURCE gt VARI lt SPOT1 SPOT3 SPOT 2 FREQUENCY 104 0 kHz LEVEL 14 0 dBV 104kHz 14dBV 15 lt JUDGEMENT LIMIT VALUE gt UPPER LIMIT 1 2300 mV LOWER LIMIT 1 0000 mV 1 23mV 1 00mV 103 104 8 lt MEASUREMENT RANGE gt dmV 1V 100V 0 01 3 100
79. 9 10 1 DC V DC 9 10 2 DC eo 10 DP 10 1 10 92 KK 10 3 10 4 10 5 WILNIE 10 5 1 es 10 5 2 66 4 9 52 5 2 5 3 5 3 53 54 5 9 5 9 6 0 6 0 6 0 6 1 6 4 6 5 6 5 6 5 6 5 6 5 6 5 6 5 6 6 6 9 7 0 7 1 7 4 7 4 7 5 7 6 78 19 8 1 8 2 8 2 8 2 8 3 8 4 8 5 8 6 8 6 10 6 eeeeseeeeseeeseessees 10 7 SP TT oo 10 8
80. OFF PSOPHO A PSOPHO IEC A AUD PSOPHO DIN AUD10 ARM PSOPHO CCIR ARM OPT PSOPHO PSOPHO OFFIAIAUDIARMIOPT PSOPHO 1 P1 lt gt PT lt gt P1 lt 2 1 gt 1 1 lt NonDecimalNumeric gt 2 1 lt Decimal1Numeric gt 1 3 1 lt DecimalNumeric gt 0 1 1 2 3 PiD23 1 lt 1 gt 1
81. 5 6 DC500V 30MG AC GND DC500V 30 9 DC GND DC500V 30 0 GND DC500V 30 0 AC1500V 50 60Hz 1 2 T RENESA OFL AIV 4 4 dd 454 amp A ECN GEWEEN GAEL LLV O 0 1 XVIL EA 5 T 4 91 49 4 Asy 104110 250 Q JIV ZEOLIT ZHAI 700 3N89 1 39019 MM 1481 EFES 09 454 20 7 2 1 2 1 5 Hz 110kHz 5 Hz 20 09kHz DD5 7 2 DDS DSP
82. 1 4 1 2 3 UP DOWN CLR HIGH LOW MIN 100ms 109 11 5 1 GEN 2 3 FRBQ AMPTD HIGH LOW 11 4 3 EXT RE1 EXT REB2 2 EXT RE1 100 5 MIN 100 s CW Q BXT RE2
83. DISTN 1TBM SHIFT RATIO SINAD DC V 9 1 H 9 2 9 ge 3 9 2 N DISTN 9 4 DISTN 9 5 LCD LCD 1 9 1 0 hb g 89 1 LCD 1
84. 11 11 1 BXT COTROL 1 0 2 SYSTEM 2 1 PT 1 F3 PRINT 2 3 PRINT F1 F5 0 4 9 1 2 2 3 1 2 4 ITEM 4 1 HOME F9 PRT EX
85. WW HPF LPF 50 0 HD J 1 2 124 12 5 GP IB 12 3 GP IB 12 3 GP IB V SWAP I 0 ON OFF 12 6
86. 3 No 5 No 6 lt HOME MENU gt RELATIVE RANGE dB R HOLD HOLD lt INPUT MODE gt 100kQ UNBAL gt 10k lt gt BAL lt 10k9 99 100 4 lt MEASURMENT SPEED gt gt FAST lt SWITCHING SPEED SLOW 25 FAST 2s N0 8 lt AVERAGE NUMBER gt 1 N OFF N 1 2 gt 4 lt 8 16 4 5 9 UNIT gt UT INPUT DISPLAY dBY dBm gt lt V W No 10 lt EXTERNAL LOAD gt Q CURRENT 6000 2 50000 AC V W 600 101 102
87. EXT CONTROL I 0 100 BXT CONTROL I 0 GP IB GP IB CONTROL 1 0 GP ITB 60 000 LED BXT CONTROL 1 0 3 VA 2230A
88. LCD LCD SHIFT SHIFT 28
89. S N a S 7 1 S RNG 9 3 3 3 S b N 7 2 N RNG 9 3 3 3 N 69 70 S N S N GEN 9 8 L R R L ITEM RATIO SHIFT ITEM RATIO AC IN L R 9 8 1 9 8 2 9 8
90. 4 3 SCE F1 VARI 4 1 GBN F kHz Hz ENT 5 Hz 110kHz b a CW CCW 2 4 3 SCB F2 F4 SOURCE SPOT 1 3 2 5 0 1 20Hz F3 SPOT2 1 kHz 4 5 073 20kHz
91. R 7 2 5 THD N 10Hz 110kHz DISTN V e2 e3 100 DISTN 201og e2 3 dB ein eN N N 2 3 en A D FFT 2 60dB A D FFT 0 01 100 9 23 24
92. S N S N S N AC 1 2 9 L R R L RATIO L R R AC AC 1 2 10 SINAD SINAD SINAD SIgnal Noise And Distortion THD NN SINAD THD N 0 40dB SINAD 1 2
93. 9 10 1 9 10 1 DC V DC 2 F4 5 PASS a DCV F6 F7 F8 F9 F10 3 F4 DCV 8 F9 0 F2 F3 F4 F5 E DCV F9 F10 INFO INFO INFO F2 F3 F4 F5 E Oo DCV F8 9 F10 79 80 ss ME INEO 100V DC LV 9 10 2 DC 1 7 1 RNG AUTO 5 1 AVGS 10 2 DC IN DC DC V 0 7 1 RNG F1 AUTO
94. AC S N 5SINAD ITEM 10 2 100Hz 75Hz AM 2 HPF 25Hz 40dB 200Hz 180Hz IHF BPF 60dB 15kHz 15kHz FM LPF 19kHz 30dB 20kHz 20kHz CD 24 1kHz 30dB 80kHz 60dB 180 651 A 651 A4 180 651 A AUDIO DIN 45405 AUDIO0 ss 1 6 1 3 HPF PS0 LPF F1 F5
95. 30Vrms 3 AC INRPUT Y 10 1 S2 AC IN AC INPUT 10 1 2 AC IN GP IB 10 7 SP SP F1 F2 PAST SLOW SLOW FAST 100Hz SP F3 F9 0 557 8 105 S N S L R L gt R gt L F3 SS 0 5s 0 5s F4 SS 1s 4 ls F5 S5 1 551 lt 1 56
96. UPPER LIMIT LOWER LIMIT 2 0 255 2 3 4 100 00 99 a SHIFT STO RCL BNT 12 SHIFT STO RCL 1 2 BNT b SHIFT STO RCL ENTBR a
97. 1 93 94 2 3 DOl lt 3 3 lt 10 8 AC S N RATI0 SINAD DC 1 2 TIME ENT
98. 2 ITEM GEN SYSTBM 1 3 PORT F3 PORT 1 F4 PORT 2 113 2 3 1 8 P1 LSB P1 MSB 0 255 10 2 EXT CONTROL I 0 0 LOW OV 1 HIGH 5V 1 9 1 2 2 9 10 10 BUSY 114
99. 5 1 ST F3 ALL 00 99 GP IB 5 3 ADRS 0 31 GP IB8 5 3 F3 ADD 2 5 GP TB GP IB F3 ADD F4 CLR GP IB 5 3 ADRS F5 DUMP b BXT 1 0
100. 9 2 3 1 5 1 UNIT F1 F2 dBV dBm 4 2 GBN L ENTER 5 1 UNIT dBV dBm dB dBm 85 9 14 0dBV 0 dBY 1 Vrms 6009 83 7 16 2082 6000 1 mW 2 1 CW CCW dB 9 2 4 ON OFF ON OFF
101. UNB BAL BLUNB UNB 1BAL BL gt BAL LCD OFF L CD DP 1 5 LCD OFF 1 5 L CD AUDIO ANALYSIS DP AUDIO ANALYSIS DP DP DP AUDIO ANALYSIS DP gt AUDIO ANALYSIS 137 138 DS DS B FR 8 1 2 LCD DS lt gt LCD ON OFF L CD
102. 1 5 9 6 t E 6 1 L R 5 Hz 110kHz 1 5 20 09kHz DDS 2 20 1kHz 110 0kHz RC 1Hz 5Hz 2009Hz 10Hz 2 01kHz 20 09kHz 100Hz 20 2 110 0kHz 5 X10 5 DDS 3 RC 1 20Hz 5 1079 2 1kHz 5x10 5 3 20kHz 5 1079 14 04 85 9dBV 0 dBV 1 Vrms 6000 16 2dBm 83 7dBm 0OdBm 1mW 6000 0 5dB 40dBV 1 kHz 6006 0 8dB 40dBV 0 0548 20Hz 20 09kHz 1 6009 478 0 548 5 Hz 110kHz 0 001 10048 THD N 80kHzBW 1 2 0 001 100dB THD 80kHzBW 3 0 0063 84dB THD N 80kHzBW 20Hz 20kHz lt 0 01 80
103. 1 7 6 1 gt 16 149 150 2 1 2 3 P2 2 P2 lt 1 gt lt 1 gt lt gt 1 2 lt NonDecimalNumeric gt 2 2 lt DecimalNumeric gt 1 3 2 ec7 ga7 gp c gt 0 2 2 lt Nr i gt 2 FRXX APXX OUTXX GSXX 1 2 3 4 5
104. OUTPUT ON OFF 0OUTPUT ON OFF ON OFF 9 2 5 LCH RCH L amp RCH 10 12 9 3 AC ITEM AC V ITEBM AC V AC AC IN AC 5 Hz 210kHz 300Vrms 100Vrms 12 9 3 1 CH L amp RCH AC V W 9 92 4 AC W 9 3 1 53 9 3 1 AC V AC ITEM
105. RCL BNT 12 RCL 1 9 BNT 00 09 1 1 RCL 1 ENT b lt RCL ENT 91 92 5 10 1
106. Freq 10 000kHz R AUTO R 3 0064V 0 0032V 2 PAGES 49 3 PAGE1 b PAGE 2 9 4 PAGE 2 00 0 Freq 10 000kHz ACV L Lv 3 0064V Lv 0 00327 2 INPUT SP 2 RCH 9 4 PAGE2 c PAGE 3 5 PAGB 3 Freq 10 000kHz R AUTO L Lv 3 0064V R Lv 0 0032V CH L LIM LCH 9 5 PAGE3 1 PAGE 2 3 2 2 3 AUTO 35
107. 0 9 KO 42 1olololololololoelelzxi 5 HP o 10901901 10 m r o 0 0 SS Rs 0 0 0 7010 1702 1 0 o xx gt taro x Oo x 39MO 9 86 IdHD x x x x x x ie RATI O RA LRIRL RAT IO
108. 180 25Hz 60dB8 lt 15kHz 1dB 19kHz 30dB lt 20kHz 1 5dB 19 8kHz 1 0dB 24 1kHz 30dB 3dB 80kHz 10kHz 60dB8 200Hz HPF 15kHz LPF 20kHz LPF 80kHz LPF 18 PSOPHO IEC A PSOPHO CCIR CCIR ARM PSOPHO AUDIO DIN45405 AUDIO N OFF 2 4 8 16 CEN AC DC 6 13 100 10 EXT CONTROL 1 0 6 14 AUTU
109. AC V AC V GEN M 4 M 6 AC V RATIO L R R L SINAD SINAD AC V M 2 AC V 3 GEN M 4 L R L R R L 5 R AC V M 2 AC V GEN M 4
110. ITEM 9 1 9 10 9 2 ITEM g F1F5 SHIFT F6 F10 h ITBM ITEM 9 1 9 10 3 AC S N SINAD DC d F1 F3 PAGE 1 3 9 3
111. 9 7 2 5S N 9 7 1 1 S N GEN DUTPUT ON OFF 2 CH R L amp R 5S N 3 S N S N S N 65 0 1 1 S N ITEM El SAN 5 S N 7 F8 F9 F10 S N 66 F4 10Y 30mY F2 1001030001 10703081 1000030020 67 CH S N SR AUTO NR AUTO 1 0000V CH SA k LdB dBm 1 amp S N SR AUTO NR AUTO Livor 0000 000
112. Suff ji x Suf f i x gt 5 4 7 R 1 lt DecimalNumeric gt 1 lt Digit gt lt
113. 1 3 4 5 6 7 AC V AC THD N PASS M 3 GEN 4 W HPF PSOPHO LPF 0PT M T AC V M 2 AC V GEN 4
114. SYSTEM lt GP gt A GP
115. 210kHz AC S N SINAD DC lt 2 1 210kHz AC N SINAD DC 2 2 FFT AC A D FFT AC
116. 10 2 HPF LPF PSOPHO 3 OPT PSOPHO 83 84 2 8 2 10 4 AC S N SINAD DC PAGB 1 PAGB 2 PAGE 3 PAGE 1
117. dB dBV dBm gt DDD THEME 9 9 9 9 9 1 1 L R 1 LR Lch Rch 0 0 2 3 RE gt 42 300 02 RF lt 1 gt VIMVIDBVIDBM 0 00001 100 0V V RR RR ON
118. 7 1 LINK GP IB 5 b 7 1 LINK F5 LINK GP IB F5 LINK 9 2 ITEM GEN DDS 5Hz 20 09kHz 20 1kHz 110kHz 3 SPOT 1 20Hz SPOT 2 1 kHz SPOT 3 20kHz GEN lt
119. JA HJ 1 10 8 11 11 1 12 11 13 _ 12 ov 12 1 8 JE 12 9 GP IB 666 992 12 3 GP IB 12 4 12 5 gt 65 6 65 6 0404 12 868 12 7 lt 12 8 12 9
120. UL1PC 155 156 UL 1 2 3 4 5 6 7 P R OFF lt Nr3 gt PC lt Nr2 gt DB lt Nr2 gt DBV lt Nr2 gt DBM lt Nr3 gt N lt Nr2 gt W OFF 1 2 7 1 0 dBV UL 10 00DBV 13 1 100
121. PS PASS 9 3 5 1 0 10 9 395 PASS lt Nr 2 gt 1 2 1 5 NT gt 1 5 147 OUT OUT lt 8 gt ON QOFF ON OUTON OUT lt Boolean gt B OFF OUT gt OFF PA 1 PA lt gt 2 PA lt gt lt 4 lt gt 3 lt gt lt 5 gt lt gt 4 lt gt lt
122. THD N THD S N L R R L SINAD DC 10Hz 110kHz 10 0 110000 0 0100 110 0 RATIO Lch S NO 5 0 0003 V 100V 0 3mV 100000mV 0 0003 100 0 3 1000000 AU RATIU Rch S N N 0 0003 100 0 0003 100 V 0 3 100000 0 3mv 100000mV 0 01 100 0 01 100 0 01 100000 0 01mV 100000mV 0 00001 100 0 0 00001 V 100 0 V 100 0 40 0 DBY 100 0dBV 40 0dBV 97 8 42 2 DBM 97 8dBm 42 2dBm 2 5000 OHM 2 0 50000 0 002 5 KOHM 0 00200 5 OFF ON FAST 0 5 1 0 1 5 2 0
123. 1000 0 Hz Liv 0000 4 T w CH W L V R dBm L amp RCH L CHX WAJE Freq 1000 0 Hz 0000 4 0 4 7w Liver 0000 LCH LCH W RCH W RCH V V dBV dBV dBm dBm 58 9 3 2 1 mV 100Vrms 5 5 Hz 210kHz 9 3 3 AC 1 2 4 2 INPUT 10 6 Lch Rch L amp Rch 10 12 4 3 SP 10 7 5 2 UNIT 10 1
124. 3 GP IB 12 2 GP IB 12 1 GP IB IEEE 488 1978 GP IB 15 20m 1 4 m 1 Mb s 3 PIGYBACK
125. ITEM AC S N RATI0 SINAD DC CLR ENTER gt LCD 40 REM GP IB KEY LOCK GP IB KEY LOCK GP IB KEY LOCK CH AC L CH R CH L amp R CH LED INPUT LED DC AC L R
126. R 4 1 HOME F1 RBL dBH TFT2 RBL 10 5 2 1 1 kHz 40dBV 2 V 2V 10 5 1 D AC
127. 100mV 100Vrms 3 mW 3 mV lt 30mV LCD 10 500kBW 3mV 30mV 20kHzBW A 7 2 6 THD 2 10
128. AC F8 W 510 1 25 mW dBV dBm V mW dBV dBm WATT V mW dBV dBm mV dBV dBm V mV dBY dBm V mV dBV dBm SINAD mW dBV dBm 10 2 AC S N SINAD DC 5 1 AV6S F1 F6 OFF 2 4 8 16 L R F2 RBSET ITBM 10 3
129. LED BNC 100kQ 10kQ AC OUTPUT ON OFF ON OFF CH R L R L amp R LED 29 LED L R LBD 6000 BNC GEN 8 2 8 2 GEN L R
130. 3 0 5 0 10 0 dBV dBm V dB dBV V W RU PC DB dB PSOPHU AU OPT 100Hz 200Hz 15kHz 20kHz 80kHz IBC A AUDIO ARM UNB BAL 1UL 0 0001 100 THDN THD HD 0 0 60 0 SINAD 2 0 001 100 DCV 0 000001 100 ACV 0 01 999 9 W 160 160 RELATIVE 0 0001 999 9 RELATIVE 0 160 0 0001 999 9 160 160 OFF 129 130 ILL 0 0001 100 THDN THD HD 0 60 SINAD 0 001 100 DCV 0 000001 100 ACV 0 01 999 9 W 160 160 RELATIVE 0 0001 999 9 RELATIVE 0 160 0 0001 999 9 160 160 00 99 AS
131. 9 9 1 SINAD ITBM Fl F2 F3 F4 F5 SINAD F8 F9 10 F2 F3 F4 F5 Lumrk SINAD 2 2 rr Ko F8 F9 F10 F2 F4 F5 1 SINAD F7 F8 F9 F10 INFO INFO INFO FR HOLD SINAD 76 SINAD SINAD SINAD F6 INEO Wo H ra 0 80kHz LOPT INEO INPO PR HOLD 300mV R a CH ON 1000 0 Hz L LV 1 0000 CH _ SIMD L R dBm L amp RCH EA TO Fr A 1000 0 Hz L 1 0000 0000 92 2 91 5 LCH LCH SINAD RCH SINAD RCH C dB C dB V wm dBm dBm 77 18 9 9 2 SINAD 1 4 2 INPUT
132. Lch Rch L 1 LR 3 Lch Rch 1 1 0 2 V LV gt 1 020E 00 2 1 0 dBYV LV 001 00 1 2 MM E MR 1 2 lt Nr 3 gt lt Nr 3 gt lt Nr 3 gt 9 gt D DDDDE DD 9 9999E 09 R 1 LR 2 Lch Rch DC V 1 9 9999E 09 1 0002kHz gt 1
133. RCH 10 6 4 3 SP 10 7 5 2 UNIT 10 1 7 1 L RNG 7 2 R RNG L R AUTO 6 5 1 AVGS 10 3 10 2 LCH RCH IN L R 1 2 ITBM L amp RCH 2 7 1
134. a 2 1 PT 1 F3 PRINT BEXT 1 0 b 6 1 ST 5 2 END 6 2 F3 LIST 47 48 7 GP ITB 1 1 GP IB a
135. gt AN 121418116 4 AN4 OFFI21418116 OFF gt OFF AP lt 1 gt DBV DBM 85 9 14 0 dBV lt DecimalNumeric gt Suffix ON dBV dBm Suff ix 0 dBV AP0O 0DBV lt 2 gt lt Nr2 gt DBM 1 2 10 dBV gt 10 0DBV 5 5 BL R
136. gt AC W 7 eg ON OFF dB RRON lt gt gt RS FASTIMEDIISLOW FAST MEDI 1 0 Hz SLOW FAST RSFAST MEDI OCAL SLOW FASTIMEDI ISLOW SLOW RS gt SLOW 153 RU
137. 2 3 GS GS lt Nr3 gt HZ 1 2 THDN THD HD S INAD 3 AUTO gt AU GC LIRILR L GCL LIRILR GC gt L GS VARIIS1IS21S3 VARI
138. FIFO D A D A 16bit 20 1kHz RC DSP TMS320 C25 FROM CPU RC 20 1 2 110 2 PROGRAM amp SINE 1 2 DDS 6006 5 Vrms 10Vrms 99 9dB 0 1dB8 dBV dBm 2 85 94 144 83 7dBm 16 2dBm 21 22 7 2 2 1 OSC 2 AC WATT THD N THD S N L R RLV Y FNE SINAD DC
139. 1 1 2 SHIFT HAN 1 2 1 2 1 2 2 1 1 2 3 4 CPU GP IB GP IB 2 CPU
140. 155 251 lt 25 z F7 SS 3s 35 8 SS 5s 4 55 9 55 1051 105 ITEM 89 90 10 8 100 1 AC WATT THD N THD HD S N RATIO SINAD DC AC AUTO MANU MEAS RANGE 2 5000 Q AUTO MANU MEAS RANGE LUTAR AUTO MANU INPUT RANGE MEAS RANGE F RANGE S N AUTO MANU 5 RANGE N RANGE RATIO AUTO MANU L RANGE R RANGE SINAD AUTO MANU I RANGE F RANGE DC AUTO MANU MEAS RANGE SLOW FAST SS0 5 1 1 5 2 3 5 10 HPF 100Hz 200Hz OFF OPT LPF 15kHz 20kHz 80kHz OFF OPT PSOPHO A AUDI0 ARM OFF OPT BAL UNBAL 100kQ 10k2
141. 3 4 5 6 7 LL OFF LL lt gt PCIDBI LL lt 1 gt DB LL lt 1 gt VIMV LL lt 1 gt WIMW LL lt 1 gt I 1 OFF 3 lt Decimal Numeric gt Suffix S I N AD 3 lt Decimal1Numeric gt Suffix D CV 4 lt Decima1I1Numeric gt Suffix AC 2 W 5 6 lt DecimalNumeric gt Suffix
142. L R LR 1 2 3 LCD ON OFF ON LCD ON OFF LCD OFF 15 132 2 FR OUT 0ON OFF LU HPR LPP PSOPHO UL NT 133 134 GC LV 76 R2 2 Q gt QM DP 12 11
143. a pJcs gt 4 gt 3 StartHarmonics gt EndHHarmonics gt lt Foolean gt 4 Boolean ON gt OFF OFF gt ON 5 2 oo a gt 2 3 HDON 2 3 lt Boolean gt lt Boolean gt lt Boolean gt lt Boolean gt lt Boolean gt lt Boolean gt lt Boolean gt lt Boolean gt lt Boolean gt 2 1 0 4 1 0 ON HP OFFI100HZI200HZIOPT 100 2 HP1 0 0HZ OFFI100HZI2Z00HZIOPT
144. b SYSTEM 3 1 GP 3 2 ST 3 3 END 4 01 23 3 1 GP 4 ENT 3 2 S5T 0 1 ENT X 3 3O T 2 3 ENT 3 3 GCP 0 ENTER 3 2 ST 0 0 ENTER 3 3 IEND 1 9 3 1 GP 1 ENTER 39 9 ST 1 0 3 3 END 2 9 ENTER 3 1 GP 2 ENTER 83 2 ST 2 0 ENTER 3 3 END 9 9 ENTBR 6 c
145. ee 1 9 9 L R R 2 10 SINAD 4 1 92 11 DC _ 4 4 7 92 19 7 2 13 666 66 6666 1 9 14 lt 7 2 15 ee ee 7 2 16 ee 7 2 17 EXT CONTROL I 0 7 2 18 666 66 6 5 2 7 2 19 i 8 1 8 2 oe So 6
146. 9 4 LBD 7 2 18 GP IB 1 2 19 AC DC 5 AC DC
147. THD N 9 10Hz 20Hz 110kHz 1V DR 3 FR 20Hz 167 lt MEASUREMENT RANGE gt R 300gY 300mV 100V AC V RETURN R 300mV 10 11 MONITOR OUTPUT ACV AC INPUT BNC 6009 1 Vrms 600Q H f 1 kHz 30V 3 V 300mV 30mV 3mV 31 6V 3 16V 316mV 31 6mV 3 16mW 300 316W 316mVrms 6000 1 kHz L ch R ch R L amp R L R ACV
148. gt lt gt lt StartAddress gt lt gt lt EndAddress gt lt DecimalNumeric gt B oo eg gt 9 4 ress gt lt Zoolean gt 3 StartAddress gt lt EndAddress gt oO gegg gt 4 oo gag gt 6 7 8 3 ON 67 83 lt gt B ON
149. 1 9 8 1 L R R L ITEM F1 F2 F3 F4 PORT 1 PORT 2 RATIO F8 F9 RATIO RATIO F3 LR HOLD UNBAL RATIO 11 12 RATIO RATIO F2 100V 3000 1001030001 900mW lm 300mW lmT 3V 10mY 3V 10mV 301010021 F8 10081030001 10061030081 1V 3mV R AUTO BOLD HOLD Freq 1000 0 Hz LR AUTO RR AUTO 0000 0000mV LCH RCH V dBV dB dBV dBm dBm 73 14 9 8 2 L R R L 1 4 2 INPUT F6 L R F7 R L LCH
150. 11 12 1 10 9 3 2 amp 34 ASRS 3 HIGH gt LOWM MIN MIN 5ms 100ms 11 13 1
151. 11mV limV 34mV 34mV l110mV 110m 340mV 340mV i IV 1 1V 3 4V 4 11 11 34 34 100 DCV 0mV 34mV 34mV 340mV 340mV 3 4V 4V 34V 34V 100V 3mV 10mV 30mV 100mV 300mV 1V 3V 10V 30V 100V 300gV 1mV 3 mV 1 0mV 3 0mV 1 0 0mV 3 0 0mV 1 V 3 V 1 0 V 3 0V 1 0 0V 3 0mV 3 0 0mV 3 V 3 0V 1 0 0V 141 2 D 1 V IR1V 1 0 3MVI1MVI3MVI10MVI30MVI100MVI300MVI1VI3SVI 30VI100V 2 AU 1 2 1 mV 1MV 12 IZ 10KOHMI 100KOHM
152. 9 2 1 9 2 2 5 GEN 9 2 1 9 2 1 GEN ITEM F2 F4 F5 1 GEN 1 2 F6 F7 F8 F9 F10 F1 F2 F3 F4 F5 1 GEN 2 9 6 F9 F10 F1 F2 F3 F4 F5 1 3 2 F6 F7 F9 F10 Fl F2 F3 F4 F5 ME MI 21 D 51 SPOT 1 SPOT 2 SPOT 3 GBN 4 2 F8 F9 F10 49 50 F3 F4 F5 GEN F8 F9 F10 Fl F2 F4 F5 1 GEN 6 2 F6 FT F8 F9 F10 Fl F2 F3 F4 F5 1 GEN 1 2 F6 F7 F8 F9 F10 VARIABLE SPOT 1 SPOT 2 SPOT 3 SOURCE VARIABLE CH 1000 2 CH SPOT 1 L amp R SPOT 2 SPOT 3 FON L OFF OUT LVL 6 C 0 ON dBV 51 52 9 2 2 1 a
153. DBM V 145 MR 1 2 3 R 146 THDN THD HD 0 0 011 0 0 1 0 011 0 034 0 03 0 034 0 1 1 0 1 0 11 0 34 0 3 9 0 34 1 1 1 1 1 3 4 3 3 4 11 10 11 34 30 9 34 100 100 SN RATIO 0 0 84myV 300gV 0 3 4mV l 1mV 1 mV 1 1mV3 4mV 3 mV 4mV llmV 1 0 mV 11mV 34mV 3 0 mV 34mV 110mV 1 0 0mV 110mV 340mV 300mV 34 0 1 IV 1 V 1 1 2 3 V 4 11 1 0V 11 34 30V 34 100 1 0 0V DCV 0 34 3 0 mV 34mV 340mV 300mV 340mV 3 4V 4V 34V 3 0 V 84 100 1 0 0V 2 1 MR1PC 0 3MVI1MVI3MVI10MVI30MVI100MVI300MVI1VI3VI 10VI30VI100V 0 01 0 03PCI0 30PCI100PC 0 3PCI1PCI3PCI10PCI
154. w 1 L TAONG OERE 2 29C 4 6 AC AC 10kQ 30Vrms 4 1 GP ILB 5 1 CPU CPU 1 2
155. 0 GP IB GP IB BEOI 6 GP IB GP IB GP IB 24 INPUT AC AC 40 GND INPUT DC BRNC 00 MONITOR OUTPUT INPUT ACV BNC 31 32 9 10 SYSTEM GEN AC V DISTN S N ITEM
156. 1 OFF 9 ec7 ag7 pe gt Suff ix S I NAD 3 lt Decimal Numeric gt Suffix D CV 4 lt DecimalNumeric gt Suffixzx AC 2 W 5 6 lt Decimal1Numer 1c gt Suffix THDN THD HD 0 0001 100 SINAD 0 0dB 60 0dB 1 0mV 100 0V ACV 0 001mV 100 V ACW 0 01W 999 9W AC 0 0001 599 99 160 04 160 0dB SN 0 04 160 0dB RATIO 0 0001 999 9 160 0dB 160 0dB 1
157. BXT RE1 100 5 100 5 CCW Q EXT RB2 4 4 1005 110 1 6 1 SYSTEM 2 1 P 1 F2 M RCL 1 1 2 2 BUSY 3 P1s P1 BCD 00 99 0 LOW OV 1 HIGH 5V STB 111 112 1 gS 10 5 DUms STB BUSY 1 7 1 OVER PASS UNDER LED ULIM L
158. 26 1 2 14 GO NOGO 1 2 15 AC DC S N SINAD OFF 2 4 8 16 1 2 16 1 100
159. 13048 30dBV 10 1204 20dBV 20 11048 10dBV 30 10048 0 dBV 40 904 104 50 80d8 20dBV 60 1048 30dBV 10 6048 40dBV 80 50dB 50dBY 90 40dB 60dBYV 100 304 70dBY 110 20dB 804 120 10dB 90dBV 130 0 dB V dBV dBm dB 1 5 2 3 5 7 10 6 11 DC DC ry mAzmuim _ CE V 100V 100mV 30V 10mV 3V 1mW 300mV 0 1mV 30mV 0 01mV 90 100V 0 3 0 75 300mV 3 0 75 30mV 6 12 150 V DC ACpeak 1 kHz ACIN 10kQ 30Vrms 100Hz HPF 3dB 75 15Hz 25Hz 40dB 3 dB
160. 14 OFER RESE 50dB FET 20Hz gt 20kHz REME UTAR UNBAL 2 100V 30V 10V 3V 94dB lt 0 002 10Hz 20kHz 80kHzBW 1V 1 3 80dB lt 0 01 10Hz 110kHz 500kHzBW 300mV 1 3 8648 0 005 10Hz 20kHz 80kHzBW 6648 s0 05 10Hz 110kHz 500kHzBW 100mV 1 3 7418 lt 0 02 10Hz 20kHz 80kHzBW 60dB lt 0 1 10Hz 110kHz 500kHzBW 30mV 20mV 65dB 0 056 1kHz 20kHzBW 10mV 7 mV 55dB lt 0 18 1kHz 20kHzBW 3 mW 2 mV 45dB lt 0 56 20Hz 10kHz 20kHzBW 1 d 3 dB BAL 100V 30V 10V 3V 86dB lt 0 005 10Hz 20kHz 80kHzBW 1V 1 3 80dB lt 0 01 10Hz 110kHz 500kHzBW 300mV 1 3 80dB 0 01 10Hz 20kHz 80kHzBW 66dB lt 0 05 10Hz 110kHz 500kHzBW 100mY 1 3 74dB 0 02 10Hz 20kHz 80kHzBW 60dB lt 0 1 10Hz 110kHz
161. 51213151101 3 SS gt 3 ST ST lt 1 gt 2 0 99 lt DecimalNumeric gt 3 2 ST32 DS OFF OFF R SMED I RSSLOW 154 ST UL 1 2 3 4 5 6 R lt Nr 1 gt 9 9 ST gt 99 UL OFF UL lt DecimalNumeric gt UL lt 1 gt DB UL lt gt VIMVI UL lt 1 gt WIMW UL lt 1 gt VIMVIDBVIDBM
162. 6 op oe omao G 0 wi CO 9 1 SYSTEM ITEM SYSTEM oo 9 1 1 SYSTEM lt 9 1 2 6 5566565 56656666 6 6666666666 g 2 ITEM GEN m o N rho oo A ww 28 28 3 0 32 33 36 41 42 46 48 0 2 1 9 2 2 lt
163. REN 12 3 GP IB GP IB 1 No 1 5 1 5 ON 1 OFF 0 N0 8 CRLF CRLF BOI 12 393 GP IB 10 ADDRESS 5 4 8 2 1 ON 1 OFF 0 12 3 12 4 DCL SDC 12 2 12 2 DC AC THD N THD H RATIO
164. gt PR OFFINGIADRSINGADRS 1 OFF MODE0 NG NG MODE 1 ADRS MODE2 NGADRS NG MODE3 ALL MODE4 148 PS 5 P 1 1 2 3 R P1 OFF PROFF OFFINGIADRSINGADRS1ALL gt ALL PSOPHO PS OFFIAIAUDIARMIOPT PSOPHO
165. 0002 03 THDNITHDIHDISINADIACVIDCVISNIRATIO THDN THD HD ACV ACHE DCV DC SN 5 N RATIO ACV MMACV THDNITHDIHDISINADIACVIDCVISNIRATIO THD MM gt THD MR lt gt VIMVIDBVIDBMIPC1DB 0 100 0 100 V MR AU S N Rc h AC DC S INAD 1 Decimal1Numeric gt Suffix DB DBV
166. 0OFF 300mV 10 7 10 5dBV 8 3dBm 0 108 100mV 10 4 20 0dBV 17 8dBm 0 1dB 30mV 114 30 5dBV 28 3dBm 0 1dB 10mV 1 4 40 0dBV 37 8dBm 0 1dB 3 0 104 50 5dBV 48 3dBm 0 1dB 101 0 107 60 0dBV 57 8dBm 0 1dB 30044 0 101 70 5dBV 68 3dBm 0 1dB 70 100V 300 2 5 20Hz 20kHz kHz 10 5 Hz 110kHz 20 5 Hz 210kHz 130dB 0 0001 999 9 AC Ru 5 Ri 2 50009 6 5 L R 10Hz 110kHz KET dB 100 0 01 0dB 0 148 30 0 001 10 5dB 0 1dB 10 0 001 20dB 0 148 3 0 0001 30 5dB 0 148 1 0 0001 40dB 0 148 0 3 0 0001 50 5dB 0 1dB 0 1 0 0001 60d8 0 1dB 0 03 0 0001 70 5dB 0 14 0 01 0 0001 8048 0
167. 1 o 10 BUSY UNDER LED PASS LED OVER LED EXT RE1 15 EXT RB2 16 17 GND 18 ONG GND 19 12 13 14 107 108 8 2 28 WP 29 V PRBO AMPTD TOTAL NG LED 11 3
168. 1 02 7 7 34 35 36 lt gt SYSTEM lt Q LCD 1 1 3 Version
169. 10Hz 20kHz 80kHzBW 74dB 0 02 10Hz 110kHz 500kHzBW 100mV 173 86dB lt 0 005 10Hz 20kHz 80kHzBW 74dB lt 0 02 10Hz 110kHz 500kHzBW BAL 100V 30V 10V 3V 94dB 0 002 10Hz 20kHz 80kHzBW 1V 1 3 lt 8048 lt 0 01 10 2 110 2 500kHzBW 300mV 1 3 86dB 0 005 10Hz 20kHz 80kHzBW 74dB lt 0 02 10Hz 110kHz 500kHzBW 100mV 173 86dB 0 005 10Hz 20kHz 80kHzBW 74dB lt 0 02 10Hz 110kHz 500kHzBW 6 7 L R ao oe 2 10 6 8 SINAD SINAD L R S y dBV dBm SINAD D RNG 100 6 9 S N S N L R amma 5 52
170. 11 DC 30mV 300mV 3V 30V 100V 5 100V 20 1 2 12 1 2 3 4 5 EXT CONTROL I 0 6 7 1 2 13 HPF 100Hz 200Hz LPF 15kHz 20kHz 80kHz PS0 IEC A DIN AUDI0 CCIR ARM AC N SINAD 25
171. 36 ITEM 1 4 7 M 1 ITEM SYSTEM LCD 2 1 0 PT1 PT2 3 4 M 5 GP IB GP IB GP TB 6 GP IB GP TB
172. AN 2 4 8 16 NG a a2 a3 GP UN OFEF al 0 99 a2 0 99 a3 0 99 R LR L R R OFF 2 4 8 16 131 HD hd h2 h3 hd hd hd hd hd hd hd hd hd hd hd ON OFF 22 0 2 10 2 10
173. HOME F3 IR HOLD F5 FR HOLD SINAD a 7 1 I RNG 9 3 3 3 S b 7 3 F RNG 9 3 3 3 9 10 DC ITEM DC V SHIFT ITEM DC V DC DC INPUT DC 30mV 100V 5 9 10 1 DC 9 10 2 DC
174. L RNC 7 2 R RNG F1 AUTO LCH RCH IN L R 4 1 HOME F3 LR HOLD F4 RR HOLD 3 L R R L L R L R 9 3 30 AC 9 9 SINAD ITEM SINAD SHIFT ITEM SINAD SINAD SINAD THD N 9 9 1 CH L amp RCH 9 9 2 SINAU 9 9 1
175. ON DSON L CD lt Boolean gt LCD L CD ON DS gt ON ESHORRAERERET 52 FR lt DecimalNumeric gt HZ KHZ 5 110000 Hz lt 1 gt ix ON 1000Hz FR1000Hz gt HZ 1 Hz 8 1 0 0Hz gt 100 2 FT lt gt HZIKHZ 10 110000 Hz FT AU 1 ec 7 g Suff ix 2 1 2 THDN THD HD SINAD 1kHz FT1KHZ 1
176. 0 LCH LCH S N RCH S N RCH C dB C dB V dBV dBm dBm 68 9 1 2 SA 1 4 2 INPUT 10 6 LCH RCH L amp RCH 10 12 9 2 4 3 SP 10 7 5 2 UNIT 10 1 7 1 S RNG 7 2 N RNG AUTO 6 5 1 AVGS 10 3 10 2 AC IN S N 5S N S N ON
177. 10 6 LCH RCH L amp RCH 10 12 4 3 SP 10 7 5 2 UNIT 7 1 1 RNG 7 3 F RNG AUTO 6 5 1 AVGS 10 3 10 2 AC IN SINAD 2 1 I RNG F1 AUTO 7 3 F RNG F5 FR HOLD SINAD IN
178. 2 PRINT a Pr a CTRS 4 22 5 0 00 99 SOURCE 10 9 0 DISTIN 00 80 7 7 SWAP SWAP D READ MODE0 MODE 0 MODE 1 MODE 2 MODE 3 MODE 4 PRINT D READ MODE 0 PEET 5 5 CTRS 4 2 READ 0 00 989 PRINT MODE0 DUMP 00 95 ADDR lt GP IB 5 1 PRINT 6 CTRS 4 D READ 0 00 99 PRINT MODE0 LIST 10 80 5 I 0 PT 1 PRINT 7 CTRS 4 D READ 0 00 99 PRINT MODE0 LINK ADDR GP 1B 45 46 9 1 2 1 3 5 LCD LCD 1 1 INTEN 1 2 CTRS
179. 3 9 1 2 6 11 10 1 GP IB BEXT CONTROL 1 0 2 8 TTL 2 20 21 2 2 8 2 3 2 0 LOW OV 1 HIGH 5V GP IB 2 8 P2 LSB P2 MSB 10 7 ASCII 115 116 4 SYSTEM 2 2 PT 2 F2 D READ 2 GP IB R2 P2 gt P24
180. 4 2 S BND 4 3 D ST F3 COPY F4 SMWAP 1 1 GP IB ROM 5 1 ST 5 2 END 0 99
181. 48 THD N 6 2 AC W THD N THD S N SINAD L R 6 3 100kHz 10kHz 100kHz 1 kHz 10kHz lt 1 kHz 1 mrms 100Vrms AC 1 3 FFT AC Leh L Rch R L amp Rch RATIO R L L R R 6 4 AC AC L R V dBV dBm 100V 10mV 40 0dBV 42 2dBm 0 148 12 30V 1mV 29 5dBV 31 7dBm 0 1dB 10 1 mV 20 0dBY 22 2dBm 0 148 AUTO 3 100 7 9 5dBV 11 0 148 1mv 100V 1 100 41 0 dBV 2 2dBm 0 148
182. 500kHzBW AJI ONIA 1 mV 100Vrms AUTO 100 100 V dBV dBm 100V 10mV 40 0dBV 42 2dBm 0 1dB 30V 1 mV 29 5dBV 31 7dBm 0 1dB 10 1 mV 20 0dBV 22 2dBm 0 148 3 100 4 9 5dBV 11 7dBm 0 148 1 100 4 0 dBV 2 2dBm 0 148 300mV 10 4 10 5dBV 8 3dBm 0 14 100mV 10 7 20 0dBV 17 8dBm 0 1dB 30mV 1 47 30 5dBV 28 3dBm 0 1dB 10mV 1 4 40 0dBV 37 8dBm 0 1dB 3 0 1009 50 5dBV 48 3dBm 0 1dB 5 20Hz 20kHz 10 3 mV 30mV 10Hz 20kHz 6 6 L R THD 2 10 UNBAL 100V 30V 10V 3V 100dB 0 001 10Hz 20kHz 80kHzBW 1V 1 3 80dB 0 01 10Hz 110kHz 500kHzBW 300mV 1 3 94dB 0 002
183. 7 1 RNG AUTO 6 5 1 AVGS 10 3 10 ACIN AC 4 1 HOMB F1 RBLdB F2 REL 10 5 7 1 RNG F1 AUTO AC IN 4 1 HOUME F3 R HOLD AC 7 1 RNG F2 F8 30mV F9 R ZONE 2
184. Digit gt lt gt IB 10113 ID lt Digit gt lt 7g7 7 gt 1IAIBICIDIEIFj 1 2 D 10 H 16 gt 1 lt 7 g 7 lt Nr2 gt 1 1 1 lt Oigit gt lt Digit gt lt Nr3 gt 1 1 1 7 g gt lt Digit gt 1 1 lt 0 t gt E lt Digit gt 01112131415161718191 lt gt ONIOFF 135 AN 1 2 136 lt gt ON OFF
185. ETURN F5 RETURN gt lt 95 10 10 11 No 1 No 16 No CE NAR TIT lt AVERAGE NUMBER gt lt UNIT gt lt EXTERNAL LOAD gt lt HARMONIC NUMBER gt AC V W MOA 1 lt AUTO SEQUENCE gt 2 lt GROUP NUMBER gt 3 MEMORY ADDRESS gt 4 lt MEASURING ITEM gt 5 lt HOME MENU gt 6 lt INPUT MODE gt 7 lt MEASURMEN
186. F F2 F3 F4 E 8 F9 AC V 2 F4 F5 Ii 25 AC V F6 F7 F8 F9 AC V 54 1 REL dB REL W W RL W RBEF L REL dB RELX 2 R ZONE 55 CH AC Y 100 0 0 Hz 1 0000 CH 1 V dBm L amp RCH b y SRE LCH AC Y 1000 0 Hz 1 0000 LCH RCH V ww dBm dBm 56 CH Freq 1000 0 Hz L Ref 112 45mV 8 D 2 CH V p R dBm L amp RCH LCH ID 1000 0 Hz AUTO E Ref 112 45mV R Ref 112 45mV REL 92 1 as LCH RCH dB dB dBm RCH dBV dBm 57 KUHAJ HOLD W
187. HD N ITEM DISTN THD N THD gt gt THD N THD N 10Hz 110kHz 3mVrms lt 100Vrms 10 0 01 100 9 9 4 1 CH L amp RCH 9 4 2 9 4 1 9 4 1 ITEM THD N THD HD THD N THD HD THD N THD HD F2 F3 F4 F8 F9 F10 no F2 F3 F4 F5 F7 F8 F9 F10 F2 F3 F4 F8 F9 5 F6 F10 F3 61 62 THD N THD HD THD N THD HD THD N THD HD 301010081 F2 1009030081 30 3 4 1 2 F6 F8
188. HZ1OPT OFFI15KHZI20KHZI80KHZ LU IVIDBVIDBM dBV LUDBV V DBV DBM d Bm LU gt DBM lt 3 gt 1 lt 2 gt 1 lt 3 gt lt 2 gt 1 lt 3 gt 1 lt 2 gt 1 V 9 gt D DDDE DD TE 9 999E 0 9 dBV d Bm lt Nr 2 gt DDD 9 9 9 99
189. LIM LBD 2 OVER LBD 3 470Q LED UNDER PASS DVBER GND LED 4100 DRIVER 11 2 LED 4 LIMIT UNDER PASS 0VER HIGH 5Y 10mA GPIB LCD OFF GPIB DSON LCD ON 11 8 1 TTL 8 X 2 SYSTEM 2 1 2 PT 1 PT 2 PT 1 F1 CONT 1 PT 2 F1 CONT
190. S 4 3 SP F4 F9 SS OFF 600Q N N S S N 2 7 1 S RNG F1 AUTOU 7 2 N RNG 1 AUTO S N AC IN S S OFF N N S N 4 1 HOME F3 5SR HOLD F4 NR HOLD S N S N
191. T SPEED gt 8 9 lt FILTERS gt lt GENERATOR gt lt JUDGMENT LIMIT VALUE gt lt MEASUREMENT RANGE gt 1 10 2 No No No 12 GECC DONE SREE 1 lt AUTO SEQUENCE gt REPEAT 44 gt lt SINGLE lt 1 lt UP No 2 lt GROUP NUMBER gt CURRENT 0 0 9 10 groups 0 97 98 2 lt MEMORY ADDRESS gt CURRENT 98 00 99 100 POINT MEMORYS 98 lt MEASURING ITEM gt AC V S N RATIO DC V DISTN THD N THD gt HD lt SINAD
192. V 120V 630mA 13 2 100V 120V 220V 230V AC220V 13 157 194 0004 1850 1 http www texio jp 194 0004 1850 1 TEL 042 788 4840
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