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1. This ISM device complies with Canadian CES 001 Cet appareil ISM est conforme la norme NMB 001 du Canada DECLARATION OF CONFORMITY According to ISO IEC Guide 22 and CEN CENELEC EN 45014 Manufacturer s Agilent Technologies Inc Manufacturer s Address Measurement Products Unit 4 Hua Yuan Road Ha
2. Agilent 3499A7B C 17 2 1
3. Menu CONE EXT TRIG 0 44474A S List CONFIG SCAN EXT MIX SCPI CONFigure EXTernal TRIGger SOURce 0 CONFigure EXTernal TRIGger OUTPut 1 ARM SOURce EXT TRIGger SOURce EXT Ext Trig In Ext Trig Out
4. Agilent Technologies Agilent Technologies TEC 664
5. ShiftrS List S List CONEIG ADD TO SCAN ADD TO SCAN SELECT 101 SCPI ROUTe SCAN 100 104 109 411 1 100 104 109 411 1 SCPI 31
6. DUT 4X4 10 1 7 ot 1 FR 0 oa 1 2 3 4 ot 2 1 7 Agilent 3499A B C 1 3 1 3 4X4
7. Agilent 3499 DVM DMM IEEE 488 GPIB IEEE 488 GPIB 1 1 1 Agilent 3499A B C DMM Agilent 3499AB C 2 Agilent 3499AB C 1 3488A RS 232 SCPI 10
8. 320 8 75 Agilent 44473A 8 76 44473A 16 2 4 X4 7 32 3 2 23 2 3 COLO COL1 COL2 COL3 H L H L H L oo 5 32 3 2 ROWO Na y
9. E fl 8 4 5 30 NN H 1
10. SMA 8 85 Agilent 44476A 44476B 44476B8 2 44476A 1 C C 1 333 a H 8 86 Agilent 44476B 2 444768 3 33 8 X9 6 mm 2
11. 15 8 24 RC N2267A 3 Agilent 44471A 10 3
12. ADRS RMT Local Mon View Enter lt gt Local Shift Shift RMT Local RMT RS 232 SYSTem RWLock GPIB LOCAL LOCKOUT
13. 4 4 1 STATus OPERation EVEN1 4 0 e 0 1 0 0 0 1 1 0 1 1 STATus OPERation EVENt 4 1 16
14. STATus OPERation CONDition ENABle lt gt ENABle EVENt2 1 PRESet STATus SCPI C ESE C STB 2 IEEE 488 2 OPR RQS BSB MAV 7 6 5 4 STB ESE
15. Step STEP SCAN 48 3488A Mode 1 Mode 2 IO a
16. DAC 9 5Vdc N2269A 4 XX I eN 240 12V DC 781 25kHz AC 1 DIN D 2 iE ii 8 29 Agilent N2269A 239 2
17. LS374 07 18 19 007 06 17 16 006 05 14 15 005 D4 13 12 004 D3 9 2 gt 17 6 2 D1 4 5 D04 DO 3 2 000 1 11 3 15138 5244 6 15 3 17 017 14 5 15 DTB R 4 43 7 1 015 12 g 11 D14 15157 Dr 4 9 16 4 12 14 011 5 7 18 2 9 1161 DIO 8 1 49 7 5 T E g 13 A1 4 3H gt 10 B_GND L_ 0 4 0 5 818 82 44475A 8 46 8 O 1 SN 74LS138 3 8 i SN 74LS157 4X2 1 SN 74LS244 3 1 SN 74LS374 D 3 1 0 01 uF 10 V 1 1uF 10 328 44
18. 8 TO Read 3488A OUTPUT 709 DREAD 402 402 OUTPUT 709 VIEW 403 e IO 403 090 094 LUO 8 3488A 47 e IO 090 0 IO 8716732 OPEN CLOSE
19. 13 e ADRS RMT ERROR Local e Local RST e 13
20. Mi aa Menmi r kkt E OEE a a VAT POED lt SG ia MEE 6 SG6P L KKK RNN 89 89 SRD NAS 89 ROSS 89 FT a Oe aS SO dt OS A 92 UE 94 ARMITIMG hk 99 NN 100 CONFISUre SAR ES 101 CONFigsure EXTernal TRIGger SOURGe 4 101 CONFisure EXTernal TRIGge
21. 0 7 0 0 8 _ F CAUTION o ik aA Agilent Technologies
22. N2267A 45 40 N2267A N2267A 75C LED 59C N2267A N2267A
23. e Openm Close Reset Shift Card Reset SCPI ROUTe OPEN 101 103 107 207 SYSTem CPON 1 1 ROU
24. 33 i E HEI 1 Menu CONEIG CONE EXT TRIG Enter CONF EXT TRIG 2 0 44474A4 Enter TRIG SLOT 0 NO MATCH 79 3 ENABLE aU Enter f Wnter 1
25. DC 1 1 AC 3dB 30 500 VSWR 9 Il 1 1 0mA 24Vdc 0W 2 56 50W lt 40C lt 40C lt 40 lt 40 lt 40 lt 40 5 1 2 3 3 50 80 gt m 50 80 5 50 80 0 9 50 GHz GHz GHz 5 GHz DC 2 GHz 2 1 2 3 H H GHz 3 5 GHz GHz GHz 5 GHz
26. ENTER Mode Write 10 0000V ENTER Mode ENTER ENTER E F 2 Agilent N2276A B Agilent 276 E E
27. REV 1 0 2 0 3 0 REF L Enter SCPI 35 Recall Enter Enter Recall SCPI SAV lt 1 50 10 gt 1 RCL lt 1 50 10 gt 1 ERROR 1 10 FIFO
28. 50 Q 44472A VHF 8 42 8 42 44472A DC 2 AC S0 Q 30 Q 50 Q VSWR 50
29. 44477A 250 V 2 A RF 8761 8762A B C 8763B C 8764B C 876xx BDL E F i gt E 248 91 Agilent 44477A 340 8 922 44477A 7 C K901 lt K907 00 06 NO 44477A C NO NO
30. Menu Menu 3488A Menu Menu SCPI Memun 77 5 10 5 11 SCPI 3488A SCPI Menu 5 10 3488A Menu 1 2 3 4 CARD PAIR FIRST SLOT 1 SECOND SLOT ENABLE CONF EXT TRIG TRIG OF SLOT 0 DISABLE 3499A 7B C GPIB INTERFACE GPIB 488 ADDRESS 09
31. 1 2 SCAN TIMER IMM IMM
32. N2267A Agilent 3499A B C 3499A B C 59 229 _N2267A 8A N2267A 8A N2267A
33. o Mode 1 Mode 2 IO 9 e 30 3 1 SCPI
34. SCPI 3488A E GPIB 0000 CONTROIKSYS TEM Reset Stop card Mon Scan Open Read lt gt Store Power Recall View Step Close Write Local Clear Shift Mode suist Menu Enter 0 GD GD 18 1 5 076 11 12 13 56 a b D Shift
35. zz 6 1 6 1 Agilent 3499AB C snn s nn 499 3499C 44470A 165 500 501 s02 503 508 509 1 2 5 1 2 1 2 9 444700 500 501 s02 503 518 s19 1 2 5 1 2 1 2 9 44471A 10 GP 500 501 s02 503 508 509 1 2 5 1 2 1 2 9 444710 500 501 s02 503 518 s19 1 2 5 1 2 1 2 9 44472A 0 800 501 s02 503 125 12 129 4 VHF 1 s70 s77 s72 573 44473A 0 1 2 3 0 1 2 3 800 501 s02 503 510 sll s12 513 1 2 5 1 2
36. A AL 9 P100 J107 J100 J106 J105 J104 J103 J102 J101 8r 1 5 olok 80 0 55 Fol Ea 22 8 54 5 54 l 5 8 l5 57 Oo ol ok jl oks Fs 5 OL gl 1 8 sr xoll oky FO TO ea Fg 5 15 5 l5 54 5 ok FO OFe 5 Fg OO H 3 H8 1 L 9 nO m FO Ofe FO el 6 1 1 1 H131 60606 0418 6 N2291A 198 Agilent N2261A 40 8 4 N2261A 8 4 40 200 V DC ACrms 1A DC ACrms 20 A DC ACrm
37. DC 1 1 lt 40 lt 40 5 lt 40 9 lt 40C i lt 40 lt 40 AC 1 S0 S0 100 kHz 1 MHz 10 MHz 100 kHz MHz 10 MHz 4 8 200 DC ACrms 1A DC AC rms 4 A DC AC rms 60 W DC 62 5 240 W DC 250 VA AC lt 3 lt 1 0 10 36000 5X10 1A 80 gt 10190 gt 1090 gt 10190 gt 1090 gt 10190 gt 1090 lt 7
38. 4 2 2 2 2 0 0 2 OUTPUT 709 CPAIR ENTER 709 A DISP A A 4 A 30 Card MONitor CMON lt gt 3499A B C 3499A 1 5 3499B 1 2 0 CMON 0 4 DIO D
39. BUS GET TRG Step 30 SCPI EXT EXT MIX BUS EXTernaal HOLD TRIGger IMMediate
40. 10 350 QUEUE OVERFLOW NO ERROR CLS View ERROR gt
41. Step 1 SCAN 1 CANNOT INIT N2260A WIRE1 WIRE2 b Mode 1 Mode 2 LO 76 Card Pair
42. CLOSE OUTPUT 709 OPEN 103 105 113 116 1 3 5 13 16 VIEW VIEW lt gt DIO 3499A B C OPEN 1 CLOSED 0 snn s 3499A 0 5 3499B 0 2 nn 156 7 1 e 1 VIEW 1 e VIEW
43. 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 1211 10 9 8 7 6 5 4 3 2 1 C B e eo e ee ee e eo eo ee ee ee ee eo ee eo 0060606 B A 8 1 P401 A B C A B C 1 1 CH2 17 20 21 1 22 L 2 CHO_H 2 18 CH20_H CH21_H CH22_H 3 1 CH4 L CH5_L 19 CH23_L CH24_L CH25_L 4 CH3_H CH4_H CH5_H 20 CH23_H CH24_H CH25_H 5 CH6_L CH7_L CH8_L 21 CH26_L CH27_L CH28_L 6 CH6_H CH7_H CH8_H 22 CH26_H CH27_H CH28_H 7 CH9 1 1 23 29 COM1_L 8 CH9 COMO_H 24 29 COM1_H 9 CH10 L CH11 L CH12_L 25 CH30_L CH31_L CH32_L 10 CH10_H CH11_H CH12_H 26 CH30_H CH31_H CH32_H 11 CH13_L CH14 L CH15_L 27 CH33_L CH34_L CH35_L 12 CH13_H CH14_H 15 28 CH33_H CH34 5 13 CH16_L CH17_L CH18_L 29 CH36_L CH37_L CH38_L 14 CH16_H CH17_H CH18_H 30 CH36_H CH37_H CH38_H 15 CH19_L SE COM 31 CH39_L 16 CH19_H SE COM 32 CH39_H N2260A
44. 50 4 1 3499A B C 3499A B C lt 3488A 49 Agilent 3499B DMM A oti emf L ofie Ext Trig In 4 1 e Bxt Trig m Ext Trig Out 6 1 3 44474A EI CC 0 44474A
45. 1 0 1 0 SCPIL 3488A N2266A N2267A N2268A N2269A N2270A N2272A N2276A B N2280A 81A 82A 2 0 1 0 SCPI 3488A N2272A N2276A B N2282A 3 0 1 0 SCPI 3488A N2272A N2276A B N2282A 24 01 2 02 SCPI 3488A N2272A N2276A B N2282A
46. SCPI 149 TRIGger SOURce TRIGger TIMer TRIGger TIMer 2 TRIGger SOURce BUS EXT IMM TIM MIX HOLD 1 TRIG SOUR EXT TRIG SOUR TRIGger TIMer lt gt IMINIMAX TRIGger SOURce TIMer 0 99999 999 0 MIN 0 99999 999 TRIGger TIMer ARM TIMer TRIGger TIMer ARM TIMer TRIGger TIMer TRIGger SOURce TIMer
47. TIMer TIMer TIMer TRIGger TIMer MIX MIX BUS EXTernal HOLD TRIGgerl IMMediate ABORt ROUTe SCAN OUTPut RST TRIGger SOURce IMMediate RST TRIG SOUR EXT SCAN 100 105 INIT RST TRIG SOUR BUS SCAN 100 105 INIT TRG
48. FBCS1 FCCS1 C 1 FCCS1 7 6 5 4 3 2 1 0 FCRS1 FCRSO ENMA CLKS1 CLKSO FCMS1 FCMSO FCBKC uh i FCRS1 80 2 526 72 5 252 FCBKC 0 FCMS1 X FCRS1 FCRS0 0 0 A 0 1 B 1 0 C 1 1 ENMA 1 CLKS1 CLKS0 2
49. SCPI HP3488A OUTPUT 709 SYSMODE 1IHP3488A OUTPUT 709 SYSMODE HP3488A 3488A RESET RESET 3499A B C m GPIB RESET 3499A 7B C RESET
50. lt gt BUSIEXTIIMMITIMIMIXIHOLD IMM 148 SCPI 1 2 TRIGger SOURce TRIGger SOURce TRIGger SOURce IMMediate TRIGger TRIGgerl IMMediate TRG TRIGger SOURce HOLD BUS BUS EXTernal EXTernal Fi E TRG GET IMMediate IMMediate
51. RC 8 6 z RC 8 65 V N RC Rp 2 Rp lo do 2 rms 2 A DC Rp V lo V lo V 2 1 V Rp RI Rp lt Rp lt RI 2 lo V RI 3 V RI
52. TTS 3 lt gt 12 SOUR DIG TRAC DEF data_block 10 SOUR DIG TRAC data_block 210abcdefghi SOUR DIG DATA TRACE 100 data_block SOUR DIG TRAC DEF buffer_block 10 SENS DIG DATA TRACE 100 buffer_block SENS DIG TRAC DATA buffer_block 138 SCPI 10 data_block abcdefghij data_block data_block BYTE 100 10 buffer_block BYTE 100 buffer_block buffer_ block STATus STATus STATus
53. SYSMODE lt gt SYSMODE SYSMODE SYSMODE lt gt 3499A B C lt gt OI1ISCPIIHP3488A OISCPI e 3499A B C 2 SCPI 3488A 0ISCPI SCPI 1IHP3488A 3488A SCPI 3488A GPIB RS 232 2 3
54. DBW lt gt 1 32767 0 090 e 16 16 3499A B C GPIB EOI e 32 32 06 2 3499A B C GPIB EOI 3499A B C OLAP1 lt gt 32767 10
55. 1 8 VMOS FET 5V y 12010540 o y 1 8 DIO Agilent 3499A B C LO 1 4 1 4 IO 16 DO 4 44474A 16 IO 30V 125mA TTL 32 Y O 3 N2263A 32 IO 42V 600mA
56. 80 SCPI 3488A 5 3 5 3 2 SCPI 3488A 1 2 Mode 1 Mode 2 LO LO 3 172 4 4 HH WH 1 2 0 1 Mode 2 LO LO
57. 347 325 44474A 16 I O 8 45 44474A 8 45 MO EI CO Vout Vout I I Vin Vin Vout Vout Vin Vin TTL TTL 16 30 V DC 2 4V I 8mA 0 4V I 16mA 125 mA Vout lt 1 25 V 250 mA 20 lt 0 8 V 5 V DC 2 24 400 2 0 5V I 2mA z 2 0 V 0 8V 0 25 us 10 us 1 EI CC
58. e Opem Close Reset Shift Card Reset 3488A OUTPUT 709 OPEN 101 102 207 OUTPUT 709 CRESET 1 1 OUTPUT 709 CLOSE 101 102 207
59. TIMER IMM IMM BUS GET TRG Step EXT EXT MIX BUS HOLD TRIGger IMMediatel
60. 1 SList CONPIG S List 1 ADD TO SCAN 101 2 1UO a ADD TO SCAN Enter Enter SELECT 103 SELECT 103 SELECT 103 LO b c 001 010 73
61. lt gt OIOFF 0 OFF 1 ON 3499A 7B C CLS CONF EXT OUTP 1 CONFigure EXTernal TRIGger l OUTPut CONFigure EXTernal TRIGger OUTPut 1 0 1 0 CONF EXT OUTP 1 CONG EXT 102 SCPI
62. PCTL PFLG YO Stauc Modes 1 2 YO DO _ Z tl VO _ 1ms lt gt 1 gt 1ms O DMODE 5 1 16 0 16 DO VO 1ms 0 DIO 090 BI Tri
63. Scan ShiftrScan Step 1 e SCPI INITiate ABORt Mode 1 Mode IO 3499A B C
64. 2 44471A D 44476A7 B 44477A GP RELAY 44471 44471A D 44476A B 44477A 44471AID 44476A B 144 SCPI 3 44478A B VHF SW 44472 SCPI 145 N2260A N2261A N2262A N2263A N2264A N2265A SYSTem CTYPe SYST CTYP 1 1 SYSTem ERRor 2
65. 41 3 1 TRG INITiate ROUTe SCAN TRIGger ABORt RST TRIG SOUR BUS SCAN 100 115 INIT ABOR SCPI 95 ARM ARM 1 INITiale 1 99 999 ARM SOURce BUSIEXTernallIMMediatelTIMerIMIXIHOLD ARM SOURce ARM COUNt lt gt IMINIMAXIINFinity ARM COUN1t lt MINIMAXIINFinity gt ARM TIMer lt gt IMINIMAX ARM TIMer ARM SOURce ARM SOURce BUS EXTernallIMMediatelTIMerIMIXIHOLD
66. IO 090 094 IO 8 IO 090 IO 8 716732 E IO 091 094 VIEW IO Card Reset SYST CPON
67. gt Copyright Agilent Technologies Inc 2000 2002 Copyright Agilent Technologies Japan Ltd 2000 2002 All rights reserved Reproduction adaptation or translation without prior written permission is prohibited i 034 9 9 9 0 0 0 8
68. DIN D 347 1 2 1 2 1 2 4 2 1 1 8 2
69. a b ShifLocal a b DIO DIO View Mode MUX DIO a b 14 15 16 17 18 19 S List b Menu 2
70. PC GPIB VISA 3499A B C 3 14 2 E Agilent 3499A7B C Agilent 3499A B C 3499A B C E 3499A BC 3499A7B C 3499A B C 3499AB C Agient3499AB C
71. lt 7 pF lt 25 pF lt 40 pF 0 100 kHz lt 0 10 dB 1 MHz lt 0 20 dB 10 MHz lt 0 60 dB 50 100 kHz lt 76 dB 1 MHz lt 56 dB 10 MHz lt 33 dB 3499A7B C 220 8 18 N2265A 16 DO IO Vout Vout Vin Vin Vout Vout lout Vin Vin 16 42 V DC 600 mA 2 4V I 10mA 0 8V I 600mA 2 2 0V 0 8 V 5 V DC 2 24 I lt 400 EJ 0 5V I 1mA
72. 8 162 3488A 10 OUTPUT 709 VIEW 105 1 1 5 20 ENTER 709 A 13499AB C 30 DISP A A OPEN 1 CLOSED 0 20 ENTER 709 A 1I A 1 0 30 DISP A Card TYPE CTYPE lt gt 3499A B C lt gt 3499A 0 5 3499B 0 2 0 3499A B C Built in digital IO 7 2 7 2 N A NO CARD 00000 1
73. 1V 1mA lt 40 lt 40 50 80 z lt 40 lt 40 lt 40 lt 40 100 kHz 1 MHz 10 MHz 40 MHz 100 kHz 1 MHz 10 MHz 80X1 40X2 20 X2 20X4 200 V DC AC 0 5 A DC AC 1A DC AC 10 W DC AC 20 W DC AC 50 niV lt 1 0 109 350 gt 109 Q gt 10 Q gt 10 0 gt 10 Q gt 10 Q gt 10 Q 40 MHz lt 7 pF lt 140 pF lt 50 pF 0 2 dB 0 3 dB 2 0 dB 3 0 dB 75 dB 55 dB 33 dB 3499A B C 227 Agilent N2267A 8 GP Agilent N2267A 8
74. GPIB RS 232 SCPI 3488A 5 1 Agilent 3499B 56 5 1 3 5 15 2 Open Close Read Write 2 1 1
75. 1 REV 1 0 2 0 3 0 1 0 REV 4 0 2 0 REV 4 0 REV 1 0 2 0 3 0 REV 1 0 2 0 3 0 Agilent 3499A B REV 1 0 REV 2 00 RBEV 2 0 REV 3 0 0 REV 4 0 1 0 REV 4 0
76. SCPI 29 no es 4 Y Trig Ouu 3 1 2
77. 50 22h DATA0 16 51 23h DATA1 16 52 24h RES 53 25h RT 54 26h FCCS1 55 27h ADDL 24 56 28h ADDM 24 57 29h ADDH 24 DATA0 DATA1 16 16 16 RT
78. 1 LUO N2263A 4 2 Mode CONEIG Mode 1 Enter CONFIG DIO 4 3 Mode 2 LT Enter 5 168 7 3 2 4 4 CONT POL POS Enter 5 Enter CONT POL POS 4 FLAG POL POS FLAG POL POS 4 6 IO
79. 3488A SYSMODE HP 3488A SYSMODE 1 GPIB a Menu SYSTEM MODE Enter b HP 3488A MODE 3488A HP 3488A MODE Enter 3488A 2 Card Reset Scan S List 3488A 43 LO Agilent 3499A B C
80. JM901 JM914 NO NC SV SV JM921 JM922 339 340 44477A C NC JM901 1 NO 5 K901 lt JM902 gt NcJ JM903 gt i NO K902 Dh lt JM904 NC JM905 i o NO K903 gt p lt c JM906 gt i NC JM907 i
81. e OLAP e 3499A B C 3499A B C 4 GPIB OLAP 1 DREAD DBR IO e OLAP 0 OLAP 1 3 OUTPUT 709 OLAP 1 Error HALT EHALT lt 0 1 gt 3499A7BCC EHALT 1 3499A B C GPIB
82. 3499A B C OLAP 1 1 32767 090 0 15 8 0 255 16 32768 32767 2 32 2147483648 2147483647 2 2
83. 256K A 0X40000 248 B N2269A 16 DAC 2 DAC DAC 8 26 8 26 DAC 8 40 12h DAOL DAC 0 0 41 13h DAOH DAC 0 42 14h DAIL DAC 1 43 15h DAIH DAC 1 70 32h FBCS1 DAC
84. Agilent N2276B N2276A 8 43 Agilent N2276A 87106A B C 1 6 N2276A B 1 1 1 1 018 43 Agilent N2276A 87106 B C 283 276 PCA 8 DIP S100
85. lt gt lt 1 99 999 gt IMINIMAXIINF 1 1 MIN 99 999 LUET INFinity ABORt ABORt INITiate IMMediate RST ARM COUNt 1 10 ARM COUN 10 10 ARM COUNt ARM COUNt 2 lt MINIMAXIINFinity gt ARM COUNt MIN MAX MIN MAX MIN 1 MAX 99999 INFinity 1
86. First error queue Error code SYSTem ERRor 1 80 113 Undefined header 367 101 102 103 105 108 109 112 113 121 123 124 128 Invalid character OPEN 101 Syntax error ROUT CHAN
87. ABORt ARM SOURce lt BUSIEXTernallIMMediatelTIMerIMIXIHOLD gt SOURce COUNt lt gt COUNt MINIMAX TIMer lt gt IMINIMAX CONFigure EXTernal TRIGger SOURce lt gt EXTernal TRIGger SOURce EXTernal TRIGger OUTPut lt 0 IIOFFION gt EXTernal TRIGger OUTPut DIAGnostic DISPlay INFOrmation lt gt DISPlay STATe lt 1 gt
88. N2296A 8 101 1 2 A 18 26 AWG B 96 DIN A B 2 1 FIA BPY75D5 Hie 3 4 A B A B 96 DIN 8 101
89. e SCPI SYSTem ERRor 367 A 3499A B C e PASSED REV 4 0 50 REV 1 072 073 0 10 36 SCPI 371 9 1 Menu SELFTEST e SCPI TST
90. 0 99999 999 1lms S List CONEIG Ha CONFIG SCAN DELAY TIME S List CONFIG SCAN ARM IMM COUNT 00001 TRIG IMM DELAY TIME SETALL SCPI ARM SOURce IMMediate ARM COUNt 10 TRIGger SOURce IMMediate ROUTe CHANnel DELAY 2 101 CC 33
91. 34 3 2 3499A B C EXT MIX 3499A B C SCPI 33 Agilent 3499B DMM ee 9 013 2 Ext Trig In BEBxt Trig m Ext Trig Out 6 1 3 44474A ELI CC 0 44474A
92. 369 410 420 430 440 1001 101 102 103 104 110 111 CLS Query INTERRUPTED Query UNTERMINATED CONFigure
93. 200 1 1 ARM SOURce TRIGger SOURce INITiate TRIGger SOURce 1 10 3499A7B C SCAN snn SCAN snn snn mm snn SCAN
94. SCPI DAC 140 1 SOUR VOLT 140 0 000 DMM DAC lt voltage0 gt 2 SOUR VOLT 140 10 000 DMM DAC lt voltage10 gt 3 CAL 140 lt voltage0 gt lt voltage10 gt lt voltage0 gt lt voltage10 gt mV DAC Agilent N22609A N2269A 3 YO DAC 3
95. DIO OPEN OUTPUT 709 CLOSE 102 103 212 313 lt 3488A 161 OPEN OPEN lt gt lt gt lt gt 1 snn s 3499A 0 5 3499B 0 lt 2 nn 156 7 1
96. NN 2 175 Digital JO WRITE SOUR DIG DATA SOUR DIG DATA WORD VAL 100 4678 WORD 100 1246n SENS DIG DATA WORD VAL 100 WORD 100 4678 136 SCPI SENSe DIGital DATA lt BYTEIWORDILWORD gt BLOCK SENSe DIGital DATA lt BYTEIWORDILWORD gt BLOCK2 lt gt lt gt 8716732 1O lt gt BYTE 090 500 501 502 503 lt gt WORD 800 s02 LWORD s00 s lt gt 17 2048 e lt gt
97. 12 CONFIGURE EXTERNAL TRIGGER SOURCE 2 Undefined header 4 TRIGG SOUR Invalid character in number TRIG TIMER 12 34 Exponenttoolarge 32 000 digits 0 253 Numeric data not allowed
98. 54 3488A GPIB 2 RS 232 3488A 5 Agilent 3499A 3499B 3499C RE EE 56 N E RS 60 000000 60 62 IO 62 e I O 62 RR ORR DoE ET DR RR 63 64 64 seMode 67 ER 71 EE 77 SE 84 85 SIN NAN
99. 1 Agilent N2260A 61A 62A 64A 65A 189 SCPI 115 e 200 ROUTe CLOSe CLOS 100 103 CLOS 100 103 1 0 lt 3 1 1 0 3 ROUTe CLOSe STATe ROUTe CLOSe STATe E snn snn s
100. 44471A 00 09 CHO0 CH0O9 307 308 44471A H CE CHO9 co8 lt L gt gt H o gt 1 CHO7 02010 gt i H H caes 1 L gt gt CH03 CHO3 OL cio2 4 H cao CH01 L 048 64 44471A 44471A
101. REV 4 0 REV 1 0 2 073 0 REV 4 0 3499A B C 1 RBV 4 0 3499A 7B C 1 SCPI TO REV 4 0 3499A B C
102. Shift Reset RST 40 SCPI 9 1 bbe GPIB 488 GPIB 9 RS 232 SCPI SCPI 3488A LO
103. EE 3488A e Agilent N2260A N2261A N2262A N2264A N2265A N2266A N2267A N2268A N2270A N2272A N2276A7B N2280A 81A 82A e N2260A s98 s99 View RELAY CYCLES GPIB IEEE 4889 RS 232 3488A GPIB GPIB GPIB
104. Mode N2263A 4 AA CONFIG DIO 4 bA MODE 1 4 v CONT POL POS 4 v FLAG POL POS 4 v T O POL POS 4 Mode 1 1 CONEIG LO Mode DATA POLARITY CONEIG DISP FORMAT DIN 401 DIN 401 DATA POLARITY 401 DISP FORMAT 401 POLARITY 401 BINARY 401 3488A OUTPUT 709 DMODE 4 1 0 1 Mode 1
105. 00 GP TO 92 6 1 0 4 TO 4 090 0 0 4 091 094 SCPI 91 szz s 3499A 0 5 3499B 0 2 3499C 0 9 0
106. 16 8 00 0 7 SCPI 00 01 0 7 00 0 7 3488A 02 01 0 7 5 3 PCTL 7O PFLG 5 7 168 44474A 44484A 1 5 8 80 44484A 44484A 44474A
107. 3 ul IK o 31 LA
108. LO 126 SCPI lt gt 3499A 1 5 N A 3499B 1 2 lt gt OIIIPOSitivelNBGative OIPOS 0 DIO 0 4 TO RST 0IPOS CLS SOUR DIG IO POL 1 1 1 DIO IO SOURce DIGital IO POLarity SOURce DIGital IO POLarity lt gt IO POS NEG 3499A 1 5 3499B 1 2 3499C 1 9
109. e e DIO IO Static 1 RESET OUTPUT 709 CRESET 2 2 Card PAIR CPAIR lt gt lt gt 2 2 N2261A 44470A D N2260A
110. e Mode 3 4 5 Mode 3 5 DIO 00 Mode 3 4E 7 13 50 2 Static Mode 1175 0 ET RST DIO POS CLS SOUR DIG DATA BYTE POL 100 NEG 8 DIO 100 NEG SOURce DIGital DATA lt BYTEIWORDILWORD gt POLarity SOURce DIGital DATA lt BYTEIWORDILWORD gt POLarity lt gt 8 16 32 LO 8 16732 IO POS NEG SOUR DIG DATA POL 100 NEG 8 DIO 100 NEG SOUR DIG DATA POL 100
111. 8 68 44481A 44481A 44471A 347 311 44471A 10 8 40 44471A 8 40 DC 1 1 AC 1 30 Q 50
112. ADDM ADDH 24 256K 1 0X40000 E A 1 2 E FCBKC FCMS1 FCMS0 0 x 1 1 0 3FFFEH 3FFFFH 3FFFCH 3FFFDH 00020H 5555 00021 00002H 00003H 00000H 00001H 2A 1 B 2 0 FCBKC FCMS1 FCMS0 1 0 0 0 1FFFFH 1FFFEH 00010H 5555 00001H
113. CLOS snn snn E CLOS snn CLOS snn snn 1 LET CLOS snn snn snn snn TUEJ 1H 1 CLOSe e 1 Agilent 3499A B C 189
114. lt 300 mA lt 10 V lt 40C 60 lt 40C 95 lt 40C 60 lt 40C 95 100 kHz 1 MHz 10 MHz 100 kHz 1 MHz 10 MHz 10 250 V DC AC rms 2 A DC ACrms 20 A DC AC rms 60 W DC 300 VA AC 600 W DC 5000 1400 Vey lt 3 pnV lt 1 0 108 105 43 gt 101Q gt 10 Q 25 10 Q gt 1019 Q lt 7 lt 10 lt 25 pF lt 0 20 dB lt 0 25 lt 0 50 dB lt 73 dB lt 53 dB lt 33 dB 1 44474A 312 21 H 3499A B C Agilent 44471D 20 Agient44471D
115. 1 SCAN 100 119 5 200 209 5 SCAN SIZE 31 122 SCPI ROUTe SCAN CLEar ROUTe SCAN CLEar ROUTe SCAN LIST lt gt lt gt SCAN 100 119 5 200 209 5 SCAN SIZE 31 SCAN CLE SCAN SIZE 0 SC
116. N2276B Agilent N2276A7B 2 N2276A B PCA 4 2 16 switch0D switchlh 2 10 attenuator0 attenuatorl N2276A B PCA 8 DIP S100 8 DIP Agilent N2276A 206 87106B 2 1 6 6
117. 44476A amp 8 87 44476A 335 C m A W1 1 lt K901 5 lt e 00 FOM NC 3 lt 8 1 lt NO K902 5 lt e 01 V COM 3 lt lt NO K903 5V L901 02 5 C906 lt HH 8 88 44476B 44476B 00 01 W1 W2 337 8 90 33313B 5
118. SCPI DIAGnostic RELay CYCLes 101 101 GPIB RS 232 1 485 RS 232 1 GPIB e GPIB 9 GPIB GPIB veS SCPI 3488A 3499A B C 0 3 E Menu
119. A ENEN EET ONE 1054 H VMOS FET 5V 10K 6 4 gt i a 42 60 i 1 1 4 lt lt Cc PCTL MO ya 7 0K 219 1 V V 1 PFLG 354 45V 1 2 519 4 4 212 0 kanys A 1 048 11 N2263A 00 31 4 8 16 1 32 2 1 SCPI
120. Agilent N2262A 4 8 2 Agilent N2262A 4 lt X8 32 2 4 X8 2 HBD N2262A 1 N2262A N2260A 40
121. Query DEADLOCKED Query UNTERMINATED after indefinite response IDN IDN Number of SAV RCL out of range 50710 1 50 710 SAV RCL 1 50710 SAV 52 RCL 0 Unable to recall scan is running Unable to recall memory is empty
122. 3488A N2266A 40 2 2 2 DIN D 222 8 19 Agilent N2266A x 8 20 40 2 CH00 CH39 2 0 1 20 2 1 COMO0 COM1 80 1 N2266A N2266A MUX H D o D L H CH10 9 9 H 1 H SE COM a es A IA RN TRE
123. Snn s nn 3499A B 3499C N2261A 40 GP 800 801 s02 503 537 538 539 1 2 5 1 2 12 9 2262 4X8 0 1 2 3 0 1 2 3 6 7 500 5801 502 07 810 sll 512 517 520 821 522 527 830 531 532 537 1 2 57 1 2 1 2 9 500 501 802 530 531 N2263A 8 s00 s07 s02 s03 T ON NM 1 2 5 1 2 1 2 9 32 1UO 16 s00 s02 32 500 12 GP 500 501 502 510 sll 3 GP 520 s21 522 N2264A 12 GP 3 GP 16 I O 16 I O 930 s31 532 s44 s45 8 s30 537 16 530 2 97 1 2 1 59 2265 4X4 16 IO 4X4
124. 347 8 51 44477A 8 51 44477A C E 7 250 DC ACrms 350 2A DC AC rms 14 A DC AC rms 60 WDC 500 VA 420 W DC 3500 1400 V ty lt 3 pV lt 10 lt 300 mA lt 10 V 108 105 43 DC lt 40 60 gt 101 Oo 1 40C 95 gt 109 Q 40 60 gt 5x101O 1
125. BILET 2 Write DOUT 255 401 3 lt gt DOUT 254 401 4 Enter Write 70 8 2 E 10 9 1 gt REV 4 0
126. O 99999 999s 1 nid 2 H 00000 200 SECS S List S List o CONEIG DELAY TIME LT Enter DELAY TIME NED Enter H Enter lt gt E SET ALL L SET ALL 00000 002 SECS DELAY TIME lt gt Enter 103
127. 0 2 Agilent 3499C 10 0 1 9 9 Agilent 3499A B C GP TYO 7 1 4 LO
128. 74 3 S List S List 1 ADD TO SCAN 107 4 S List S List CONFIG 66 Shift S List 1 S List CONEIG CONFIG SCAN Enter CONFIG SCAN 2 ARM IMM ARM BUS Enter 3 ARM BUS ARM TIMER Enter
129. B 12 1 3499AB 3499C N2282A 500 501 502 507 1 2 5 1 2 12 9 091 092 093 094 4 MI O 4 090 s23 s 2 3 2 SCPI N2260A 1 80 1 MUX 1 40 2 MUX 2 20 2 MUX 1 20 4 MUX 3 40 2 40 1 0039 40 2 2 40 1 40 79 4 BANK 0 BANK 1 CH00 CH20 00 2
130. lt gt lt gt 2048 SOURce DIGital DATA lt BYTE WORDILWORD gt BLOCK SOUR DIG DATA lt BYTEIWORDILWORD gt BLOCK SOUR DIG DATA BYTE BLOCK 100 16ABCDEF ABCDEF BYTE 100 SENS DIG DATA BYTE BLOCK 100 6 BYTE 100 6 SENSe DIGital DATA lt BYTEIWORDILWORD gt TRACE SENSe DIGital DATA lt BYTEIWORDILWORD gt TRACE lt gt lt gt 8 71632 LO
131. 10 350 Queue overflow SYST ERR SYSTem LOCal SYSTem LOCal RS 232 Agilent 3499A B C SYST LOC SYSTem REMote SYSTem REMote RS 232 Agilent 3499A7B C Local View Mon Enter 2 146 SCPI
132. 3488A 3 1O N2263A 44474A 3488A 1 3488A 3488A 155 348 amp 8A 1 Agilent 3499A 0 5 6 1 5 0 Agilent 3499B 3
133. 4 IO 8 4 LUO 8 16 32 4 I O 090 8 090 2 10 IO Mode
134. Agilent N2282A 1 8 AgilentN2282A 1 8 1 N2282A CHO00 CHO8 CH00 CH07 CHO08 N2282A 1 CHO8 CHO0 CH07 Agilent N2282A CH08 1 8 N2282A 1 8 1270nm 1670nm 0 7dB
135. SYSTem CTYPe 2 SYSTem CTYPe lt gt SCPI 143 3499A 1 5 lt gt 3499B 1 2 N A 3499C 1 9 e 1 e 6 3 6 3 N A NO CARD 00000 10 MUX 44470A RELAY MUX 44470 10 GP 44471A GP RELAY 44471 20 MUX 44470D RELAY MUX 4447011 20 GP
136. 230 V DC AC rms 2 A DC ACrms 60 W DC 125 VA AC 2 0 44471A 2 1 BBM 1 8 63 Agilent 44471A 308 8 64 44471A 10 SPST A
137. 31 5 Agilent 3499A B C Switch Control System User s Manual Rev C Part No 03499 90001 Printed in USA April 2002 E A E
138. GPIB GPIB 0 30 9 E GPIB E 2 3488 3499A B C SRQO E GPIB INTERFACE GPIB 488 RS 232 3488A 3488A 53 Shift Card Reset
139. START 0 DAC B FCCS1 B DAC C DAC C 249 1 B DAC 1 B DAC 0
140. WAI 1 REV 4 0 50 REV 1 072 073 0 10 SCPI 153 154 SCPI 7 W 3488A Agilent 3499A B C 3488A 3488A 3488A 155 156 3488A 160 3488A a eae 188 3488A 34
141. lt gt BUSIEXTIIMMITIMIMIXIHOLD IMM e BUS TRG GET EXTernal e IMMediate INITiate TIMer BUS EXTernal HOLD TRIGgerl IMMediate RST IMMediate CLS RST RST ARM SOUR IMM ARM SCAN 100 115 210 219 1
142. e SCPI UI Shift Recal Enter Enter Recall Recal Pnter Enter Recall 3488A OUTPUT 709 STORE lt 1 40 gt OUTPUT 709 RECALL lt 1 40 gt 1 ERROR 1
143. lt gt OI1IIOFFION 1 OIOFF 1ION e ADRS RMT ERROR 1ION CLS DIAG DISP STAT 1 ON DIAGnostic DISPlay STATe DIAGnostic DISPlay STATe 0 1 DIAG DISP STAT 0 DIAG DISP STAT 0
144. LULL LLL LLK TERA CLOSE DWRITE d 1 O 1 DO ___ Ims K 1 gt 1ms 3499A7B C 16 32 LUO O 1ms IO 5 94 3 LOLL P LULL 0 DRBAD tl TO 100 ns gt lt I O 100 1501 150 us 3499A7B C 16 32 IO 100 ps DO 150 ms Static Mode 2 Static Mode 2 Mode 1
145. STORE RECALL OUTPUT 709 RESET TEST TEST 00000 7 6 7 6 00001 ROM 00002 GPIB 00003 RS 232 00004 182 3488A OUTPUT 709 TEST ENTER 709 DISP IDentify ID2 3499A B C D 10 OUTPUT 709 ID 20 ENTER 709 A 30 DISP HP3488A STATUS STATUS 3499A B C
146. Al e Local RESET e 13 13 13 A Z 0 9 103 3488A OUTPUT 709 DOFF OUTPUT 709 DON OUTPUT 709 DISP Scan finished 52 3488A Agilent 3499A B C
147. Vix R2 R 2 1 420 mA 50 0 19 0 5 W R2 530 Q 4 20 mA 0 2 1 V 44470A Agilent 44480A 1 5 5 8 58 44480A 44480A 347
148. 09 2 1 3 GPIB VISA PC 3488A GPIB include lt stdio h gt include lt windows h gt include visa h define INST_ADDR GPIB0 9 INSTR 3499A B C GPIB main ViSession drm ViSession vi ViStatus status VISA int i status ViOpenDefaultRM amp drm if status lt VI_SUCCESS printf VISA ERROR viOpenDefaultRM n exit 1 3499A B C
149. 3 125 DC 200 ACrms 5 A DC AC rms 150 W DC 1250 VA lt 3 lt 0 1 0 5X10 180 EAN 105 CERAT 1 16 mS DC lt 40C 50 gt 10 9 Q 1 lt 40C 80 1090 lt 40C 50 gt 10 Q 1 lt 40C 80 gt 1090 AC lt 10 pF lt 20 pF 0 100 kHz lt 0 10 dB 1 MHz lt 0 20 dB 10 MHz lt 0 50 dB 50 Q 100 kHz lt 704 1 MHz lt 50 dB 10 MHz lt 30 dB I
150. RST ESE 32 STB SCPI ROUTe CLOSe lt gt SCAN lt gt SIZE 1 ROUTe CLOSe SCAN 2 SIZE 3 ROUTe SCAN SIZE 1 Agilent 3499A B C SCPI SCPI SCPI SCPI 89
151. s00 s39 s20 s39 N2260A 20 4 20 39 2 00 19 E t4 N2260A 2 N2260A 1 N2260A E 2 N2260A E t e RST N2260A 40 2 ROUTe FUNCtion ROUTe OPEN
152. HOLD TO RESET 1 3 CARD 1 4 N2260A 1 Card Reset LO 1 MUX CLOSED 101 2 Shift Card Reset HOLD TO RESET 3 86
153. e Menu CONE EXT TRIG 0 44474A 3488A OUTPUT 709 0 1 0 1 DIN 1 CC
154. 41 REV 4 0 Agilent 3499A B C REV 3 0 1 Menu CONEIG POWER ON SET 2 Enter POWER ON SET Emnter Enter E 05 Enter gt PWR ON RESET Menun 1 PWR ON RESET Agilent 3499A B C REV 3 0
155. 44473A 4X4 DPST 2 250V 2A 4X8 N2262A 4X8 DPST 2 200V 1A 10 IO LO TTL
156. RS 232 SYSTem LOCal GPIB LOCAL 60 LO Agilent 3499A B C 1 Mon MON 2 61 3 2 3 Enter
157. 214 H 3499A 7B C 8 14 N2264A 16 DO IO Vout Vout Vin Vin Vout Vout lout Vin Vin 16 42 V DC 600 mA 2 4V I 10mA 0 8V I 600mA 2 2 0V 0 8V 5 V DC 22 4 V I S 400 pA 0 5V I 1mA 2 2 0 V 0 8V HA lt 25 5 V 215 Agilent N2265A AsilcntN2265A 4x4 2 16 TO
158. IMMediate IMMediate ARM TIMer 0 0 1 1 TRIGger SOURce IMMediate IMMediate TRIGger TIMer 0 0 0 0 1 SCPI 41 42 SCPI 3488A Agilent 3499A 7B C SCPI 3488A 3488A 1 55 3488A 155 7 3488A
159. N2276B 8 34 N2276A 1 6 204 1 SMA DC 20 GHz 0 3 dB 0 015 X Frequency GHz SWR 500 25 100 dB DC 12GHz 80 dB 12GHz 15GHz 70 dB 15GHz 20GHz A 1 2 DC 4GHz 1 35 4 12 4GHz 1 45 12 4 18GHz 1 7 18 20 GHz 0 03dB 25ms 3500 286 Agilent N2280A 4 1 2 Agilent N2280A 4 1 2 4 1 1
160. ye Agilent 00 01 02 03 04 05 06 07 COM 2282 1X8 OPTICAL SWITCH 8 54 Agilent N2282A 297 Agilent N2282A 1 E 8 37 N2282A 1 8 SM LI 62 dB 57 dB SM d 0 5 dB 0 7 dB E 0 02 dB 0 025 dB PDL 0 02 dB 0 04 dB 0 005 dB 0 01 dB 0 01 dB 0 05 dB 90 dB 80 dB 300 mW 250 ms SM 1270nm 1670nm 1000 oC 55 lt 80 0C 55 2 FAHR B1 1 4 1 298
161. 3 3499A 2 DUT Agilent 3499B SA 1 1 1 Agilent 3499A B C 1 Agilent 9 W Agilent 3499C 14 Agilent 3499C 7 2 1 lt 6 6 8 9 2 RS 232 1 Agilent 3499A B C 2 SCPI
162. E 1 2 Close Open 3 1 2 I O 62 LO 090 094 E DIO IO 8 1 IO 2 Read E 401
163. Menu SYSTEM MODE Enter b SCPI MODE SCPI SCPI MODE Enter SCPI SCPI 23 mm m Shift Recalll Shift Recall IO Agilent 3499A B C
164. SREAD SWRITE 048 81 Agilent 44475A E 327 8 s1 44475A 2 L 0 10 0 030 2 8 8 8 8 46 2 8 82
165. 175 Digital YO WRITE 10 700 20 OUTPUT 709 OLAP 1 30 OUTPUT 709 DREAD 501 100 40 ENTER 709 A 100 100 50 DISP A 60 END 3488A 177 DELAY DELAY lt mS gt Channel Closed DELAY mS 0 32 767mS 32 1mS CHAN STEP 3499A7B C DELAY 3499A7B C
166. 3183 7172 2 3 3063 9233 1494 0015 3002 3999 2 4 1 f Anien Z EE EE EE EE 2 4 1 Agilent 3499B 18 2 Agilent 3499B 3499B 1 5063 9255 1494 0015 2 5 1 2 5 2 Agilent 3499B 5063 9255 Agilent 3499B Agilent 3499B 03499 21002 3499B 3499C Agilent 3499C
167. ARM SOURce TIMer TIMer lt gt 0 000 99999 999 0 001 RST 0 ARM SOUR TIM TIMer ARM TIM 10 10 SCAN 200 415 INIT 98 SCPI ARM TIMer 2 ARM TIMer MINimumIMAXimum 2 ARM SOURce TIMer 0 lt 99999 999 ARM TIMer ARM SOUR TIM ARM TI
168. BYTE e lt gt lt gt lt gt lt gt lt gt lt gt 10 lt gt lt gt lt gt e lt gt 1 2048 ABCDEFGHIJ 16 100 ASCTL A B 10 65 66 65 66 100 A 8 B 8 C D SOUR DIG DATA WORD BLOCK 100 210ABCDEFGHIJ SOURce DIGital DATA lt BYTEIWORDILWORD gt TRACE SOURce DIGital DATA lt BYTEIWORDILWORD gt TRACE lt gt lt gt
169. 1 8 2 2 DIN D CETE 1 ma E TLI ie a i 8 10 Agilent N2263A 204 8B 11 N2263A 32 VO 3 H H HJJ 600 mA
170. CLKS1 0 0 0 100K 0 1 1M 1 0 2 5M 1 1 3 57M FCMS0 X 1 DAC DA0 DA1 120 ns 0 2 0 DAC DA0 0 DA1 1 2 1 DAC DA1 1 DA0 0 B DAC DAO0 DA1
171. E z i j Ri l h EE r GERR k ia fa b i i a LE N CHU umd EE EE 9125 SU ELETE 25180 9697 silaa meeli ea GHS E E 8 78 Agilent 44474A 323 44474A 16 YO 2 8 1 16 018 791 44474 0 7 6 5797 1601007 7 1 O i VMOS FET 2 i i 0 25A i oo O i
172. 1 1 03499 21002 1 Agilent 3499B Agilent 3499A B C 1 2 1 3499A B C AC Power 3499A B C
173. 1 0 FAOEO0 1 FAOP0 0 FAOP0O FAOE1 1 FAOP1 0 FAOP1 SMS 0 SI GW_IN GR_IN FAS0 A 20 FASO 11 1 gt 0 1 FAOPO FAOPI
174. 2 4 DIO 090 2 4 8 16 32 DIO 1 2 16 16732 DIO 1 32 32 DIO 7 5 8 10 0 25 1 4 DIO 090 10 0 15 HTT 16 16 10 32768 32767 16 10 32768 2 2 e 32
175. 3488A Agilent 3499A B C 3 25 3499A 3499B 3499C GPIB 1H SCPI 3488A 3488A 1 amp E Agilent 3499A B C 3488A 3499A C SCPI 3488A 2 e GPIB IEEE 488 RS 232 2
176. 44476B 2 26 2GHz 3 4 5 1 2 GP 7 SPDT C 44477A 7 C 250V 2A 40 SPST N2261A 40 GP 200V 1A 8 8A 250Vac 5A N2267A 8 30Vdc 125Vdc 1A
177. 700 Data out of range ARM COUNT 3 Too much data 12 DIAGnostic DISPlay Illegal parameter value TRIG SOURCE ALARM ALARM Systemerror Queue overflow 10
178. OPEN snn snn snn snn H OPEN ALL 1 OPEN ROUTe CLOSe ROUTe OPEN RST 100 109 0 9 ROUTe OPEN ROUTe OPEN lt gt smn 1 0
179. RELAY CYCLES a 1 View VIEW ERROR Enter ERROR 108 2 HERROR NO ERROR View 1 NO ERROR 108 ERROR gt 0O1 ERR 109 MISSING PARAMETER 3 nter View 1 ERROR 4 View View
180. OIPOS CLS SOUR DIG CONT POL 1 1 SOURce DIGital CONTrol POLarity SOURce DIGital CONTrol POLarity lt gt PCTL POS NEG 3499A 1 5 3499B 1 2 3499C 1 9 SCPI 125 SOUR DIG CONT POL 1 1 1 DIO SOUR DIG CONT POL 1 NEG SOURce DIGital FLAG POLarity SOURce DIGital FLAG POLarity lt gt lt gt PFLG IO
181. e 61 5 2 e IO Mon MON Mon DIN 255 400 DIO 400 1 0 6 9 2 00 255 1254 4 DIO 3488A OUTPUT 709 VIEW 103 103 OUTPUT 709 VIEW 431 431 OUTPUT 709 CMON 2 2
182. 1 3488A 44470A D 44471A D 44472A 44473A 44474A 44475A 44476A B 44477A 44478A7B SCPI 107 DIAG SPEEK 2 2 108 SCPI DIAGnostic SPOKE DIAGnostic SPOKE lt gt lt gt lt gt lt gt 8 3488A Agilent 3499A 1 5 lt gt Agilent 3499B 1 2 N A Agilent 3499C 1 9 lt gt 0 7 lt gt 0 255 N A e 3488A e 10 10 lt
183. A B C A B C 1 2 17 20 1 21 1 CH22 L 2 2 18 20 21 22 3 CH3_L CH4_L CH5_L 19 CH23_L CH24_L CH25_L 4 CH3_H CH4_H CH5_H 20 CH23_H CH24_H CH25_H 5 CH6_L CH7_L CH8_L 21 CH26_L CH27_L CH28_L 6 CH6_H CH7_H CH8_H 22 CH26_H CH27_H CH28_H 7 CH9_L COMO_L COMO_L 23 CH29 COM1 1 1 8 9 COMO_H COMO_H 24 CH29 9 CH10 CH11_L CH12_L 25 CH30_L CH31_L CH32_L 10 CH10_H CH11_H CH12_H 26 CH30_H CH31_H CH32_H 11 CH13_L CH14_L 15_ 27 CH33_L CH34_L CH35_L 12 CH13_H CH14_H CH15_H 28 CH33_H CH34_H CH35_H 13 CH16_L CH17_L CH18_L 29 CH36_L CH37_L CH38_L 14 CH16_H CH17_H CH18_H 30 CH36_H CH37_H CH38_H 15 CH19_L 1 SB COM 31 CH39 L 16 19 SE COM 32 9 1 N2266A Agilent N2290A Agilent N2296A 194 8 3 N2290A y
184. 1 1 2 2 NO NC C SS 1 Wi 12 lt lt V 5i 509 1 NO E NO K301 2 iC 5 lt PRE lt gt 00 COM 5 NC l 3 ORG lt lt 8762B 1 w ORG 2 lt T i 509 2 1 NO e K902 C CI lt 01 COM 7A p l o mm gia i 2 NC 3 ORG lt w3 12 ORG T l 509 2 1 NO ONo 1 K903 2 IC CI 15 lt 9 8 9 gt 02 COM gs NC 5 i lH u 2 NC 3 ORG lt lt J 5V 5 0906 V 333118
185. 8762A B C 8763B C 8764B C H 8 50 44476A 2 o AC DC DC DC SWR 3 mm SMA DC DC DC 18 GHz 2 GHz 18 GHz 2 GHz 12 4 GHz 18 0 GHz DC 18 GHz 50 Q 1 W 100 W 7 V DC 106 106 0 03 dB 43 SMA gt 90 dB lt 0 25 dB lt 0 50 dB lt 1 15 dB lt 1 25 dB lt 1 40 dB 1 44474A 338 Agilent 44477A C Agient44477A 7 SPDT C 1
186. MASK SRQ OLAP GPIB IO OPEN 1 RECALL STORE1 10 RESET SLIST SYSMODE SCPI HP 3488A SREAD 444753A 44475A SWRITE 44473A 44475A STATUS 3499A 7B C STEP SLIST
187. 128 19200 38400 57600 None 8 bits Even 7 bits None 8 bits CF DTR DSR RTS CTS lt 9600 SCPI XON 39 DTR DSR RS 232 DSR 6 100 DTR D
188. F F Es gt Ps 8 26 Agilent N2268A 234 8 27 N2268A 2 1 4 00 10 2 1 4 3 C 1 2 4 1 00 00 03 10 10 13 SMA 4 1 COM00 CH00 CO
189. STORE 01 2 05 STORE 05 3 Enter 05 Recall RECALL FAILED 1 Recall 05 RECALL 05
190. 2 2 DIN D 44 1 Hiji E TF 048 4 Agilent N2261A 1 N2261A 40 4 CH00 09 1 CH30 39 4 10 196 s3 N2261A 40 SPST A N2261A 00 39
191. Call SCAN 100 103 Chr 10 0 100 103 Call ARM SOURCE TIMER Chr 10 0 TIMER viVPrintfvi ARM TIMER 1 Chr 10 0 2 1 Call ARM COUNT 2 Chr 10 0 2 viVPrintf vi TRIG SOURCE IMM Chr 10 0 IMM Call viVPrintf vi CHAN DELAY 0 100 103 Chr 10 0 0 Call viVPrintf vi INIT Chr 10 0 VISA 10 Call viSetAttribute vi VI_ATTR_TMO_VALUE 10 1000 OPC Call viVQueryf vi Chr 10 t retStr On Error GoTo ErrorHandler drm 1 viClose vi 3499A B C viClose drm End ErrorHandle
192. 3488A BASIC GPIB 7 3499A B C 9 N2260A 1 40 2 MUX 3 4 5 6 7 10 10 OUTPUT 709 1 3499A B C 20 OUTPUT 709 CLOSE 103 107 110 103 104 105 106 107 110 30 OUTPUT 709 CMON 1 40 OUTPUT 709 VIEW 105 105 50 ENTER 709 A 3499A B C 60 DISP A 3488A 155 7 2
193. DIAG MON 5 5 DIAG MON 5 5 DIAG MON 302 3 2 DIAG MON 302 DIAGnostic RELay CYCLes DIAGnostic RELay CYCLes lt gt snn s 3499A 1 5 3499B 1 2 3499C 1 9 nn N2260A N2261A N2262A N2264A N2265A
194. lt 300 mA lt 10 VD FIT AT lt 40C 95 30 MHz 100 MHz 300 MHz 30 MHz 100 MHz 300 MHz 30 MHz 100 MHz 300 MHz 30 MHz 100 MHz 300 MHz 4 BNC 250 V DC 30 ACrms 42 V AC 42 V DC 30 mA DC 300 mA rms lt 15 500 lt 1 0 108 105 43 gt 107 Q lt 0 002 pF lt 70 pF lt 0 20 pF 0 7 ns lt 2 5 ns 90 ps lt 0 50 dB lt 0 75 dB lt 1 25 dB lt 100 dB lt 85 dB lt 65 dB lt 85 dB lt 85 dB lt 50 dB lt 1 06 lt 1 12 lt 143 1 44474A 2 1 00 13 gt 80 dB 30 MHz gt 60 dB 100 MHz gt 40 dB 300 MHz 319 Agilent 44473A 4 x42
195. lt ASCI gt 2 OUTPUT 709 DISP It s DIO A DIO Display ON OFF DOFF 3499A B C DON 3499A B C DON LOCAL DON DISP OUTPUT 709 DOFF OUTPUT 709 DON LOCKout LOCK lt 0 1 gt
196. 204 2 87104B 1 N2276B 87104A B C 87106A B C N2276A 7B 84904K L 84906K L 84907K L Agilent N2276A7B 3 2 Agilent 3499B Agilent N2276A B 1 4 87104A DC 4 GHz 87104B DC 20 GHz 87104C DC 26 5 GHz 1 6 87106A DC 4 GHz 87106B DC 20 GHz 87106C DC 26 5 GHz 0 11dB 1 dB 84904K 84904L 0 90dB
197. 8 55 50 25 8 55 DIN D sub D N2297A DIN96 2 D50 1 5 m 1 96 DIN 1 50 sub D N2260A 61A 62A 63A 64A 65A 2 N2298A DIN96 D25 1 5 m 1 96 DIN 1 23 sub D N2262A 1 N2299A DIN96 4 x D25 1 5 m 1 96 JDIN 1 22 4 sub D 260 61 62 63 64 65 96 DIN 3231 302928 27 262524 232221 20191817 16 15 14 131211 10 9 8 7 6 543 21 Agilent N2297A 200 V 96 8 102 N2297A 26 AWG UL AWM 2464 a
198. MO 273 Ani N2270A 3E Agilent High Voltage MUX 1 2 3 4 5 6 7 cn 6 1000Vdc Vrms 3 000 7 2 048 36 Agilent N2270A 8 30 N2270A 1 2 3 4 5 6 7 1 CH2_H CH3_H CH4 CHS_H CH6_H CH7_H 2 2 CH3 4 CHS_L CH6_L CH7 1 3 CHO_H COM_H 8 CH9 H 4 L CHS_L CH9 274 8 31 N2270A Agilent N2270A 10 8 31
199. RA 93400 3499 N AS 1 Ek SCPI 21 3488A 1 eo 21 3 kk 23 23 24 25 TO TYO NIE 28 NR Ni NN 28 KE NAN NR RE 29 29 29 AA 31 32 E i ss lk 33 ME A A SS
200. RST DIAG DISP STAT 1 DIAGnostic MONitor DIAGnostic MONitor lt gt lt gt lt gt DIAGnostic MONitor 1 3499A 0 5 3499B 0 2 3499C 0 9 4 DIO 090 091 094 DIO 8 104 SCPI 1 1 1 E 92 6 1
201. 32 06 GPIB EOI 176 7 5 e 090 0 090 RST DIO Digital Binary Read SREAD 10 CONTROL 7 16 128 EOI 20 DIM A 30 30 IOBUFFER A 40 A CMON 5 DBW 504 IAS AS DIO 04 5 50 TRANSFER A to 709 INTR DBR lt gt lt gt lt gt DMODE
202. 8 DC 1 1 S00 500 2 2 10mA lt 40 S0 lt 40 80 lt 40 S0 lt 40 80 100 kHz 1 MHz 100 kHz 1 MHz 10 1000 V HEC1010 I 1A 1A 10 W 10 W 200 uV lt 1 0 108 100 gt 10 Q gt 10 Q gt 10 Q gt 10 Q lt 7 pF lt 50 pF 0 1 dB 0 2 dB
203. 1 00 00 03 10 10 13 7101 BNC 4 BNC 5 0 0 z102 00 Jro4 2 5 a BNC z105 Y3 V3 0 uroe SMB CH10 i Q 3107 nE V4 comzo 10 7109 So V 4 CH12 e i 7110 Ya 8 95 44478A B BNC 344 8 96 BNC 44478A R 50 Q 756 44478B R 75 Q
204. a DISP FORMAT Enter DISP FORMAT 401 b BINARY BINARY 401 c Enter Mode 1 DISP FORMAT 401 4 Mode 5 1 4 1UO CONEIG 70 SCPI 3488A 29 4 48 v
205. 32767 WORD 23 1 LWORD 10 2 2 175 Digital JO WRITE SOUR DIG DATA WORD VAL 100 4678 WORD 100 1246n 130 SCPI SOURce DIGital DATA lt BYTEIWORDILWORD gt BLOCK SOURce DIGital DATA lt BYTEIWORD ILWORD gt BLOCK lt gt lt gt 8716732 LUO BYTE 090 s00 s01 s02 s03 WORD 500 s02 semik LWORD 500 PYLE ss lt gt ASCI e 090 090 0 4 DUO
206. 3488A 45 I O 46 3488A LO 8 16 32 Z 1 8 1 IO 189 8 LO
207. IO i E E 4 8 4 IO 090 E 8 16 32 4 IO 8 2 10
208. 1 J Da 8 5 4 3
209. REVISION 4 0 2 0 3 Enter Menu 1 REVISION INFO 4 Menu Menn CONEIG 3499AB C A 1 Menu CONEIG SERIAL NO SERIAL NO 2 Enter Agilent 3499A B C CN12343678 Menu 1 3 Enter SERIAL NO 4 Menu Menu CONEIG 2 DAC Agilent N2269A
210. lt gt 0 99999 999 1ms 0 CLS TRIG TIM TRIG SOUR TIM TRIG TIM 10 10 SCAN 100 139 INIT TRIGger TIMer 099999 999 TRIG SOUR TIM TRIG TIM 10 10 TRIG TIM 10 10 150 SCPI SCPI Agilent 3499A B C SCPI
211. 1 1 2 N2266A COMO COMI1 0 20 00 19 1 20 39 40 2 2 N2266A 2 0 1 20 2 1 COMO0 COM1I 2 0 20 00 19 1 20 39 4 2 0 1
212. 1 t3 3499A B C STEP 1 E 2 STEP 3 1 STEP 2 04 STEP 1 CC i 2 2 t1 t2 t3 t4 BI 3 t1 2 14 trigger too fast 7 2 174 3488A e Channel Closed Channel Closed CC 3499A B C 15 uS TTL
213. 12 1 A 12 1 8 11 N2264A 16 IO 8 11 16 DIO 16 8 B1 C1 A RID B3 C3 A4 B4 SCPI 30 8 8 9 9 A1 B1 C1 C3 A4 B4 3488A 32 Aaral ED RISA B8 C8 A9 B9 P601 O J106 J105 g 1 z9 RR eo SND Salo 18 PFLG o CH22 cH21 cH20
214. 16 8 A19 B19 C19 A21 5 21 21 23 B23 SCPI 40 25 25 25 27 ay 27 27 29 29 19 B19 C19 A21 o 21 21 23 23 3488A 42 25 25 25 27 B27 C27 29 B29 P600 m i P100 8 04 J100 PTL GND PFLe 15 H L H LIH L H LIH LIH L H L 48 40 ROW3 Row2 ROW1 Rowo COL3 COL2 COL1 49 41 5 50 o 4 51 2 DIO gt 4 53 45 54 46 55 47 f KOI 0 8 18 Agilent N2295A 219 8 17 8 18 N2265A 8 17 N2265A
215. 170 RS 232 DTR DSR 40 RTS CTS 40 39 39 56 5 56 58 58 37 52 56 DIO 70 37 52 61 80 DOIO 92 K 28 47 62 28 47 62 iei jo ls 10 11 E iei y fy E 2 13 2 5 6 17
216. 334 k 338 333 KRX 336 92 157 347 337 44477A 341 339 339 92 157 340 347 44478A BNC 344 SMB 344 342 344 345 343 92 157 347 44478B BNC 344 E SMB 344 344 342 k 345 343 92 157 347 44480A 301 44480B 305 44481A 311 44481B 315 44483A 321 44484A 325 44487A
217. VSWR 1 3 GHz 42 DC AC BNC SMB T 44478A 50 Q 44478B 75 9Q SMB 50 75 SMB 44478A 30 Q 44478B 75 Q 048 94 Agilent 44478 4 1 2 00 10 44478A B
218. lt gt 0 99999 999 0 lt gt 92 6 1 ALL 112 SCPI 0 99999 999 0 001 e e DIO 1 200
219. 0x000000 77 7 7 777777777 7777777 7777777777777777777777777 7777777 7777777 77777777777777777777777777777777777777 viPrintf vi sour dig data byte 255 h00 n viPrintf vi sour dig data byte 256 h00 n viPrintf vi sour dig data byte 257 h00 n 77 77 7 7777777 7 7777777 7777 777777777777777777 777777777 777777777777777777777777777777777777777777777777777 7FCCS1 FCRS1 0 FCRS0 1 DAC ENMA 1 FCBKC 1 2 FCMS1 1 FCMS0 1 0 DAC0 1 DAC1 77 7 7 777777777777777 777777777777777777777777777777777777777777777 777 7777777777777777777777777777777777777 viPrintf vi sour dig data byte 254 h67 n 77 77 7 7777777777777777777777777777777 777777777777777777777777777777777777777777777 TRL TRM TRH ll Tac 1 28 us Oxc3 249 6 us 77 7 7 7777777 777777777 777777777777 7777777777777777777777777777777777777777777 viPrintf vi sour dig data byte 271 hc3 n viPrintf vi sour dig data byte 272 h00 n viPrintf vi sour dig data byte 273 h00 n 7FBCS1
220. 8 47 N2280A 288 scC APc N2280A N2280A 8 48 Agilent COM 0 COM 1 COM 2 COM 3 N2280A QUAD 1 2 OPTICAL SWITCH 0 O 00 9 01 E 10 1 2 20 21 2 30 2 31 8 48 Agilent N2280A 289 8 35 N2280A Agilent N2280A 8 35 SM 0 5 dB 0 8 dB SM 50 dB 45 dB SM 0 02 dB 0 07 dB 0 03 dB 0 05 dB 0 003 dB 0 005 dB 70 dB 60 dB 300 mW 15 ms 20 ms 5 1000 0 55 40 70 lt
221. SS SCPI 3488A SCPI 3488A SCPI 3488A 3499A B C 3499A B C RS 232 GPIB IEEE 488 1
222. lt 1 Q 108 36000 5X105 1A 80 DC lt 40 50 gt 10 0 Q 1 lt 40C 80 gt 10 Q lt 40C 50 gt 10 Q 1 lt 40C 80 gt 10 0 lt 40 50 gt 10 Q 1 lt 40C 80 gt 10 Q ACF lt 41 Y bV YERE 4 3 L F0 wyo JERAR 1 lt 7 pF 2 lt 7 pF 2 lt 75 pF 2 lt 45 pF 2 lt 150 pF 2 lt 90 pF 2 0 0 100 kHz lt 0 10 dB 1 MHz lt 0 20 dB 10 MHz lt 1 50 dB 50 0 100 kHz lt 70 dB 2 lt 40 dB 1 1 MHz lt 50 dB 2 lt 25 dB 1 10 MHz lt 30 dB 2
223. 0 TRL TRM TRH 1 TRL TRM TRH START DAC 1 0 ETRIG 1 TRL TRM TRH 3 8 1 24 TRL 24 TRM TRH TAF 0 T
224. 352 AgilentN2327A N2267A 8 N23294 N2269A N2320A N2270A 10 MUX Agilent N2329A N2329A Agilent N2327A 1 14 18 AWG A B EE C AMP 90067 5 2 N2267A 353 Agilent N2320A 1
225. N2272A COM o o2 auxios OOOQ s RF MUX wm O pr FANA MO 0 mw 8 41 RF 279 Agilent N2272A 8 32 N2272A 1 9 BNC 24Vdc 1 24W 500 5 106 1A24Vdc 105 DC V 8 0 Q 0 8 Q 25C 40 1010 10 0 40C 80 10
226. 3 101 OPEN 401 MUX OPEN 101 DIN 401 Open Close Read Write 59 3499A 1 N2260A 2 N2261A 3 N2262A 4 N2263A IO 5 N2260A
227. 7 6 5 4 3 2 1 0 IEN CLN SBT BTIO SMS FASO IEN 6 DONE 0 TEN 0 1 CLN BTIO 0 BTIO 1 SBT 0 1 0 BTIO 1 FABCL FABCM FABCH CLN 0 CLN SBT
228. 81 SCPI BASIC GPIB 7 3499A B C 9 N2260A 1 40 2 MUX 3 4 6 7 10 10 OUTPUT 709 RST 3499A B C 20 OUTPUT 709 CLOS 103 107 110 103 104 105 106 107 110 30 OUTPUT 709 CLOS STAT2 40 ENTER 709 A 1 3499A B C 50 PRINT A SCPI 89 6
229. 3 ShiftLocal 4 al b 5 b 6 15 Menu 7 2 8 DIO 9 DIO 10 View GPIB RS 232 SCPI 3488A 11 Mode MUX 16 DIO 17 12 a 18
230. BNC BNC 7 343 SMB 342 8 94 E SMB SMB SMB SMB Agilent Technologies 34585 44478 050 4 34586 44478 075 4 00 10 N q N 4 P h 00 01COM00 02 03 10 11 COM10 12 13 44478 344 8 96 44478A B BNC RG 223 E BNC Agilent Technolosies 8
231. S List CONEIG ADD TO SCAN DELAY TIME ADD TO SCAN SELECT 101 101 DELAY TIME 00001 000 SECS Step Step 3488A 10 OUTPUT 709 SLIST 100 109 20 FORI 1to 10 30 OUTPUT 709 STEP 40 OUTPUT 709 DELAY 20 20ms 50 Next 1 DMM 3499A B C
232. 33h TRL F 34h TRM F 35h TRH F 2 16 DAC 1 C DA0L DA0H DAC 0 16 DA0L DAC 0 16 DAOH DAC 0 16 FBCS1 C DAC 0 16 DAC 0
233. CH00 CH19 303 CH19 CH18 CHII CH10 1 CHO0 8 60 44470D 44470 Agilent 44480B 1 5 J901 J 901 44470D 3 48 8 61 J901 2 E30 Na c32 ee RS OSS SS SNS SS NN RA A30 J901 44470D mM A2 HOS Lo CHIO L CHIS L cay HO H 5 cts gt H c24 p CMS L noy cig CH L L CH CHE CH1 H CH2 L o gt HOT L oo gt CH2 L c4 gt CHO2 H p125 CH07 H Cao
234. SYSTem STATe DELete SYSTem STATe DELete lt 1 10 gt IALL 1 RST CLOSe 100 209 SAV 5 5 SYST STAT DEL 5 5 SYSTem VERSion 2 SYSTem VERSion2 SCPI SYST VERS Version A 01 00 SCPI 147 TRIGger TRIGger Agilent 3499A B C TRIGger IMMediate SOURce lt gt SOURce TIMer lt gt IMINIMAX TIMer TRIGger IMMediate TRIGger IMMediate ARM SOURce HOLD TRIGger SOURce HOLD
235. 0 CLS DEL10 100 102 CHAN DEL 10 100 102 100 102 10 ROUTe CHANnel DELay ROUTe CHANnel DELay lt gt snnmm s 3499A 1 5 3499B 1 2 3499C 1 9 nn mm lt gt 92 6 1 e DIO
236. 1 28 SCPI SCPI SOURce DIGital MODE 4 1 MODE 1 SOURce DIGitaliCONTrol POLarity 4 1 SOURce DIGital FLAG POLarity 4 0 SOURce DIGital IO POLarity 4 1 I O SOURce DIGital DATA BYTE POLarity 400 18 400 LO 090 094 LO 8 IO 8 16732 IO 090 094
237. 347 3 E DIN D 2 DIN D 355 8 55 N2266A DIN P301 225 P4011 J102 J103 J J100 0000000000 H H 00HO 10H9 0HO 1 H 1 H 1 H 1 0H9 p0H9 lt 60H39 80H9 ZO0H 90H9 T S0H9 7 H afa ala afa afa 5 p 000000000000 SCOM H 1 H ale aja OLHO IH9 Z 1 H9 H9 1 H9 6IH9 BIH9 ZILH9 91H9 SIH9 1 000000000000 lt J104 J105 000000000000 IN09 H 1 1 LOZH LI ZHO ZZH9 L T 8ZH T LZH T 9ZH T SZH97 TINH 1 1
238. 8 7 P702 A B B 1 2 31 s gt 19 BIT16 BIT17 BIT18 3 BITO BIT1 BIT2 20 GND GND GND 4 GND GND GND 21 BIT19 BIT20 BIT21 5 BIT3 BIT4 BITS 22 GND GND GND 6 GND GND GND 23 BIT22 BIT23 GND 7 BIT6 BIT7 GND 24 GND GND GND 8 GND GND GND 25 BIT24 25 26 9 BIT8 BIT9 BIT10 26 GND GND GND 10 GND GND GND 27 BIT27 BIT28 BIT29 11 BIT11 BIT12 BIT13 28 GND GND GND 12 GND GND GND 29 BIT30 BIT31 GND 13 BIT14 BIT15 GND 30 GND GND GND 14 GND GND GND 31 I 0 PCTL PFLG 15 18 z 32 GND GND GND 1 206 8 8 8 16 32 8 8 Ei 2212 0 88 16 8 TEN 0 7 5 00 B5 C5 7 B7 00 01 8 15 9 B9 C9 11 B11 C11 13 SCPI 00 02 16 23 19 19 19 21 21 21 23 23 0
239. DIP 3 0 7 4 8 DIP N2276A7B 8 DIP 5100 1 1 7 6 5 4 3 2 1 0 01 00 01 00 gt 8 44 Agilent N2276A 8 DIP 8 33 1 0 1 0 7 6 5 4 3 2 1 0 00 01 84904 84904 87104 87104 10 84906K L 84906 87106 87106 11 84907 84907K L
240. 3499A B C EI 2 326 44474A CC H Agilent 44475A Agient444753 44475A E 3499A B C E 8 H 8 2
241. 0 lt gt 0 99999 999s Wnter 00002 000 SECS 1 lt gt Wnter COUNT 00003 4 amp TRIG IMM TRIG MIX 1 Enter S List 2 TRIG MIX TRIG TIMER Enter 0 lt gt
242. 7 6 5 4 3 2 1 0 1 1 0 1 1 0 1 1 1 0 128 64 16 8 2 1 219 OUTPUT 709 DWRITE 100 219 2 16 202 2 12 9 5 2 15 14 13 12 11 109 8 7 6 5 4 3 2 1 0 1 1 1 0 1 1 0 1 1 1 0 1 1 0 1 1 60891 32767 2 2 15 14 13 12 11 109 8 7 6 5 4 3 2 1 0 1 1 1 0 1 1 0 1 1 1 0 1 1 0 1 1 0 0 0 1 0 0 1 0 0 1 0 0 1
243. SOURce DIGital DATA BIT e 2260 2 4 1 80 1 1 40 2 2 20 2 1 20 4 500 579 500 539 12 5 3499 1 2 3499B 500 539 1 9 3499C s00 s19 N2260A lt N2260A 40 2 114 SCPI 1 1 N2260A 1 e
244. 0 01dB 0 05SdB 250ms SC APC Agilent N2282A 3499 3 0 SCPT 8 52 Agilent N2282A 295 8 53 Agilent N2282A 1 8 1 CH00 CH07 CH08 1 CHO08 CH00 CHO07 COM 296 8 53 Agilent N2282A Agilent N2282A Agilent N2282A 9 SC APC SC APC N2282A
245. 1 e Enter 1 lt gt Enter 1 e 1 1 e 1 57
246. 30 iN 8 34998 N SWITCH CONTROL SYSTEM CHANNEL A K K K O K K K O O CONFIG ADRS RMT ERROR EXT ONCE AUTO LAST MIN AVG SHIFT mtzs4r 5 1 1 5 1
247. 301 8 38 44470A 44470A 10 8 38 10 250 V DC AC rms 2 A DC ACrms 60 W 500 1400 V lt 3 pV lt 10 lt 300 mA lt 10 VO FIT AT 108 105 43 DC lt 40 60 gt 10 Q 1 lt 40C 95 gt 10 lt 40 gt 10 00 1 lt 40 gt 10 0 lt 40 60 gt 101009 1 lt 40 95 gt 5X1080 AC
248. 1 SOURce DIGital DATA lt BYTEIWORDILWORD gt VALue SOUR DIG DATA BIT 200 1 1 200 1 SCPI 129 SOURce DIGital DATA lt BYTEIWORD LWORD gt VALue SOURce DIGital DATA lt BYTEIWORDILWORD gt VALue lt gt lt gt 8 16732 IO 007 07 s00 090 BYTE 08 15 s01 0 255 10 16 23 s02 00h FF 16X 24 31 s03 215 2151 71 00 15 500 WORD 16 31 602 32768 32767 7 1 8000 7FFF 23 421 1 LWORD 00 31 500 2147483648 2147483647 800000006 7 BYTEIWORDILWORD 3 1 BYTE
249. 1 lt 5 3499A nn 2 N2261A 200 239 92 6 1 156 7 1 2 lt gt 1 lt gt N2261A 1 N2261A 2 2
250. 10 0 10 ROUTe CLOSe ROUTe CLOSe lt gt snn s 3499A 1 5 3499B 1 2 3499C 1 9 nn lt gt 92 6 1 1 5 e e 2 s98 s99 OPEN CLOSe e IO I O E ROUTe IOPEN ROUTe CLOSe
251. 2 DIAG SPOKE 2 2 135 2 8 11100001h DIAG SPEEK 2 2 135 10 SCPI 109 INITiate INITiate INITiate INITiate ARM SOURce TRIGger SOURce IMMediate Agilent 3499A B C SCAN 100 109 210 311 319 1 ARM SOUR IMM ARM TRIG SOUR IMM TRIGGER INIT 110 SCPI
252. 3231 30 29 28 27 262524 23 22 21 20191817 16 15 14131211 10 9 8 7 6 543 2 1 C C B B A A 8 5 P300 C 1 COLO 9 1 17 25 COL4_L 2 COLO_H 10 ROWO 1 18 ROW2 L 26 COL4_H 3 COL1 L 11 ROWO_H 19 ROW2 _H 27 COLS_L 4 COLI_H 12 20 28 COLS_H 5 COL2 L 13 21 29 COL6_L 6 COL2_H 14 ROW1 1 22 ROW3 L 30 COL6_H 7 COL3 1 15 ROW1_H 23 ROW3_H 31 7 1 8 16 24 32 COL7_H 1 A1 A32 B1 B32 201 N2262A Agilent N2292A Agilent N2296A 8 9 N2292A 2 347
253. CLS 1 N2260A 4 N2260A 1 FUNC 1 4 WIRE4 1 4 CLOS 100 119 14 00 19 20 39 2 ROUTe FUNCtion2 lt gt N2260A WIRE1IWIRE2IBIWIRE2IWIRE4 3499A 1 5 3499B 1 2 3499C 1 9 e N2260A 1 2 FUNC 1 2 WIRE2 1 2
254. Enter 156 7 1 O 4 090 4 091 094 44 3488A 1 GPIB 1
255. Step 3 3488A SCPI SCPI1 SCPI 3488A 5 2 SCPI 71 Y
256. Agilent 44473A 2 4X4 H D 1 DC 100 kHz 44473A 4X8 4X12 4X16 4X20 8X8 2 44473A 44470A 10
257. Ext Trig Ouu EXT EXT 1 CC BEI 323 Agilent 44474A 16 IO 34 SCPI 1 Agilent 3499A B C REBV 4 0 3499A7B C
258. TAF 1 T T Ti T 1 28 N us W 24 TRL TRH T Ti gt N2269A DAC 16 251 C 8 27 8 27
259. 4 2 3 5 Mon MON TO 091 094 4 090 IO DIO GP 10
260. SYSMODE 0 SYSMODE SCPI SYSMODE SYSMODE 3499A B C SCPI HP3488A SYSMODE 1 HP3488A SYSMODE HP3488A 3488A 142 SCPI SYSTem SYSTem SYSTem LOCAL REMOTE SYSTem CPON lt
261. 314 316 313 314 92 156 315 347 44472A BNC 318 319 317 318 92 156 347 44473A 322 320 321 92 157 321 347 44474A PCTL IO PFLG 325 324 326 323 324 92 157 325 347 32 444753A 5 7 328 332 327 92 157 2 347 328 329 331 375 44476A E 338 333 335 92 157 44476B 347 E
262. 352 347 36 52 83 N2264A 209 32 49 75 24 44 60 156 CO 175 YO IO 27 46 69 27 46 27 46 69 27 47 70 27 47 70 27 46 27 46 69 27 46 69 TO 26 45 28 47 48 28 47 62 28 47 62 LO 11 168 127 176 37 52 37 52 27 47 70 2 192 81 32 75 14 BUS 31 EXT 31 HOLD 31
263. 4 e CPAIR 1 CLOSE OPEN CRESET CHAN STEP DWRITE DREAD 164 3488A e CPAIR 2 CPAIR 1 2 3 4 2 e DIO Mode 1 2 2 DIO RST 1 OUTPUT 709 CPAIR 1 3 1 3 OUTPUT 709 CLOSE 105 1 105 305 e CPAIR
264. 44474A TIO Channel Closed External Increment 44474A e DELAY mS 0 OUTPUT 709 DELAY 2000 CHAN 101 2 OUTPUT 709 DELAY ENTER 709 A DISP A Digital Binary Write 178 3488A DBW lt gt lt gt lt gt IO 3499A B C DBW DMODE 16
265. 189 Agilent N2260A 40 AgilentN2260A MUX 40 2 2 N2260A SCPI 3488A SCPI N2260A 80 1 40 2 2 20 2 20 4 40 2 3488A N2260A 40 2
266. 8 38 Agilent N2272 RF 1 COM 9 CH00 CHO8 N2272A CHO8 N2272A COM CHO8 1 PCA AUX CHO08 VSWR N2272A 1 T98 8 38 N2272A 4 T99 T
267. E ROUTe OPEN RST FUNC 2 WIRE4 CLOS 200 219 4 OPEN ALL ROUTe CLOSe ROUTe CLOSe lt 1 0 1 N2260A 4 0 ROUTe CLOSe 4 00 19 00 lt 19 gt snn ROUTe CLOSe
268. 14 18 AWG A B 2 E Y 90067 5 2 4 3 2 354 DIN D N22xxA 3 DIN D 1 96 DIN
269. 8 1673 IO N SENSe DIGital DATA BIT lt gt DATA lt BYTEIWORDILWORD gt VALue lt gt DATA lt BYTEIWORDILWORD gt BLOCK lt gt DATA lt BYTEIWORDILWORD gt TRACE lt gt lt gt TRACe DATA lt gt SENSe DIGital DATA BIT SENSe DIGital DATA BIT lt gt IO snn s 3499A 0 5 3499B 0 2 3499C 0 9 nn 0 4 IO DIO 091 094 16 DIO s00 s15 N226
270. CHAN STEP OPEN CLOSE CRESET RECALL e 1 10 OUTPUT 709 SLIST 104 205 300 309 410 0 20 FOR l 1 TO 14 30 OUTPUT 709 STEP 40 1 104 012205 300 301 302 309 410 0 0 410 2 10 OUTPUT 709 SLIST 104 106 10 200 219 0 20 FOR l
271. FUNC 1 WIRE2 2 ROUTe OPEN lt gt ALL ALL snn s 3499A 1 5 3499B 1 2 3499C 1 9 nn 92 6 1 gt FJ SERRIAN a 200 e e IO I O ROUTe OPEN ROUTe CLOSe UO
272. REV 1 0 REV 2 0 REV 3 0 4 0 4 Agilent 3499A B C 1 0 2 0 2 REV 1 072 073 0 1 0 TREV 4 0 2 0 Agilent 3499A B REV 1 072 073 0 RBV 4 0 2 0 Agilent 3499C REV 4 0 2 0 a HDN2 LZ REV 3 0 7 0 EV402
273. ye Agilent N2281A DUAL 1X4 OPTICAL SWITCH COM 0 COM 1 O C o 8 51 Agilent N2281A 293 N22s1A 8 36 8 36 N2281A SM 0 5 dB 0 8 dB SM 50 dB 45 dB SM 0 02 dB 0 07 dB 0 03 dB 0 05 dB 0 003 dB 0 005 dB 70 dB 60 dB 300 mW 20 ms 25 ms 5 s 1000 0 55 C 40 70C lt 80 5 5 Vdc 45mA 5 5 Vdc 70mA 1 0 2dB 21 31 7 3 294
274. External Trigger EI CC DMODE DMODE lt gt 3499A B C DMODE BI DIO Static Mode 1 EICC OUTPUT 715 DMODE 5 1 0 1 EI amp Mode STATIC Mode 1 Digital O WRITE DWRITE lt gt lt gt lt gt lt gt DIO DIO
275. REV 4 0 50 01 50 REV 1 072 073 0 10 01 10 40 01 40 8 REV 1 0 2 0 3 00 REV 4 0 2 REV 4 0 SCPI RBEV 4 0 3488A 63 1 Shift SHIET Recall SHIET
276. SCPI lt gt mm Mon MON 1 SCPIT SYSMODE SCPI SYSMODE 0 GPIB RS 232
277. 0 2dB Agilent 44470A 10 iii Agient44470A MUX 10 2 HD 23250 V 2 A DC AC rms 1 44470A 4 E E 44470A 2 1 BBM 1
278. 2 ROUTe ROUTe CLOSe lt gt CLOSe lt gt SCAN lt gt LIST SIZE ROUTe ROUT CLOS 100 107 201 205 CLOS 100 107 201 205 1 0 7 2 1 5
279. CH19 gt gt CH19 Do H CH18 lt CH18 H CH01 SiS HI i H CHOO i gt gt i 8 70 44471D 44471D 44481B 1 5 J901 J901 44471D 3 48 DIN 8 71 J901 J901 44471D AA A J901 Ap gt AB gt CHO5 Lg aig gt HO Lg A24 gt CH15 Lo c2 CH00 H Cg CHO5 H C18 CH10 H C24 CH15 H CHO1 L 4 A10 CHO6 L E18 gt CH11 L 4 26 CH16 L 4 CHO1 Hy c10 CHO6 E20 CH11 c26 y CHO2 L 4 E10 CH07 L 4 20 CH12 L 4 E26 CH17 L 4 C4 gt CHO2 El2 gt CHO7 Hg C20 gt CH12 28 gt CH17 Hg gt CHO3 12 CHO8 Ao2 gt CH13 A28 gt CH18 Ly Ce gt CHO3 C12 gt CHO8 H lt Cez gt CH13 Hy C28 gt CH18 He gt CH04 A14 gt CHO09 Ly CH14 Ly A30 gt CH19 Ly et
280. View 1 View VIEW E FE yn Ww Di T Mode 68 5 7 5 5 Mode 1 2 WIRE1 N2260A 80 1 CONFIG MUX WIRE2 40 2 20 4 WVIRE4 2 20 2 DUAL WIRE2 1 SCPI N2260A Mode 5 6 Mode 11111 1 2 3 4 5 MODE 1 DIO MODE 2
281. 10 350 Queue overflow 0 No error e CLS CRST SYSTem CPON ERROR View
282. 10 10 7 7 STATUS 0 2 3 3499A B C 3499A 7B C 1 Ready for Instructions y R E y FAIZ 3499A B C 4 STATUS 5 6 RQS 6 STATUS 7 7 0 1 1 2 2
283. 355 Agilent N2298A lt N2298A DIN96 D25 96 DIN e 3231 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 131211 10 9 8 7 6 5 43 2 1 lt Agilent N2299A 356 8 103 N2298A O To j 1 OOOll lt isss t SUB D DIN i ooolls Gi i loooll Sub D 25 2 llooolr s A 3 ooolls 5 Cio o i looolls 6 C14 loooll 7 C18 2 8 C22 9 25 10 C27 1 i joooj 1 c29 K 12 C31 pm 13 i looollg z 14 G i 15 C4 amp 16 c6 i looolls K i 17 C8 1 od 18 1 i 9 19 15 1 i ooolIS 20 c19 u TE C23 1 i 22 c26 1 OOoOIIS 23 C28 i 1 i i amp 24 c30 1 900 E 235 c32 ooolIs ooo91 1 8 103 N2298A 2
284. Enter 1 Reset Scan S List 2 92 6 1 LO 4 090 4 091 094 24 SCPI e 1 1
285. SOUR DIG IO POL 1 1 1 DIO IO SOUR DIG IO POL 1 NEG IO NEG SOURce DIGital DATA lt BYTEIWORDILWORD gt POLarity SOURce DIGital DATA lt BYTEIWORDILWORD gt POLarity lt gt lt 0 1IPOSINEG gt 8 16732 TO 6 2 6 2 BIT 00 31 s00 s31 091 094 BYTE 00 07 s00 090 08 15 501 15 23 802 24 31 503 WORD 00 15 500 16 31 802 LWORD 00 31 500 BYTEIWORDILWORD 3 BYTE SCPI 127 0I1IPOSINEG 0IPOSitive 1INEGative e
286. SRQ MASK 7 8 0 1 1 2 b c 2 4 3 8 16 OUTPUT 709 ERROR OUTPUT 709 A DISP A MASK lt 10 gt SRQ SRQ 7 9 SRQ 10 MASK 3499A B C SRQ 7 9 ZAI EYT
287. 365 Visual C Visual C 6 0 Windows 95 NT PC 1 Agilent 3499AB C SCPI 1 GPIB 09 2 1 3 GPIB VISA PC RS 232
288. CARD PAIR Emnter CARD PAIR E 2 2 FIRST SLOT 1 1 1 Enter FIRST SLOT 1 3 SECOND SLOT 2 SECOND SLOT 5 4 Enter Menun 1 CARD PAIR 5 Men Menu CONEIG TRIG IN TRIG OUT 444743 CC
289. IO Card Reset SYST CPON 8 LO Read SCPI SENSe DIGitaliDATA BIT 406 406 1 16 400 SENSe DIGitaliDATA WORD VALue 400 IO 090 094 LO 8 IO 8 16 32
290. Local Lockount LOCK 1 LOCKOUT LOCK 0 LOCKOUT OUTPUT 709 LOCK 1 3488A 187 3488A SYSMODE SYSMODE CHAN CLOSE 1 CMON CRESET
291. N2263A 96 DIN 206 208 204 205 93 157 207 347 207 N2264A 96 DIN 211 213 209 210 93 157 212 212 347 212 N2265A 96 DIN 218 220 216 217 93 158 219 347 219 N2266A 96 DIN 225 223 227 222 223 93 158 226 N2267A 96 DIN
292. STORE 1 10 TEST 3499A B C VIEW 188 3488A Agilent 3499A B C 3 Agilent 3499A 3499B 3499C 8 E 1 Agilent N2260A 40 190 Agilent N2261A 40
293. Shift SHIFT Store Shift Recall Shift Recal SHIFT Shift SHIFT Shift Menu Mode S List
294. status viOpen INST_ADDR VI_NULL amp vi if status lt VI_SUCCESS printf VISA ERROR viOpen Address s n INST_ADDR viClose drm exit 1 Set 3499A7B C 3488A viPrintf SYSMODE HP3488Am Sleep 4000 7 4 viPrintf RESET n Sleep 4000 100 103 viPrintf vi CLOSE 100 101 102 103 n 100 103 viPrintf vi OPEN 100 101 102 103 2 viPrintf vi SLIST 100 103m for i 0 i lt 8 i viPrintf vi STEP n Sleep 25 25 ms printf Scan End n viClose vi 3499A7B C viClose drm 7 361 Visual BASIC Visual BASIC 6 0 Windows 95 NT PC 33 2 2 2
295. 3488A 373 9 2 0003 Syntax Error Execution Error GPIB 3488A e View ERROR 3488A 51 3488A ERROR 367 A 3499A B C
296. 371 9 1 4 TST 0 Lig PASSED 372 3488A 3488A ERROR 10 9 2 9 2 3488A 1 a 2 b 4 amp 16 ERROR
297. Agilent N2290A Tu y Z Agilent N2296A 194 8 3 N2290A DIN D 347 P401 E 2 DIN D 3553 8 33 4 N2260A DIN 1H 353 193 401 1 20000000000 0000000000 H 1 H 1 H 1 H 1 H 1 1 lt 60H39 80H9 ZO0H 90H9 T S0H9 7 H afa ala afa afa 5
298. 0 4 TO 1 5 Agilent 3499B 3 0 4 TO 1 2 Agilent 3499C 10 0 1 9 Agilent 3499A B C 3499A7B C
299. VIEW 367 A ERROR 65 103 107 1 View VIEW SCAN LIST Enter SCAN LIST 101 2 001 005 103 3 Enter View 1 SCAN LIST 107
300. 50 Q BNC 4 BNC 1 44472A 0 00 03 1 10 13 0 ow o L 1 1 1 o 9 4 1 1 6 LA oi 1 8 74 44472A 3 2 0 1 0 0 1 13 12 1 2 11 10 50 Q 30 ns Y
301. LO Mode 1 Mode 2 CLOSE OPEN I O ULUO 6 1 3 IO DIO DIO e IO 4 4 091 094 1 4 090
302. RS 232 0 E GPHB TNTERFACE GPIB 488 SRO Baud Rate 2400 4800 9600 9600 Parity Data Bit 7bits e Flow Control 7 None None 1 1 13 11 508 XON XOFF E
303. SOURce DIGital DATA BIT SOURce DIGital DATA BIT lt gt lt 0I1 gt LO 0 1 snn s 3499A 0 5 3499B 0 2 3499C 0 9 0 4 IO nn DIO DIO 091 094 lt gt 16 DIO s00 s15 N A 32 DIO 500 531 e DIO 92 6 1 0 DIO 091 094 4 IO 128 SCPI 0 1
304. SOURce DIGital TRACe CATalog SOURce DIGital TRACe CATalog 8 2 2 SOUR DIG TRAC DEF first_block 156 1 156 first_block SOUR DIG TRAC DEF second_block 156 156 second_block SOURE DIG TRAC CAT first_block second_block 2 SOURce DIGital TRACe DATA SOURce DIGital TRACe DATA lt gt lt gt SOURce DIGital TRACe DEFine 12 ASC
305. 4 View View VIEW 1 View VIEW RELAY CYCLES Enter J RELAY CYCLES 400 Rj Tp 2 Y ZOEY N A View 1 400 7383 100 10 10132 109 Agilent N2
306. CH00 H CH09 COMO 0 CH10 H CH19 SE COM 8 20 N2266A 80 1 40 2 2 20 2 T98 T99 SCPI N2266A 1 2 E 2 20 4 4 223 1 HD D SE COM 80 1 40 2 40 1 00 39 40 2 40 1 40 79
307. v lt T i 5V i i PCTLU RD i _ i IOMWR gt i 5V 5V 10K W PFLG EXT INC gt 5 gt m 048 79 44474A 16 O 0 15 0 7 0 7 8 15 0 7 EI Voltmeter Complete CC 1 Voltmeter Complete Agilent TTL 324 8 44 8 44
308. 1 Row Column IO 2 8 5 2 GP a 2 10 16 19 du 3 Row 3 ONSET 3 Column 1 3 6 7 NII 3 0 3 0 3 COL 3 3 LO 2 00 8 00 H255 L254 1 8
309. 2 ROUTe SCAN 2 3 SCAN SIZE MEASure MEAS MEASURE MEASure MEASU MEASUR MEASURE measure MeAsUrE
310. 8 250 Vac 123 Vdc 8 64 A DC 1 1 1 50Q 50Q lt 40C 50 lt 40C 80 lt 40C S0 lt 40C 80 100 kHz 1 MHz 2000 VA 150 W 16000 VA 1200 W 3 uV lt 0 08 Q 5X 107 180 105 20 gt 1090 gt 10 0 gt 1090 gt 10 0 lt 10 lt 10 0 104 0 204 75 dB 55 dB 2 3000 m 1500 Vpk
311. GPIB 4 3488A 43 43 44 paa ot 2LO 3 2 44 A 2 53 53 54 5 EAN KR PO E SRR SE RE EO ES E 5 TO NN ke i Gi DIOE
312. 00000 0000 9 3 3488A 9 3 1 ROM 2 GPIB 3 RS 232 4 TEST 0 PASSED 373 374 224 CLS 36 154 ESE 154 BSE 154 ESR7 154 IDN2 154 OPC 9 154 OPC 154 RCL 36 154 RST 40 154 SAV 36 154 SRE 154 SRE 154 STB 154 TRG
313. 2 3 DIN D 8 7 Agilent N2262A 201 8S 8 N2262A 32 2 4 X8 2 mn m 0 3 n 0 7 8 2 200 31 3 ROW3 1 COL1 COLO COL1 17 H L H L oT ROWO ROW1 4 B 31 3 1 4 r4 ROW3 E 7 2 Rom2 04 48 8 N2262A P300 P300 N2262A 96 DIN 8
314. 2 2 lt 8 2 1 Agilent 3499A B C 17 3499A7B C Agilent 3499A B C 19 o 3499A 3499A S183 7171 T 2 2 Agilent 3499A 3499B 3499B 1
315. 3499A B C Read Write Strobe Mode 4 Read Write Strobe Mode 414 TO PCTL R W and Strobe Mode 3 TO d 40 us tl 2 40ps 20ps 2 20 ns IO WR IO WR 170 3488A PCTL RD H tl tl t2 100 us 20 us
316. 4 091 094 1 4 090 LO 8 16 32 1 8 1 LO 189 8 26 SCPI I O O
317. CONT POL POS FLAG POS POS 2 BHE CONT POL NEG FLAG POL I O POL NEG MODE 4 MODE 5 IO DIO Mode 67 5 7 Mode I 1 2 DATA POLARITY POS POLARITY NEG POLARITY DISP FORMAT DECIMAL BINARY LO Mode MUX 68 IO 090 N2260A
318. INIT 1 1 ARM COUNt 96 SCPI ARM SOURce ARM SOURce BUSIEXTernallIMMediatelTIMerIMIXIHOLD 1 RST ARM SOUR EXT SCAN 200 319 INIT ARM SOUR ARM ARM COUNt ARM COUNt lt gt IMINIMAXIINFinity 1 INITiate 1 99 999 MIN 1 MAX 99 999 INF
319. N2269A E 4 4 GW_IN GR_IN GW_OUT GR_OUT DAC SCPI DAc 2 SCPI SOURce VOLTage SOURce VOLTage lt port gt lt voltage gt DAC 8 lt port gt 1 DAC lt voltage gt 12 000V 12 000V M SOUR VOLT 140 0 120 1 40 120mV CALibration CALibration lt port gt lt voltage0 gt lt voltage10 gt DAC 1 lt port gt DAC lt voltage0 gt 1000 0mV 1000 0mV
320. e 61 5 2 O Mon MON Mon MUX OPEN 101 DIN 255 400 10 a 6ji39 2 00 H255 1254 4 e SCPI DIAGnostic MONitor 103 DIAGnostic MONitor 400 DIAGnostic MONitor 2 101 DIO 400 MUX GP DIO 103 DIO 400 2
321. lt 40C 95 gt 1090 AC 1 lt 10 pF lt 25 pF 0 100 kHz lt 0 20 dB 1 MHz lt 0 25 dB 10 MHz lt 0 50 dB 50 Q 100 kHz lt 73 dB 1 MHz lt 53 dB 10 MHz lt 33 dB 44474A 21 H 3499A 7B C 341 Agilent 44478A B 1 3GHz 4 1 342 Agilent 44478A 44478B 2 4 1 00 01
322. 3499A7B C 3499A B C N2269A 1 N2269A E E 1 N2269A 1 140 142 Mode ENTER 4 ENTER 5 Mode
323. 4 0 0 140 SCPI STATus PRESet e STATus OPERation EVENt2 ROUTe SCAN STAT OPER 1 16 4 1 0 4 0 STATus PRESet 0 STATus PRESet PRESet 5 ESE lt unmask gt ESE 0 1
324. 5063 9216 2 6 5063 9223 2 6 1 Agilent 3499C 19 3499A B C 20 Agilent 3499A 7B C SCPIT 3488A 355 SCPI 3488A 89 6 SCPT
325. DIN 255 401 10 DIN 11111111 401 2 8 2 10 70 1 I O LO 090 094 1 9 IO READ DOU E DIO 8 IO DIN 401 DIN T WRITE READ WRITE DOUT
326. SCPI Standard Commands for Programmable Instruments Agilent 3499A7B C IEBEE 488 2 e SCPI SCPI IEEE 488 2 IEEE 488 2 SCPI 2 488 2 4 5 1
327. 10 AC 3dB 1GHz dB 100MHz 0 5 25 C 40 300MHz 0 8 500MHz 1 0 800MHz 1 8 1GHz 2 5 dB 100MHz 75 25 C 40 300MHz 65 500MHz 65 800MHz 55 1GHz 50 VSWR 100MHz 1 20 25C 40 300MHz 1 30 500MHz 1 35 800MHz 1 35 1GHz 1 55 pF 60 pF 0 006 pF 500 ps 2 5 ns 280 Agilent N2276AIB 1 6 4 Agilent N2276A 206 opt206 1 6 20 GHz N2276A 204 opt204 1 4 1 6 N2276A Agilent N2276B N2276A
328. MIN MAX 1 IEEE 488 2 SCPI RST CONF EXTIOUTPON TRIG SOUR HOLD TRG SCPIm ARM COUN 1 TRIG SOUR EXT Agilent 3499A 0 5 6
329. ROUTe SCAN 4 STAT OPER ENAB 16 7 OPR 4 STATus OPERation ENABle 2 STATus OPERation ENABle LET 0 65 535 10 STATIOPER ENAB lt gt 10 256 8 STAT OPER ENAB STATus OPERation EVENt STATus OPERation EVEN 1
330. START 0 DAC DA1L DA1H DAC 1 16 DAIL DAC 1 16 DA1H DAC 1 DAC 0 FBCS1 1 FBCS1 DAC EE 7 6 5 4 3 2 1 0 FBS1 FBSO FEBMD1 FBMDO TAF START ETRIG gt 0 250 FBS1 DAC 1 FBS1 0 1
331. 20 SPST A 250 V DC AC rms 1 A DC AC rms 60 W DC 125 VA AC 2 GRRT 248 69 Agilent 444710 313 s 70 44471D 20 SPST 44471D 00 19 CH00 CH19 44471D
332. 66 VIEW 162 X 39 379 32 75 32 74 ARM COUNt 97 ARM COUNt9 97 ARM SOURce 96 ARM SOURce 97 ARM TIMer 98 99 14 BUS 30 EXT 31 HOLD 31 IMM 30 MIX 31 TIMER 30 30 7 GPIB EEE 488 39 53 82 156 4 160 Agilent BASIC 365 Visual BASIC 362 Visual 359 58 GPIB IEEE 488 SRQO 39 53 82 39 53 82 6 39 53 82 RS 232 6 39 83 39 39 83 7 39 83 39 83 371 367 51 36 51 65 36 51 65 80 BD 173 3488A ECC 326
333. DIN 2 50 sub D N2297A DIN96 2 x D50 lt lt ee oool lt ees b O ee gt 2 DW eee ees Z eoo K e o oool x eee 8 eee ooolIS U amp 5 oooll8 G lt lt gt 50 ea 94 1 96 DIN eSe v 1 16 A1 A16 gt 17 18 33 1 16 34 41 35 50 C1 C16 es SE O Ti 33 KSA 50 1 L A cos fx cos 2 96 DIN e e x 090 1 16 A17 A32 o 17 18 33 17 32 900 34 es 35 50 C17 C32 es es 8 102 N2297A
334. Hs1 OUT0 OUT15 16 19 DIO 20 21 5 V 22 IN0 IN15 16 0 an d SCPI 3488A 1 SCPI TEk 0 7 C24 B24 C25 B25 C26 B26 C27 8 15 C28 B28 C29 B29 C30 B30 C31 C11 B11 C12 B12 C13 B13 C14 16 23 C15 B15 C16 B16 C17 B17 C18 24 31 D DA0L B2 B3 DAIH DA1L BS B6 DAIH DATA0 DATA1 RT FCCS1 ADDL ADDM ADDH FBCS1 TRL TRM TRH FEACS1 FABCL FABCM FABCH Wn N P ak ak j si N
335. SCPI 151 SOURce MODE lt gt lt gt 1O DIGital MODE lt gt 1UO CONTroliPOLarity lt gt lt gt CONTrol POLarity lt gt FLAG POLarity lt gt lt gt FLAG POLarity lt gt IO POLarity lt gt lt gt IO IO POLarity lt gt IO DATA lt BYTEIWORDILWORD gt POLarity lt gt lt OIIPOSINEG gt DATA lt BYTEIWORDILWORD gt POLarity lt gt IO DATA BIT lt gt lt 0 7 gt LO
336. TO 090 094 IO Card Reset SYSTICPON 8 Write Enter Enter Write SCPI SOURce DIGital DATA BIT 409 1 409 1 SOURce DIGital DATA WORD 400 219 16 400 219 Agile
337. lt gt 3499A 1 5 3499B 1 2 lt gt OIIIPOSitivelNBGative OIPOS 0 DIO 0 4 TO RST OIPOS CLS SOUR DIG FLAG POL 1 1 1 DIO FLAG SOURce DIGital FLAG POLarity 2 SOURce DIGital FLAG POLarity lt gt FLAG POS NEG 3499A 1 5 3499B 1 2 3499C 1 9 SOUR DIG FLAG POL 1 1 1 DIO PFLG SOUR DIG FLAG POL 1 NEG PFLG NEG SOURce DIGital IO POLarity SOURce DIGital IO POLarity lt gt lt gt IO
338. 1 2 Agilent 3499B Agilent 3499A 3499C Agilent 3499B 4 OA gt 5 8 E 499B LT SWITCH CONTROL SYSTEM Reset Stop Card md Store Power View Step 4 write b Local Clear Shift Mode s List 2 D G GO 0 Da a 19 1 5 2 a b bD Shift 5 1 14 S List 2 a b
339. 4 STATus OPERation CONDition 2 STATus OPERation CONDition2 3499A7B C 4 STATus OPERation EVEN1 STATus OPERation ENABle STATus OPERation ENABle lt gt 4 1 STATus OPERation ENABle 7 1 SCPI 139 lt gt 0 65 535 N A
340. 40 2 MUX N2260A 100 139 1 102 102 2 Close Open 1 2 Card Reset Shift Card Reset Open
341. snn mm snn snn mm mm 1 10 lt gt 92 6 1 DIO DIO 3 2 I O Static Mode 1 DIO 4 I O 091 094 e N2260A N2260A 40 2 2 598 s99
342. 0 30 SRQ OFF SRQO SELFTEST SCPI MODE SYSTEM MODE 3488A MODE REVISION INFO SERIAL NO 3499A B C RS 232 3488A 77 78 5 11 SCPI Menu 1 2 3 4 CARD PAIR FIRST SLOT 1 SECOND SLOT CONF EXT TRIG TRIG SLOT 0 3499A7BC DISABLE RPE PWR ON RESET POWER ON SETI nn USER SET UP POWER ON nn SRQ ON GPIB GPIB 488 ADDRESS 09
343. 1 OPEN CARD RESET DIO OPEN DIO 44474A N2263A N2264A N2265A DIO Static Mode 1 Static Mode 2 OPEN e 4 DIO 4 LO 091 094 DIO
344. 152 SCPI IEEE 488 2 Agilent 3499A B C IEEE 488 2 4 5S77PPp Standard 488 2 1987 CLS STATus OPERation EVENt ESE lt gt ESE ESR IDN ID MFG ID OPC OPC RCL lt 1 50 10 gt 1 1 SAV
345. 6 dB 346 BNC SMA 8 53 BNC SMA 8 53 BNC SMA 10 44472A 4 VHFE BNC 10 44478A 50 1 3 GHz 10 44478B 75 1 3 GHz 9 44476A 3 18 GHz SMA 60 4476B 2 HH SMA 8 97 8 100 3 SMA 10 8 54 2 5
346. DIN D 3 DIN D 353 8 53 N2262A DIN P300 35 2 D i P100 J101 J100 0 LIH LCOL7 COL6 COLS COL4 COL3 COL2 COL1 COLO 2 ROW1 4x 8 EN 818 9 N2292A 202 38 6 N2262A Agilent N2262A 4X8 2 8 6
347. 0 20 00 19 1 20 39 4 2 0 1 20 4 4 00 19 2 CH00 CH30 00 2 2 CH01 CH21 01 N2260A 40 2 67 Mode SCPI 6 118 ROUTe FUNCtion P401 P401 N2260A 96 DIN 8 1
348. 1 1 6 IMM TIMER 0 99999 999 1ms 6 3499A B C IMM TIMer 0 99999 999 1ms 1 gt 99999 3499A 7B C
349. 4 A B A 8 99 B 350 C SIEP 1 Remove cover A lease screws top of the cover Pess tab forward and release SIEP 2 Attach wires wire gauge 18 26 AWG B Inset wire into teminal connectors C Tighten screws on the connectors SIEP3 Tighten the wires A Insert the wires into the nearest cable boot move the cable boot to the Cable dot B Tghten the cable boot Cable Boot SIE 4 Replace cover A Hook the top cover tabs onto the fixture Hessdown and tighten screws 8 100 C 351 Agilent N2296A N2260A N2261A N2262A N2263A N2264A N2265A N2269A
350. CONFigure EXTernall TRIGger SOURce CONFigure EXTernal TRIGger SOURce 0 0 3499A B C Trigger In OuD 1 5 44474A EICC 4 4 44474A EICC SCPI 101 CONF EXT SOUR 2 CONF EXT SOUR RST CONF EXT SOUR 2 44474A EICC 2 0 Trigger In Out CONFigure EXTernal TRIGger OUTPut CONFigure EXTernal TRIGger OUTPut lt 0 1IOFFION gt
351. LO 8 BYTE BYTE 16 32 DIO 2 4 8 0 255 00 FF BYTE 0 15 4 DIO 090 WORD WORD 16 732 DIO 1 2 16 32768 32767 8000 7FFFj WORD e LWORD LWORD 32 DIO 32 1 32 2 2 7 1 80000000 7FFFFFFF LWORD 2 WORD LWORD
352. Mode 3 a Handshake 5 Handshake 5 2 HH PCTL YO ready for data F PCTL DO PCTL RD 3499A B C 100 us 20 us 12 E 44474A PFLG gt n 169 valid Pl O ready for data TO data E 16 32 1O FE DWRITE CLOSE 2
353. SCPI 97 MIN 1 MAX 99 999 lt MINIMAXIINFinity gt ne iie INITiate IMMediate ARM COUN 10 10 ARM COUN 10 ARM TIMer ARM TIMer lt gt IMINimumIMAXimum ARM SOURce TIMer 0 99999 999 0 8 MIN 0 99999 999 TRIGger TIMer ARM TIMer TRIGger TIMer ARM TIMer E
354. e STEP 10 OUTPUT 709 SLIST 100 119 CMON 1 20 FOR l 1 TO 20 30 OUTPUT 709 STEP 40 NEXT CHAN lt gt STEP CHAN e CHAN 3499A B C CHAN CHAN 0 e CHAN 3499A 7B C CHAN CHAN STEP CHAN OUTPUT 709 CHAN
355. e PASSED 373 9 3 Menu SELFTEST 3488A TEST 13 e ADRS RMT ERROR Local
356. 1 CPAIR 2 CTYPE ID DBR TO DBW 2 DO DELAY DISP DMODE DIO DOFF DON DREAD IO DWRITE UO EHALT ERROR ID ID LOCK
357. 1 1 DIAGnostic DIAGnostic 3499A B C DIAGnosic 3488A DIAGnostic DISPlay INFOrmation lt gt DISPlay STATe 0 1 OFFION DISPlay STATe MONitor lt gt lt gt 1 MONitor RELay CYCLes lt gt RELay CYCLes MAX lt gt RELay CYCLes CLEAR lt gt lt gt lt gt SPOKE lt gt lt gt lt
358. 11 1 N2269A 1 140 2 DAC 0 DMM 3 Write 0 0000V ENTER 4 Mode ENTER 5 ENTER 6 Mode 7 Write 10 0000V ENTER 8 Mode ENTER 9 ENTER 10 Mode 11 142
359. SELFTEST PASSED Menu CONEIG SELFTEST Enter 371 9 1 PASSED 3 Enter Menu 1 SELFTEST 4 Menu Menu 1 Menu CONEIG SYSTEM MODE CONEIG REV 3 0 SCPI 3488A SCPT
360. START 0 77 77 7 7 7777777 7777777 777777777777 777777777777777777777 7777777 77777777777777777777 viPrintf vi sour dig data byte 270 hf0 n DAC 0 35 V DC viPrintf vi sour voltage 240 5 n 7DAC 1 5 V DC 77 7 7 777777777777777777777777 77777777777777777777777777777777777 viPrintf vi sour voltage 242 5 n ViClose V1 viClose defaultRM 259 260 4 2k 77 7 7 7 7777777 7777777 777 77777777777777777777777777777777777777 77777777777 7777777777777777777777777777777777 2k 77 7777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777 include lt visa h gt include lt stdio h gt include lt string h gt void main ViSession vi defaultRM ViStatus err_status unsigned short int out 2048 m 2048 short int i j len k char OutBuf 3000 tmpStr 2048 buf 4096 long rtnLen short int pInt viOpenDefaultRM amp defaultRM ViOpen defaultRM GPIB0 9 INSTR VI_NULL VI_NULL vi 77 77 7 777777777 77777777 777 777777777
361. viPrintf vi ARM SOURCE TIMERwm TIMER viPrintf ARM TIMER 1m 2 1 viPrintf vi ARM COUNT 2 n 2 viPrintf TRIG SOURCE IMM n viPrintf vi CHAN DELAY 0 100 103 n viPrintf vi INIT n VISA 10 7 viSetAttribute vi VI ATTR_TMO_VALUE 10000 OPC status viQueryf retStr printf Scan End n ViClose vi ViClose drm 360 7 IMM 0 7 3499A7B C 2 Agilent 3499A B C 3488A 3 1 GPIB
362. 30 V DC AC 0 5 A DC AC 1A DC AC 10 W 20 W 50 Q 5 106 3X10 107 3 uV lt 1 Q 20 gt 109 Q gt 10 Q gt 1010 Q gt 10 Q gt 10 Q gt 10 Q 3 5 GHz 0 9 dB 1 2 dB 1 4 dB 1 7 dB 64 dB 50 dB 1 20 1 35 1 35 20 pF 0 06 pF lt 150 ps lt 1 5 ns 237 238 s H 3499A B C Agilent N2269A AgientN2269A 16 1 16 1 16 DAC 2 16 16 1 16 8 2 16 1 Agilent N2269A 265KXx16
363. 3499A 7B C status viOpen drm INST_ADDR 0 0 vi If status lt SUCCESS Then GoTo VisaErrorHandler USING_RS232 1 RS 232 Call viSetAttribute vi VI_ATTR_ASRL_BAUD 9600 Call viSetAttribute vi VI_ATTR_ASRL_DATA_BITS 8 Call viSetAttribute vi VI_ATTR_ASRL_STOP_BITS VI_ASRL_STOP_ONE Call viSetAttribute vi VI_ATTR_ASRL FLOW_CNTRL VI_ASRL_FLOW_NONE Call viSetAttribute vi VI_ ATTR_ASRL_PARITY VI_ASRL_PAR_NONE End If 3499A 7B C SCPI Call SYSMODE SCPI Chr 10 0 Sleep 4000 4 Call viVPrintf vi Chr 10 0 Call Sleep 4000 362 100 103 CLOSE 100 103 Chr 10 0 100 103 Call viVPrintf vi OPEN 100 103 Chr 10 0 100 103 2 2 1 1
364. 4 42VDC AC 1ADC ACrms 24 W 24 VA 44 dBm DC 1 44478A 44478 lt 40 95 25 40 AC ZL Zs 50 0 750 lt 40C 95 25C 409 1 10 MHz 100 MHz 500 MHz 1 3 GHz 1 10 MHz 100 MHz 500 MHz 1 3 GHz IA 1 10 MHz 100 MHz 500 MHz 1 3 GHz IA 1 10 MHz 100 MHz 500 MHz 1 3 GHz IA 1
365. 44476B 2 26GHz 500 501 1 2 5 1 2 1 2 9 44477A 7 C 500 501 502 503 504 505 506 1 2 97 1 2 1 2 9 44478A 0 500 501 s02 s03 125 12 12 9 50 1 3GHz MUX 1 s70 s77 s72 s73 77 44478B 0 500 501 s02 s03 125 12 12 9 75W 1 3GHz MUX 1 510 sll s12 513 500 501 538 539 125 12 179 Trans Pe 00 501 s02 s03 s37 538 539 125 12 129 0 1 2 3 0 1 2 3 6 7 N2262A 800 501 502 507 510 sll 512 s17 07 12 1 2 9 s20 521 522 527 530 s31 32 537 500 501 502 530 831 N2263A 8 500 501 s02 503 125 12 12 9 32 LO 16 504 505 tl 32 506 12 GP 500 501 502 510 sll N2264A 3 GP 520 s21 522 GP A a 16 U O 125 12 12 9 3 GP 16
366. 8 0 1 6 2 8 1 2 6 PCTL 2 4 PFLG 3 8 TO 4 16 3 8 5 32 4 8 6 64 6 172 3488A Lo 16732 SV 0V GSV 0V PCTL PFLG YO
367. CONFigure EXTernal TRIGgerl SOURce lt gt SOURce OUTputl lt 0 1IOFFION gt OUTputl CONFigure EXTernal TRIGger SOURce CONFigure EXTernal TRIGger SOURce lt gt 2 lt gt 0 5 0 lt gt 0 5 0 3499A7B C Trigger In Out 1 5 44474A BEI CO 44474A Mode 5 44474A lt gt 0 TTL RST lt gt 0 CLS CONF EXT SOUR 2 1 2 44474A ECC
368. DIAGnostic RELay CYCLes CLEar DIAGnostic RELay CYCLes CLEar lt gt snn s 3499A 1 5 3499B 1 2 3499C 1 9 nn e DIAG CYCL CLE snn DIAG CYCL CLE snn snn DIAG CYCL CLE snn snn DIAG CYCL CLE snn snn snn snn e
369. SYSMODE SYSTem CPON lt 0 1121314 5IALL gt lt 112131415 gt BRRor LOCal REMote RWLock STATe DELete lt 7 70 gt I47 1 VERSion TRIGger IMMediate SOURce lt BUSIEXTernallIMMediatelTIMer MIXIHOLD gt SOURce TIMer lt gt IMINimumlIMAXimum TIMer lt gt C
370. 2 0 3499A B C REV 4 0 10 SCPr 3S0 1 TRX 10 3488A 3488A 40 40 0 gt 99999 999 lms DIN IEEE 488 GBT TRG Step 3 Trigger IMM 0 99999 999 lms gt FERRIE TRIGgeriIMM 0 99999 999 1ms DIN IEEE 488 GET TRG St M
371. 250 V 2 A DC AC rms 44470D 2 ET 1 BBM 1 Em FEF 304 8 59 Agilent 44470D 8 60 44470D 20 2 44470D 00 19 44470D
372. FCRS1 0 FCRS0 1 DAC ENMA 1 FCBKC 0 77 77 7 7777777777 77777777 777 77777777777777777777777777777 7777777 7777777777777777777777777777777777777777777777 viPrintf vi sour dig data byte 254 h60 n I ADDL ADDM ADDH Ox000000 viPrintf vi sour dig data byte 255 h00 n viPrintf vi sour dig data byte 256 h00 n viPrintf vi sour dig data byte 257 00 0 0 1 lt 1 1 1 1024 77 77 7 7 777 777 7777 777777777777777777777 777777 77777777777777777777777777777777777 7DAC0 77 77 7 77777777777777777 777 7777777 7777777777777777777777777777 7777777777777777777777 sprintf OutBuf sour dig data word block 240 42048 len strlen OutBuf memcpy void amp OutBuf len void amp out j 2048 OutBuf len 2048 err_status viWrite OutBuf 1 2049 amp if err_status lt VI_SUCCESS printf ERROR dm err_status 77 777 777777777 7777777 7777 777777777777777777 7 7777777 77777777 77777777777777777777777777777777777777 ADDL ADDM ADDH
373. Invalid string data ASCI DIAG DISP 7ES7MG String data allowed Invalid block data Block data not allowed SCPI Expression data allowed
374. TTL 3488A 173 0 3499A 7B C 0 CC 7 2 EI CC 3499A BC EI GPIB Triseer STEP 3499A B C EI EI trigger too fast tl EI External Increment t2 EI 1 DIO 2 DIO
375. 1 1 2 2 1 2 1310 1550nm lt 0 8dB 0 003dB 0 005dB e 20ms 5 s SC APC 8 46 Agilent N2280A 287 8 47 N2280A 4 1 2 1 COMx Chx0 Chx1 2 x 4 0O Cho0 Ch10 ChO0 1 a Ch1 1 COM2 COM3 Ch21 Ch3 1
376. BYTE 090 s00 s01 s02 s03 WORD 50 502 LWORD 500 lt gt 12 lt gt SOUR DIG TRAC DEF 12 e LO 090 SCPI 137 SOUR DIG TRAC DEF SOUR DIG DATA TRACE SOUR DIG TRAC DEF buffer_block 10 SENS DIG DATA TRACE 100 buffer_block SENSe DIGital TRACe DATA 10 Duffer_block IBYTE 100 buffer_ blocky SENSe DIGital TRACe DATA lt gt SENSe DIGital DATA lt BYTEIWORDILWORD gt TRACE
377. CONFIG SCAN 00001 CE ARM MIX TRIG MIX ARM HOLD TRIG HOLD 72 5 8 SCPI S List 1 2 3 4 SET ALL nnnnn nnn SECS DELAY TIME SET CH SELECT nnn nnnnn nnn SECS 5 9 3488A S List 1 2 ADD TO SCAN SELECT nnn DIO BERA nnnnn nnn SECS A 1 SCPI 3488A 2 3488A 1 SCPI
378. GPIB 371 9 1 15 SCPI GPIB 9 3499 0 SCPI 9 GPIB 0 1 3499A B C 2 3499A B C 3 3499A B C 3499A B C 3499A B C 16 Agilent 3499AB C
379. 1 lt pF lt 27 pF lt 80 pF 50 100 kHz lt 0 20 dB 1 MHz lt 0 25 dB 10 MHz lt 0 50 dB 50 100 kHz lt 73 dB 1 MHz lt 53 dB 10 MHz lt 33 dB 1 44474A 2 3499A7B C 302 Agilent 44470D 20 Agicnt44470D um p m 1 4 E E E 20 2 HD D
380. 3 Static Mode 1 2 3 lt 4 DIO 44474A DIO lt g gt 0 3 EI 1 EXT TRIG IN amp OUT 090 168 3488A Static Mode 1 Static Mode 1 3499A B C LO
381. 35 us i PFLG FEET 3499A B C PCTL DMODE 16 32 DIO DMODE 10 7 4 7 4 PCTL 0 PFLG YO
382. 50 01 50 RBV 1 0 2 0 3 0 3499A B 10 01 10 REV 4 0 Shift Recall 3488A L pi Enter Recall g
383. LO 091 094 Mode 1 Mode 2 IO Card Reset SYST CPON e 8 Write Enter Enter Write 3488A OUTPUT 709 DWRITE 400 219 116 404 219 OUTPUT 709 CLOSE 401 407 411 401
384. SOURce DIGital DATA BIT 2 s98 s99 OPEN CLOSe SCPI 119 e N2260A 4 1 80 1 5007 5879 1 5 3499A 1 2 3499B 1 40 2 500 539 1 5 3499A 1 2 3499B 2 20 2 500 539 1 5 3499A 1 2 3499B 1 20 4 s00 s19 1 5 3499A 1 2 3499B OPEN snn OPEN snn snn OPEN snn snn
385. 090 0 0 091 094 3499A B C zz s 3499A 0 5 3499B 0 2 zz 0 1 5 3499A 1 2 3499B 7 1 7 1 Agilent 3499AIBI C 8 nn s gt snn s 3499AB 3499C
386. 3 3499C 1 9 lt gt 4 1 5 3499A 1 2 3499B lt gt 1 9 3499C k e CPAir 2 GP LO Al bJ e N2260A 2 N2260A 2 1 N2260A w 116 SCPI 1
387. 3499A B C define USING_RS232 0 define USING_RS232 1 RS 232 BAUD RATE 9600 PARITY NONE 8 BITS FLOW FLOW NONE PC GPIB include lt stdio h gt include lt windows h gt include visa h define USING_RS232 0 RS 232 0 1 if USING_RS232 define INST_ADDR ASRL1 INSTR 3499A B C RS 232 else define INST_ADDR GPIBO 9 INSTR 3499A B C GPIB endif void ViSession drm ViSession vi ViStatus status VISA char retStr 128 status viOpenDefaultRM amp 359 if statuns lt VI_SUCCESS printf VISA ERROR viOpenDefaultRMOwm exit 1 3499A7B C
388. ann ROUT CLOSE 156 Scan list is empty Scan initiated Scan init ignored Trig ignored Hardware trigger too fast Too many channels N2282A execution error N2282A Unable to execute this command in local mode RS232 data receiving error RS232 Internal command error RS232 only unable to execute on GPIB RS232 GPIB RS 232 3 SYSTem LOCal SYSTem REMote SYSTem RWLock Esa 9 1 SCPI 9 1 1 ROM 2 GPIB 3 RS 232
389. nllan 196 Agilent N2262A 4X8 2 nananana 200 Agilent N2263A 32 IO 204 Agilent N2264A 000 00 000 209 Agilent N2265A aisar ut 216 Agilent N2266A 40 222 228 Agilent N2267A 8 GP Agilent N2268A 500 3 5SGHz 1 4 Agilent N2269A Agilent N2270A 10 Agilent N2272A 1GHz RF 1 234 239 272 Ss 276 Agilent N2276A B 1 6 4 AR sD 281 Agilent N2280A 4 1 2
390. status ViOpen INST_ADDR VI_NULL amp vi if status lt VI_SUCCESS printf VISA ERROR viOpen Address sm INST_ADDR viClose drm exit 1 if USING_RS232 3499A 7B C RS 232 BAUD RATE 9600 PARITY NONE 8 BITS FLOW FLOW viSetAttribute vi VI_ATTR_ASRL_BAUD 9600 viSetAttribute vi VI ATTR_ASRL DATA BITS 8 viSetAttribute ATTR_ASRL FLOW_CNTRL VI_ASRL_FLOW_NONE ViSetAttribute VI ATTR_ASRL PARITY ASRL endif 3499A7B C SCPI 7 viPrintf SYSMODE SCPI n Sleep 4000 4 viPrintf RST n Sleep 4000 100 103 viPrintf vi CLOSE 100 103 n 100 103 viPrintf OPEN 100 103 m 100 103 2 2 1 1 viPrintf vi SCAN 100 103 n 7
391. 1 SCPI 105 N2260A s98 s99 lt gt H DIAG CYCL snn DIAG CYCL snn snn DIAG CYCL snn snn DIAG CYCL snn snn snn snn 1 1 DIAG CYCL 200 92 6 1
392. 10 10 123 123E2 123 1 23E2 123 1 23E 2 1 23000E 01 MINimum MAXimum DEFault 1 ON OFF 1 0 TRIGger SOURce lt gt BUS EXT HOLD IMM 90 SCPI ARM COUNt lt MIN ARM COUNt
393. 80 156 347 347 7 44470A 299 44470D 303 44471A 307 44471D 313 44472A 317 44473A 320 44474A 323 444753A 327 PD 44476A B 333 44477A 339 44478A B 342 N2260A 190 N2261A 196 N2262A 200 N2263A 204 N2264A 209 N2265A 216 N2266A 222 N2267A 228 N2268A 234 N2269A 239 N2270A 272 N2272A 276 N2276A 7B 281 N2280A 287 N2281A 291 N2282A 295 DIO R W 3 8 169 1 169 2 169 5 171
394. 849047677L 006 SMA N2276A7B 1 5m N2276B 1 5m N2276A B PCA 1 5m N2276 61003 ye Agilent a O O O O O AUX Port O 02 2 4 7 01 02 11 12 01 05 1 15 00 03 10 13 O MICROWAVE SWITCH 8 45 N2276A B 285 Agilent N2276A 8 34 N2276B
395. 0 A 16 FAOP1 A 1 8 FAOP0 16 FAOP0 FAIP0 A 0 8 FAIP1 16 FAIP1 A 1 8 FAIP0 16 FACS1 A 1 FACS1 246 FACS1
396. 104mm eoooooooooeoSoooooooooooooooooooooooo eoooo So o o o o o o o o oooo eoooo eoooo eooooeoooooeooSoooooooooopoooooooooooooooo ooooooeoooooeooooooooooooooooooe ooooooooooooooooooo poooo OooGQGoooSpQGooQoooooooooQooooQG6 6 o 7 4 7 4mm 175mm 79mm 188mm _ B 1 17 mm 046 12 7 m 3 2 mm 125 8 84 44475A 331 8 48 44475A 104mmX74mm 79mmX74mm 2 54mm X 2 54 mm 1 17mm 12 7mm 3 2mm 42 V DC 30
397. 310 8 66 RC 120 V 170 V 2 A 1 Rp 170 2 85 Rp 400 Q 85 400 Q 1 W 353 V 3 lo V R1 170 400 0 425 4 C gt 1 353 0 425 353 7 0 144 uF 309 paj 5 Rp 85 Q 400 9 Rp 220 Cp 0 15 uF
398. 4 2 3 4 5 6 OPC 7 EV OPC WAI STB SPOLL MAV ESB RQS OPR EV EN SRQ SRE lt gt SRE 9 lt 1 gt 1 lt 2 gt 2 lt 4 gt 5 lt 8 gt oR MAV 4 lt 16 gt ESB 5 lt 32 gt 805 6 h OPR 7 lt 128 gt EN SRQ GPIB STATus OPERation CONDition STATus OPERoation EVENt
399. 5V 1 1 555 1 18 17 N2265A ROW0 217 P600 Pe00 N2265A 96 DIN 8 15 N2265A Agilent N2295A Agilent N2296A 219 8 18 N2295A 2 347 DIN D 2 DIN D 353 8 33 N2265A DIN P600 35 5 32 31 30 29 28 27 262524 232221 20 19 18 17 16 15 14131211 10
400. 8 54 E 44480A 44470A 44481A 44471A 1 gt aja gt 44483A 44473A 348 8 97 349 8 98 44484A 44474A 44485A 44475A 44487A 44477A B 44480B 44470D 350 8 99 44481B 44471D N2290A N2260A N2291A N2261A N2292A N2262A 351 8 100 N2293A N2263A N2294A N2264A
401. TTL MUX GP 1 Agilent N2265A 4X4 16 DO Agilent 3499A B C 1 5 11 1 5 200V 1A 12
402. USER SET UP Menu 1 GPIB USER SET UP POWER ON 05 3 Men Menu CONEIG RECALL FAILED GPIB RS 232 1 GPIB 9
403. 1 B DAC DA0 0 DA1 1 ECBKC 1 2 0 1 253 254 ADDL ADDM ADDH 3 8 24 1 ADDL
404. 10 0 15 10 141 6 2 3499A B C gt STAT OPER ENABle lt gt 16 4 4 10 16 10 EVENt CONDition 3499A B C 4 STAT OPER COND 4 STAT OPER EVEN
405. 2 32768 lt gt 12 lt gt lt gt CLS SOUR DIG TRAC DEF first_block 20 120 first_block SOURce DIGital TRACe DEFine SOURce DIGital TRACe DEFine2 lt gt 0 32768 10 SOUR DIG TRAC DEF first_block 20 120 SOUR DIG TRAC DEF first_block block r 20 20 132 SCPI
406. 340 4 192 A ABORt 95 376 C CALibration 100 CC EI 34 50 173 CHAN 167 CLOSE 114 161 CMON 165 102 CONE BXT TRIG OUTPut7 102 CONEF BXT TRIG SOURce 101 CONEF EXT TRIG SOURce 101 CPAIR 164 CRESET 164 CTYPEB 163 D DBR 179 DBW 178 DELAY 112 178 DIAG DISP INFO 103 DIAG DISP STATe 104 DIAG DISP STATe 104 DIAG MONitor 104 DIAG MONitor 105 DIAG RELay CYCLes CLBar 107 106 DIAGnostic SPEEK 107 DIAGnostic SPOKE 109 DIN D 355 DIN96 2XDS0 355 DIN96 4XD25 356 DIN96 D25 356 DISP 187 DMODE CC 175 EI 173 172 168 DOFF 187 DON 187 DREAD 177 DTR DSR 40 DWRITE 175 E EHALT 186 ELCC 34 50 173 EICC 80 ERROR 184 FIFO 36 G GPIB IEEE 488 SRO 39 53 82 39 53 82
407. 4X4 2 16 16 LO 1 2 2 DIN D E m didi i er HEFLIELIEI era i 1 Eiki E nimi imi Ei Fit GRA 1 ci i EEE y TI j 5 Pf R OT 018 16 N2265A 1 8 2 216 8 17 N2265A
408. N2261A L H CH39 p CH39 e e L EESE x CH20 ya H CH19 lt CH19 5 y H CHOO x CHO0 8 5 N2261A P401 PE401 N2261A 96 DIN 8 3 32 31 30 29 28 27 262524 23 22 21 20 19 18 17 16 15 14131211 10 9 8 7 6 5 4 3 2 1 8 3 P401 A B C A B C 1 1 CH2 L 17 CH20 L CH21 L CH22 L CHI_H CH2_H 18 CH20_H CH21_H CH22 CH3 L CH4 L CHS L 19 CH23 L CH24 L 25 L CH3_H CH4_H 5 20 CH23_H CH24 25 CH6 1 CH7 1 CH8 L 21 CH26 L CH27 1 CH28 L CH6_H CH7_H CH8 H 22 26 27 28 CH9 L i 23 CH29 L CH9_H 24 CH29_H 2 197 8 3 P401 B C B C 9 CH10 L 12 L 25 CH30 1 CH31 L CH32 L 10 CH10_H CH11_H CH12 26 CH30_H 2 11 CH13 CH14 L CH15 27 CH33 1 CH34_L CH35_L 12 CH13_H CH14_H CH15_H 2
409. SCPI 2 GPIB RS 232 SCPI 3488A Agilent 3499A7B C Agilent 3499A B C 3488A RS 232 Menu 1 2 2 1 Menu CONEIG
410. 2 Enter 05 Recall View 10 200 View 6 5 5 4 View View SCPI View 1 3488A 373 9 2 64 5 4 View 1 ERROR SCAN LIST
411. 3499A7B C 709 3488A 10 CLEAR 7 158 3488A 3499A B C DMM 20 OUTPUT 709 CPAIR 1 2 1 2 30 OUTPUT 709 SLIST 100 119 40 OUTPUT 723 4 4 1 3478A 4 H4 T4 50 FORI 1 TO 20 50 90 A 60 OUTPUT 709 STEP 70 TRIGGER 723 80 ENTER 723 90 NEXTI 100 110 120 130 END 3488A 159 44470D In Slot 1 CH19 gt FAR is t lt Si D CH19 44470D In Slot 2 _ E oO 6 CH18 gt o Lo p o CH18 H am eee eee Ei CH11 CH10
412. CLKS1 1 CLKS0 0 2 5 MHz FCBKC 0 77 77 7 7 7777 7777777777 777777777777 77777777777777777777 77777777 7777 77777777777777777777777777777 77777 77777777777 viPrintf vi sour dig data byte 254 h28 n 77 7 7777 7777777 7777777 777777777777 77777777777777777777 7777777 777 7777777777777777 ADDL ADDM ADDH 0x000000 77 77 7 77777777777777777777777777777777777777 777777777777777777777777777777777777777777 viPrintf vi sour dig data byte 255 h00 n viPrintf vi sour dig data byte 256 h00 n viPrintf vi sour dig data byte 257 h00 n 77 7 7777777777 777777777 7777 7 77777777777777777777777777777777777777777 FACS1 CLN 0 77 77 7 777777 777777777 7777 7 77777777777777777777777777 77777777 77777 viPrintf vi sour dig data byte 274 h3e n 77 777777777777777777777777777777777777777777777777777777777777777777 FACS1 SBT 0 4 2 77 7 7 7777777 777777777 777 7777777 777777777777777777777777777777 viPrintf vi sour dig data byte 474 h0e n 77 7 7 7 7777777 77 77777 77777777777777777777777777
413. Const USING_RS232 0 Const USING_RS232 1 RS 232 BAUD 9600 PARITY NONE 8 BITS FLOW FLOW NONE PC GPIB Const USING_RS232 0 RS 232 0 1 Declare Sub Sleep Lib Kernel32 ByVal Long Sleep Sub main Dim drm As Long Dim vi As Long Dim status As Long VISA Dim retStr As String 128 Dim str As String On Error GoTo ErrorHandler drm 1 status viOpenDefaultRM drm If status lt VI SUCCESS Then GoTo VisaErrorHandler 3499A B C USING_RS232 0 GPIB USING_RS232 1 RS 232 If USING_RS232 Then INST_ADDR ASRLI INSTR Else INST_ADDR GPIB0 9 INSTR Endif
414. DIO IO 1 44474A DIO HEF E EI Bxternal Increment CC Channel Closed 3499A 0 5 3499B 0 2 0 4 TO DIO 7 3 7 3 Static 1 1 Static 2 2 R W Srobe 3 Read Write Strobe 4 Handshake EI CC 5 TO 00 04 06 Mode 3 47 5 EX
415. DISPlay STATe MONitor lt gt I lt gt lt gt 7 MONitor RELay CYCLes lt gt RELay CYCLes MAX lt gt RELay CYCLes CLEar lt gt SPEEK lt gt lt gt lt gt 8 SPOKE lt gt lt gt lt gt lt gt 8 INITiate ROUTe CHANnel DELay lt gt lt gt I47 CHANnel DELay lt gt CLOSe lt
416. gt CLOSe lt gt CLOSe STATe CPAir lt 7 gt lt 2 gt 7 CPAir FUNCtion lt gt lt 11213141 1 21 2 4 gt FUNCtion lt gt OPEN lt gt I47 OPEN lt gt SCAN LIST lt gt SCAN LIST SCAN CLEar SCAN SIZB 1 2 N2260A N2260A 1
417. gt CTYPE lt gt CRESET lt gt lt gt SLIST lt gt lt gt lt gt STEP CHAN lt gt CMON lt gt DELAY lt mS gt CLOSE CLOSE lt gt lt gt lt gt TO DIO 1 IO CLOSE snnm s 3499A 0 5 3499B 0 2 nn 0 1 5 3499A
418. 154 TST 37 154 WAI 154 1 191 2 192 3488A 160 361 363 366 188 181 168 161 3488A 43 84 3499A 18 3499B 18 3499C 19 44470A 300 302 299 300 92 156 301 347 44470D 304 306 303 303 92 156 305 347 44471A RC 308 312 307 307 92 156 311 347 44471D
419. 192 E 154 89 IDMODE 172 34 50 80 6 14 f TO 28 47 62 27 46 6 14 94 158 28 47 62 41 54 223 57 44470D 304 44471D 314 44474A 324 N2260A 193 N2261A 197 N2262A 201 N2263A 206 N2264A 211 N2265A 218 N2266A 225 N2267A 231 N2269A 267 IEEE 488 2 89 SCPI 89 89 160 3488A 188 IEEE 488 2 154 SCPI 152 Agilent BASIC
420. 288 94 158 289 N2281A 378 294 291 292 94 158 293 N2282A 298 295 296 94 297 N2290A 194 226 N2291A 198 N2292A 202 N2293A 207 N2294A 212 N2295A 219 N2297A DIN D 355 N2298A DIN D 356 N2299A DIN D 356 N2329A 270 O OLAP 186 OPEN 119 162 R R W 3 169 RECALL 184 RBSET 182 ROUTe CHAN DELay 112 ROUTe CHAN DELay 113 ROUTe CLOSe 114 ROUTe CLOSe STATe 116 ROUTe CLOSe 115 ROUTe CPAir 116 ROUTe CPAir 117 ROUTe FUNCtion 118 ROUTe FUNCtion 119 ROUTe OPEN 119 ROUTe OPEN 120 ROUTe SCAN LIST 121 ROUTe SCAN LIST 122
421. 5 1 5 DIO 3499A 1 5 3499B 1 2 3499C 1 9 SOUR DIG MODE 1 3 DIO DIO SOUR DIG MODE 1 IDIO 3 1 DIO Mode 43 SOURce DIGital CONTrol POLarity SOURce DIGital CONTrol POLarity lt gt lt gt PCTL LO lt gt 3499A 1 5 3499B 1 2 N A lt gt OIIIPOSitiveINEGative OIPOS 0 DIO 0 4 IO RST
422. CHO1 CH21 01 SCPI Agilent 3499A 7B C SCPI Standard Commands for Programmable Instrumentsy 94 SCPI ABORt ABORt CLEAR 7 CRST
423. DA1L DA1H START 0 DAIL DA1H FBSI1 1 FBSO0 DAC 0 0 0 1 DA0L DAOH START 0 DA0L DAOH FBSO0 1 1H FBMD1 EBMD0 2 2 FBMD1 FBMDO AC Ex_TRIG 0 1 AC 1 0 AC 1 1 DC DC TAF
424. Trig Out 45 2 SCPI 1 S List SCPI S List SList 3488A 72 5 8 5 9 5 8 SCPI S List 1 2 3 4 ADD TO SCAN SELECT nnn DIO TIMER TRIG TIMER ARM IMM TRIG IMM ARM BUS TRIG BUS
425. 112 113 114 115 116 201 202 203 204 205 206 207 208 300 501 502 503 Not able to perform requested operation 3 BIWIRE2 3 N2260A Block namenotexist 3499A B C 2 2 Block name already exist Two Blocks already exist 2 2 Channel number out of range snn s
426. 3488A 8 8 207 5 3 PCTL O PFLG 2 3 E 7 168 205 P702 P702 N2263A 96 8 7 JDIN 206 32 31 302928 27 262524 232221 20191817 1615 14131211 10 9 8 7 6 5 4 3 2 1 C B B A
427. 7 MUX MUX E 1 DUT 1 1 E 1 5 1X4 MUX gt O lt 1 lt 2 3 lt 4 RTD 1 2 14 E
428. GPIB EHALT EHALT 0 GPIB GPIB GPTB 3499A B C GPIB CLEAR EHALT 0 OUTPUT 709 EHALT 1 186 3488A DISPlay DISP lt ASCII gt 13 O 3499A B C lt ASCII gt 13 3499A B C 3499AB C 0 9 2 A Z
429. P102 8 28 P102 N2269A 96 HDIN 32 31 30 29 28 27 262524 23 22 21 20 19 18 17 16 15 14131211 10 9 8 7 6 5 43 2 1 C B B A 8 28 P102 A B C A B C 1 21 2 2 17 IN 13 IN 12 2 2 2 2 18 IN 15 IN 14 3 ACOM2 A0_OUTHI ACOM2 19 6 4 2 ACOM2 ACOM2 20 GW OUT GR GRIN 5 ACOM2 Al GND ACOM2 21 OH PCTLL21 PFLGL3 6 ACOM2 Al OUTI4 ACOM2 22 7 2 2 2 23 Ex TRIGH31 CLKU 8 24 OUTI OUTOLS 9 191 pwk GND PWR GND 25 OUT3 OUT2 10 PWR 5 211 PWR 5V 26 OUTS OUT4 11 IN 1 IN 0221 27 OUT7 OUT6 12 IN 3 IN 2 28 OUT9 OUTS 13 IN 5 IN 4 29 OUT11 OUT1
430. lt J a Pt 52 E EE r a 6 268 2 3488A 16 1 04 0 7 C24 B24 C25 B25 C26 B26 C27 8 15 C28 B28 C29 B29 C30 B30 C31 05 16 23 CII C12 B12 14 24 31 C15 B15 C16 B16 C17 B17 C18 44 DAOL B2 B3 DAIH 45 DAIL BS B6 DAIH 58 DATA0 DATA1 SANT FCCS1 ADDL ADDM ADDH FBCS1 TRL TRM TRH FACS1 FABCL FABCM z FABCH N2269A Agilent N2329A Tn y Z Agilent N2296A 8 33
431. 0 1 ROUTe OPEN2 e 119 ROUTe OPEN 200 OPEN 100 105 0 5 OPEN 105 5 1 120 SCPI ROUTe SCANI LIST ROUTe SCAN LIST lt gt snn snn mm s 0 5 nn
432. 0 30 SRQ OFF SRQ 2400 BAUD RS 232 4800 BAUD 9600 BAUD 19200 BAUD 9600 BAUD NONE 8 38400 BAUD BITS FLOW NONE INTERFACE 57600 BAUD RS 232 ODD 7 BITS EVEN 7 BITS NONE 8 BITS FLOW NONE FLOW XON XOFF FLOW DTR DSR FLOW RTS CTS SELFTEST SCPI MODE kE KARR SYSTEM MODE 3488A MODE REVISION INFO SERIAL NO 3499A B C RBV 4 0 SCPrT Menu E 1 072 073 0 2 REV 3 0 Menu 2 E Menu 2 Menu CONETIG
433. 2 3488A 48 49 49 48 49 49 54 SCPI 32 75 32 74 30 30 29 33 77 33 31 74 31 73 29 32 75 32 41 32 75 7 31 381 33 77 31 48 74 65 77 33 77 1 169 2 169 183 141 91 156 DIN D D 355
434. 303 44471A 307 44471D 313 44472A 317 383 44473A 320 44474A 323 44475A 327 44476A B 333 44477A 339 44478A B 342 N2260A 190 N2261A 196 N2262A 200 N2263A 204 N2264A 209 N2265A 216 N2266A 222 N2267A 228 N2268A 234 N2269A 239 N2270A 272 N2272A 276 N2276A B 281 N2280A 287 N2281A 291 N2282A 295 170 13 DIN 6 GPIB IEEE 488 SRO 39 53 82 39 53 82 6 39 53 82 RS 232
435. 8 16732 LO BYTE 090 s00 s01 s02 s03 WORD 500 502 LWORD s00 BIE s FF lt gt 12 lt gt SOUR DIG TRAC DEF 12 SCPI 131 e 4 DO 090 SOUR DIG TRAC DEF first_block 10 10 first_block SOUR DIG TRAC first_block 210abcdefghij abcdefghij SOUR DIG WORD TRAC
436. Agilent 3499A C REV 4 0 1 1 477 720 WRITE dB 40 DB 120 ENTER 1 3 85 dB MONITOR x 1 1 N2260A N2260A 1 2 Card Reset
437. LO 530 s31 532 544 545 8 s30 5s37 16 532 3488A 157 7 1 Agilent 3499AIBI C snn s nn 3499A B 3499C N2265A 4X4 16 DUO 4X4 0 1 2 3 0 1 2 3 500 501 s02 503 510 sll s12 513 s20 521 522 523 530 531 532 533 16 UI O 540 s41 542 554 855 8 s20 s47 16 942 12 97 12 1 2 9 N2266A 500 501 538 539 1 2 5 1 2 1 2 9 N2267A s00 s01 s06 s07 1 2 5 1 2 1 2 9 500 501 s02 503 N2268A 1 2 9 1 2 1 2 9 510 sll 512 513 Agi N2269A OS FAN TR TT GS 1 2 9 N2270A 500 501 508 509 1 2 5 1 2 1 2 9 500 801 slo sll N2280A 1 2 5 1 2 1 2 9 s20 521 530 831 5
438. N2295A N2265A 1 A B 2 1 C 347 A LA 18 26 44477 F BA 8B 97 A 348 44477 8 8 98 A 349 B 2 1 A 18 26 AWG P101 P102 t B 1 P103 P104 2 3
439. SENSe DATA BIT lt gt DIGital DATA lt BYTEIWORDILWORD gt VALue 7 lt gt DATA lt BYTEIWORDILWORD gt BLOCK lt gt lt gt DATA lt BYTEIWORDILWORD gt TRACE lt gt lt gt TRACe DATA lt gt STATus OPERation CONDition OPERation ENABle lt gt OPERation ENABle OPERation EVENt PRESet GR mT TT M ul tm SYSMODE lt 01 15 488 gt
440. Unable to recall modules were changed Unable to store scan is running Slot number out of range snn s mn OPEN 604 Data out of range SOUR DIG DATA BYTE VAL 266 0 255 1 REV 4 0 50 REV 1 072 073 0 10 370
441. e 26 5GHz VHF Agilent 3499A B C MUX 1 1 1 1 44470A D 10720 MUX 10 20 DPST 250V 2A 44472A 4 VHF 500Q 2 1X4 DC 300MHz 44478A B 500 750 1 3GHz 500775Q 2 1X 4 DC 1 3GHz N2260A 40 MUX 40 2
442. 0 1 2 3 0 1 500 501 s02 503 510 sll 512 513 520 521 522 23 530 531 532 533 2 3 16 DO 940 s41 542 554 555 8 s40 s41 16 540 2 1 2 1 2 9 1 500 801 78 879 2 500 801 538 539 N2266A BN 1 2 97 1 2 1 2 9 500 501 538 539 4 500 801 518 519 N2267A s00 s07 s02 507 1 2 5 1 2 1 2 9 N2268A 1 2 5 1 2 1 2 9 sy70 slis 512 513 NB 239 Agilent N2269A 12 5 12 12 9 N2270A 500 501 502 507 57 12 1 2 9 N2272A s00 s07 s02 507 2 5 1 2 1 2 9 2 1 4 6 500 501 502 s03 504 s05 2276 510 sll s12 513 514 s15 1 2 5 1 2 1 2 9 2 520 530 500 501 N2280A 1 2 5 12 12 9 520 521 530 531 N2281A 1 2 5 7 1 2 12 9 510 sll s12 513 SCPI 93 6 1 Agilent 3499AIBI C
443. 2 1us 2 5 us PCTL 2 5 ns i 1 gt lt gt t3 2 kpl 1 20 ns lus 25 us 20 us 3499A7B C 3499A B C UO YO 100 us 2 TO PCTL 150 ps 1 t1 12 13 i 100 us 150us 2015 B 20 ns
444. 4 TO o 50 101 2 RBV 4 0 SCPI XIED B N2267A N2268A N2270A N2272A N2276A B Agilent 4 0 E 2 3488A REV 50 1 0 2 0 3 0 5 N2260A N2261A N2262A N2264A N2265A N2266A N2280A 81A 82A Agilent 3499 Agilent 3499A B C
445. 60 WAIT 4 70 OUTPUT 709 CLOSE 100 101 102 103 100 103 80 OUTPUT 709 OPEN 100 101 102 103 100 103 100 110 OUTPUT 709 SLIST 100 103 120 FOR 1 0 TO 8 130 OUTPUT 709 STEP 140 WAIT 025 150 NEXT 160 Done END 366 2 A Agilent 3499A B C SCPI 3488A 2 SCPI e FIFO First m First Out ERROR 1
446. b 19 13 1 2 Agilent 3499B yE X 1 314 Agilent 3499B8 Agilent 3499A 5 Agilent 3499B 7 1 4 Agilent 3499C 3499C Om pa I IT o GPIB RS 232 6 DIO 091 DIO 092 DIO 093 DIO 094 GROUND TRIG GROUND DIO Ext Trig In Ext Trig Out 1 3 Agilent 3499B 9 7 5 3 1 8 6 4 2 DIO 091 DIO 092 i DIO 093 DIO 094 GROUND TRIG Se GROUND D
447. laannan 287 Agilent N2281A 1 4 291 Agilent N2282A 1 8 295 Agilent 44470A 10 299 Agilent 44470D 20 303 Agilent 44471A 10 laaa 307 Agilent 44471D 20 aaan 313 Agilent 44472A 4 VHF 317 Agilent 44473A 4X4 2 320 Agilent 44474A 16 TO 323 Agilent 444739A 327 Agilent 44476A B 333 Agilent 44477A 7 C 339 Agilent 44478A B 1 3 GHz 4 1 EE E 342 347
448. 10dB 84906K 26 5 GHz 84906L 40 GHz 0 70dB 10dB 84907K 26 5 GHz 84907L 40 GHz 26 5 GHz 40 GHz 29 Agilent N2276A 7B 3499 3 0 SCPI 281 Agilent N2276A B N2276AIB 3499 N2276AIB N2276AB 1 0 5 3499 8 42 Agilent N2276A 282 Agilent N2276A4 1 6 2 2
449. 300 V 0556 lt 80 0 40 I 3499A7B C 233 Agilent N2268A 509 3 5GHz 1 4 Agilent N2268A 2 1 4 00 10 VSWR DC 3 5 GHz 30 Vdc AC N2268A 10 SMA 236 8 28 SMA N2268A
450. 49 TRIG IN TRIG OUT 14 50 80 380 SCPI EUCC 326 33 TRIG IN TRIG OUT 14 34 80 3488A 21 SCPI 21 37 57 57 gt 57 56 3488A 43 SCPI 23 30 15 41 54 23 43 84 85 35 51 63 88 16 81 15 84 18 41 54 60 35 51 63 31 49 64 81 15 88 41 54 87 N2260A 1 191 2 192 4 192 2
451. 5 0 ROUT CLOSE 101 368 131 134 138 148 151 158 161 168 178 222 223 224 310 350 Invalid suffix Suffix too long 12 Suffix not allowed Character data notallowed ROUTE CLOSE CH101 DIAG DISP 123
452. E 3488A 1 2 3 4 5 6 7 8 9 A X X X X X X X X X X X X X X X X 1 xii 515 Agilent Technologies 3499A B C 3 3499A7B C 3499A 7B C Agilent 3499A7B C 1 Agilent 3499A 7B C 2 7 Agilent 3499A B C 13 Agilent 3499A B C
453. EG EE 2 nn y 1 HIH 2 i Hel 0 JHHIH J F FEE 919 Mlz Hii 1 a H Hiii HH Mi 8 55 Agilent 44470A H 299 s 36 44470A 10 2 44470A 00 09 CH00 CH09 as Ta CH 09 L CHO9 L CHO8 L L lt CHO1 L CH00 1 i gt E oro 808 S E 2 Es or i 1 J H CH06 lt cmo5 lt 1 _ J H CHO4 Ci i e f i
454. Enter SYSTEM 2 3488A MODE Enter HP 3488A MODE Me nu SCPI 3488A GPIB 3499AB C Tos 1 Menu CONFTIG TT REVISION INFO Enter REVISION INFO 83 2
455. WII ti o HE a E 8 13 Agilent N2264A 1 N2264A 5 A 2 N2264A 15 10 209 210 8 14 N2264A 3 1 12 CH00 11 2 3 GP CH20 22 3 16 TIO 30 4 es 12 H gt CH00 l L i H i CH01 L CH10 7o gt 12 CH11 gt 3 DE oo 1 H n CH20 7 6 CH21 5 H gt CH
456. gt DIAGnostic DISPlay INFOrmation DIAGnostic DISPlay INFOrmation lt gt 3499A7B C lt gt 13 3499 B C 0 9 A Z 0 e 13 4 13 ID C 7 DIAG DISP ITS 010 IT S A DIO SCPI 103 DIAGnostic DISPlay STATe DIAGnostic DISPlay STATe lt gt
457. 1 2 3499B 156 7 1 1 CLOSE DIO CLOSE DIO 44474A N2263A N2264A N2265A DIO Static Mode 1 Static Mode 2 CLOSE e 4 DIO 4 LO 091C 094
458. 1 5 3499A 12 3499B N A lt F gt 1 5 1 168 Digital MODB Mode 3 YO N2263A s00 N2264A s30 N2265A s40 3 Static Mode 1 2 3 SCPI e 4 DIO 0 IO RST DIO Static Mode 1 CLS DIO SOUR DIG MODE 1 1 DIO Static Mode 1 SOURce DIGitalrMODE SOURce DIGitalIMODE2 lt gt IO
459. 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 22 92 Ei 1 GPIB 09 1 52 1 3 GPIB VISA PC n 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 22 92 RS 232 3499A7B C
460. 3 DIO Agilent N2269A 245 A YO YO 16 1 16 1 YO 8 25 8 25 O FAOP0 A 0 8 FAOP1 16 FAOP0 FAOP1I FACS1 FAS0
461. 4xX4 E 4 4 200 V DC ACrms 1A DC ACrms 4 A DC ACrms 60 W 62 5 VA 240 W DC 250 VA lt 3 pV lt 10 108 36000 5X10 1A 80 DC lt 40C 50 510100 1 lt 40 80 51090 lt 40C 50 gt 10 9 1 lt 40 80 51090 lt 40 50 gt 10 Q 1 lt 40C 80 gt 1090 AC
462. M lt voltage10 gt 9000 000mV 11000 000mV M CAL 140 856 5 9999 125 243 DAC 244 N2269A E 43 N2269A 3499A7B C E DAC 1 DAC DAC
463. N2272A COM AUX 08 N2272A CH00 CH08 1 17 CHO8 CH16 1 N2272A 1 17 1 25 COM N2272A AUX7 08 N2272A RF 279 8 41 N2272A COM OOOOD DOOOO o aa SN N N N N N2272A COM 8 40 N2272A RF 278 N2272A RE 8 41
464. 1 2 Io Rp 3 lo Cp Cp C 353 V 230 rms 353 Vp gt 1 353 4 L 1lo 3 Cp Cp 3 Cp C
465. 231 229 377 233 228 229 93 158 231 230 N2268A 237 234 235 93 158 236 N2269A 96 DIN 267 DAC 244 DAC SCPI 243 271 239 241 93 158 270 267 256 245 N2270A 275 272 273 93 158 273 N2272A 280 276 277 93 278 N2276A B 284 286 281 283 93 285 N2280A 290 287
466. 3 96 DIN 96 DIN 1 iSUB D DIN SUB D DIN 1 1 A9 1 A17 2 B9 i 2 B17 3 C9 8 17 4 A11 4 A19 5 B11 5 B19 6 C11 i 6 C19 i 7 A13 i 7 A21 8 B13 8 B21 9 C13 C21 10 A15 10 A23 11 B15 11 23 12 15 12 C23 13 13 14 10 14 18 15 B10 i 15 B18 16 C10 16 C18 1 17 A12 17 A20 18 B12 18 B20 i 19 C12 19 C20 20 14 20 22 21 B14 i 21 22 22 C14 22 C22 1 23 16 i 23 A24 24 B16 24 B24 i 25 C16 25 C24 8 104 N2299A 4 96 DIN SUB D DIN 1 25 i 2 B25 3 C25 i 4 A27 5 B27 i 6 C27 E7 A29 8 29 9 C29 i 10 A31 1 B31 i 12 C31 13 i 14 A26 15 B26 16 C26 17 28 18 B28 19 C28 20 21 B30 f 22 C30 23 A32 24 B32 25 c32 5 358 9 Visual C Visual BASIC BASIC wiVWishaliGHE 359 Visual BASIC 362 BASIC
467. 44472A 44472A 10 BNC DC DVM 44472A 1 TT EI _ ij opino 048 73 Agilent 44472A 317 318 8 74 44472A VHE 2 0 1 4 1 2 4
468. 9 OUTPUT 709 RECALL 9 9 RECALL RECALL lt 1 40 gt STORE 7 OUTPUT 709 CLOSE 103 104 202 204 206 STORE 6 OUTPUT 709 RECALL 6 SRQ 3499A B C SRQ MASK 3499A 7B C ERROR ERROR 3499A 7B C 10 185 7 8 184 3488A
469. CH09 S JM902 N DETE JM901 O gt CH00 S lt JM930 T rji JM929 NI 8 66 8 66 44471A RC 8 67 310 250 Vac 0873 0227 4471A 44481A 1 5
470. DISABLE Menu 1 RBV 4 0 2 NO DATA Menu 1 80 4 Menu Menu CONEIG SCPI 3488A RBEV 4 0 3 1 54 4 1 KI
471. DREAD LO Mode TO R W Strobe 3 YO PCTL 3488A 169 3499A B C 16 32 IO tl TO
472. S OUT2 OUT4 GRUN In12 m 8 _ 5 GND nt In3 a S UT In10 n2 8 a PcTL o A Ing 2 Int 3 5 PFLG zj Ing 8 33 N2329A Agilent N22609A 8 29 N2269A E 8 29 I O 5 25 Vdc 16 mA DAC Vout Vout Vin Vin Vout Vout Iout Vin Vin 3 57MX16 gt 24 10mA 0 8 16mA 2 0 V lt 0 8 V 350 Vdc 5 Vdc 224 1 400 mA 0 5 V 1 mA lt 25 mA SV
473. SCPI 189 8 N2260A 1 N2260A N2260A 1 2 Mode CONEIG CONFIG MUX CONFIG 1 3 Enter WIRB1 WIRE1 1 4 Enter Mode 1 CONFIG 1 5 Mode CONFIG DIO IO DIO 1
474. gt CHANnel IDELay lt gt CLOSe lt gt CLOSe lt gt CLOSe STATe CPAir lt gt lt gt CPAir FUNCtion lt gt lt gt FUNCtion lt gt OPEN lt gt IALL OPEN lt gt SCANI LIST lt gt SCANI LIST SCAN CLEar SCAN SIZE ROUTe CHANnel DELay ROUTe CHANnel DELay lt gt lt gt IALL CONFigure EXTernal ON 0 99999 999 6 1 TRIGger TIMer gt 6 1
475. 10 V 7 7 7 77777777 10 77 77 7 77 7777777777777777777777777777 77777777 777777777777777777777777777777777 1000000 1 28 Hz 20 3 kHz N 39 y sin 6 28319 j N N if y gt 0 v short int 32767 3 5 12097 a y else v short int 32768 3 5 12097 a y 1ow char v high char v gt gt 58 v short inDlow 256 high out j 2 i 1024 v out j 2 1 i 1024 v 77 77777777777777777777777777777777777777777777777777777777777777777777 77 7 7 7 7777777 777777 7777 77777777777777777777777777777 77777777777 viSetAttribute vi VI ATTR_TMO_VALUE 10 1000 7777 77 7 7 777 77 77 777 77 777 777 777777 77 77 7777 777 777777 777777 777 777 7777777777777 FBCS1 FBS0 0 DAC 0 AC FBS1 0 DAC 1 AC FBMD1 0 FBMD0 1 I STARTH 1 H 257 258 viPrintf vi sour dig data byte 270 12 0 77 7 7 77 777777777777777 777777777777 777777777777777777777 77777777 7777777777777777777777777777777777777777777777 FCCS1
476. 200 92 6 1 DIAG CYCL CLE 100 105 109 1 0 5 9 DIAG CYCL 105 109 0 0 DIAGnostic SPEEK DIAGnostic SPEEK lt gt lt gt lt gt 8 3488A 3499A 1 5 lt gt 3499B 1 2 N A 3499C 1 9 lt gt 0 7 N A e 3488A e 10 10 lt 5 2
477. 6 39 53 82 GP 9 ID 183 IEEE 488 2 154 89 INITiate 110 INPut ATTenuation 111 IRE 224 L 1 224 LOCK 187 M MASK 185 MUX 8 25 68 MUX 25 68 N N2260A 96 DIN 193 25 68 191 195 190 191 92 157 26 27 46 194 347 26 N2261A 96 DIN 197 199 196 197 93 157 198 347 N2262A 96 DIN 201 203 200 200 93 157 202 347
478. Menu Menu CONEIG INTERFACE RS 232 Enter RS 232 Enter 9600 BAUD Enter 9600 NONE 8 BITS 8 BITS FLOW NONE Enter Menu 1 FLOW NONE Menu Menu CONEIG 82
479. SPST GP 1253V 5A 3 GP 42V N2264A 3 GP 16 IO 600mA 16 TO 4X4 200V 1A 4X4 2 42V 600mA N2265A ge 7O 16 0 VO 16 1 16 1 16 N2269A 6 16 1 gt gt 8 2 2 16 DAC 2 8 2 16 DAC 1
480. lt 25 mA 5 V z 2 0 V lt 0 8 V 221 Agilent N2266A 40 Agilent N2266A MUX 40 2 2 N2266A SCPI 3488A SCPI N2266A 80 2 20 40 2 gt 1 40 2 2 20 4
481. 1 16 32 E RV PCTL RD tl TO PELG 1 us 2 PFLG 40 ns PCTL PFLG t1 1 us t3 30 us Fi 40 us 40us 33hS Mode 3499A B C PFLG PFLG PCTL PFLG 3499A B C PCTL 348 B PCTL 30 us 4 PCTL PFLG
482. 200V 1A DPST 1 80 2 2 20 4 20 N2266A 40 MUX 40 2 SCPI 1 80 2 2 20 4 20 MUX N2268A 50Q 3 5GHz 4 1MUX DC 3 5GHz 30Vdc AC 2 1 4 MUX 1 1 N2270A 10 MUX 10 2 MUX 1000V 10W N2272A 1GHz RF 1 9 MUX 1GHz RF 1 9 MUX RF
483. GP 250Vac 8A 30Vdc 5A 125Vdc 1A 2 IC N2267A 45C 75C LED N2267A 8 16
484. H f WRITE READ 401 25 5 400 254 DO 090 091 0 E 12 091 0 DOUT 0 091 DIO AU a 00 H255 1254 5 61
485. N2276A B 1 6 MUX 3 1 6 MUX GP GP 4 SPST G P 9 LEV 1 6 L H01 _ CHOT CHO H A
486. SET K S List L KZ Enter 22 WEnter S List 1 SBT E S List 1 S List CONEIG 0 99999 999s S List 1 75 SET CH 107 SELECT 103 00000 005 SECS 103 SELECT 103 DELAY 103 3 S List S List CONEIG
487. STEP snn s 3499A 0 5 3499B 0 2 nn 156 7 1 4 DIO 091094 9 e 309 300 0 CHAN CHAN H CHAN 7
488. gt IALL CTYPe lt gt ERRor STATe DELete lt 1 10 gt ALL LOCal REMote RWLock VERSion SYSTem CPON SYSTem CPON lt gt ALL A 3499A 0 lt gt 3499B 0 2 N A 3499C 0 9 RST CPON SYSTem CPON ALL RST LO 2 DIO SYSTem CPON lt gt RST 3499A B C e CPON SYST CPON 1 1
489. lt gt EE fr 44470D 20 E 44470D 1 3 1 3 ROUTe CPAir 2 3499A B C 4 2 4 1 e
490. 0 1 1 2 2 4 SRC 3 8 4 16 5 32 6 SRQO 7 OUTPUT 709 MASK 8 OUTPUT 709 MASK 33 10 OUTPUT 709 MASK 20 ENTER 709 A 30 DISP A SRQ 32 1 3488A 185 OverLAP OLAP lt 0 1 gt GPIB IO OLAP 0 3499A B C GPIB IO OLAP 1 3499A B C GPIB YO
491. 00000H C 2 1 FCBKC FCMS1 FCMS0 1 0 1 0 1FFFFH 1FFFEH 00010H 00001H 00000H 1 1 255 256 3499A 1 GPIB 9 2 N2269A 1 4 N2269A 1 1 include lt visa h gt include stdio h include stdlib h void main ViSession vi defaultRM ViStatus err_status char buf 20 int a viOpenDefaultRM amp defaultRM viOpen defaultRM GPIB0 9 INSTR VI_NULL VI_NULL amp vi 77 77 7 77777777777777777 777 77777777 7777777777777777777777777777777 77777777777777777777777777777 FAOE1 1 FAOP1 FAOE0 1 FAOPO SMS 1 FASO 1FAOP0 FAOP1 77 7 7 7 7777777777 77777 777777777777777777777777777777777 7777777 7777 7777777777
492. 1 cm09 A CH09 COMMON BUS COMO 0 lt jm co E 10 i oJen cmrs lt 2 F cH19 T99 CH20 e FL L H CH29 CH29 gt gt 1 i COMMON BUS 5 H COM1 1 i o DL H CH30 CH30 o o H i of o L CH39 o 939 018 2 N2260A sCPr N2260A 80 1 1 40 2 2 2 20 2 2 20 4 4 1 B D SE COM 80 1 40
493. 10 2147483648 2147483647 32 10 2147483647 2 3 DWRITE RST LUO DREAD DBW 1 Channel Closed 44474A 3488A 175 7 5 DIO 4 8 16 32 4 DIO 090 _ ee N A s00 s01 s02 s03 504 505 506 530 531 532 540 541 542 1 8 100 1 00 2 5
494. 18 16 3488A 78 SCPI 79 80 80 84 85 83 81 84 82 66 1 169 02 169 3 169 4 170 95 171 DIO 68 DIO 68 67 DIO 70 DIO 69 68 E DIN D 355 352 16 80 16 17 347 347 7 E 44470A 299 44470D
495. 2 0 V 0 8 V 12 V 1 mV 10 mA 0 01 1 ms 0 04 4mV 24 1C 0 015 1 mV 781 25 kHz 271 Agilent N2270A 10 272 Agilent N2270A 10 2 1000 V 10 W 8 34 Agilent N2270A
496. 20 4 4 00 19 2 00 2 2 01 N2266A 40 2 67 Mode SCPI 118 ROUTe FUNCtion P301 P301 N2266A 96 DIN 8 19 224 32 31 30 29 28 27 262524 232221 20 19 18 17 16 15 14131211 10 9 8 7 6 5 4 3 2 1 8 19 P301
497. 32 SCPI IMM 10 1 IMM 1 101 2 6 1 3 44474A Scan INITiate SCAN Shift Scan ABORt Step 1 SCAN
498. 3499A B C RMT ADRS e ERROR SYST REM RMT ADRS SYSTem RWLock SYSTem RWLock RS 232 Agilent 3499A7B C 3499 REM ADRS e SYSTem REMote SYST RWL ADRS
499. H 5 6 7 SCPI 3488A 1 Agilent 3499A B C f Agilent 3499A B C 2 Agilent 3499A7B C Agilent 3499A7B C 357 E SCPI 3488A E E A Agilent 3499A B C 2 SCPI
500. L CH02 CH02 H H GR03 CH03 H o Li H04 _ CHO4 CHO E 1 6 GP Agilent 3499A B C GP 1 2 1 2 GP 10 SPST 44471A 10 GP 230V 2A 20 SPST 44471D 20 GP 230V 1A 5 44475A SMA 3 50Q SPDT 44476A 3 18GHz VSWR 18GHz 44476A
501. RESET 4 MUX OPEN 101 SCPI 3488A 41 3 1 54 4 1 Power LEF Fir 41 3 1 80 87 88 SCPI 6 V SCPI
502. 000000000000 4106 6 8 2 9EHI TT SEHI H 0000000000 H 1 LOCHI I EHO CEHO EEHD EH 1 1 J107 0000000000 018 21 N2266A 226 N2266A 40 8 20 N2266A 8 20 DC 1 1 AC 3dB 1 2 300 50 0
503. 1 0 1 1 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 0 1 1 01000000000010000000010000000100 1 0 100000000001000000001000000010O1 1 2 1 1074267141 OUTPUT 709 DWRITE 206 1074267141 Digital 1 0 DREAD DREAD lt gt lt 10 0 10 gt DIO 090 175 DWRITE DIO Static Mode DREAD DIO Static Mode 2
504. 284 SCPI INPut ATTenuation LEVel lt port gt lt dB gt INPut ATTenuation LEVel lt port gt WRITE dB ENTER dB MONITOR AgilentN2276AB SMA 84904 677L 2 4mm 2 84904767L 006 SMA 2 92mm 2
505. 323 323 324 325 aE 326 Agilent 444759A 327 a E E A EE EA E A NEES OEE AT E EAE EE EE EE 327 328 kk 329 MR 330 CN ET 331 Agilent 44476A B 333 333 335 336 337 338 Agilent 44477A C 339 a e a a 339 A E 339 340 REEE EPEE 341 Agilent 44478 1 3GHz 4 1 342 347 347 RS NZ TS 347 352 1
506. A 30 20 IOBUFFER 30 504 1 1 40 TRANSFER A TO 709 INTR 50 ENTER 709 USING B K PC EOI 60 DISP B SREAD lt gt lt gt 44475A 44475A 3499A 1 5 3499B 1 2 10 G 5 2 44475A 2 8 1 04 2 00 3488A
507. EE Ek 44 so Ri 44 PS SUDO RM 45 RR SR EN 48 EAA 49 2 50 OO 53 54 mm Mon MON m Shift Recall 1 Shift Recall 3488A RS 232
508. GPIB 10 EXAMPLE BAS 3499A B C SCPI 20 DIM Retstr 128 30 OUTPUT 709 SYSMODE 3499A B C SCPI 40 WAIT 4 4 50 OUTPUT 709 RST 1 3499A B C 60 WAIT 4 4 70 OUTPUT 709 CLOSE 100 103 100 103 80 OUTPUT 709 OPEN 100 103 100 103 100 150 200 110 3499A 7B C 100 139 2 120 130 2 1 140 1 150 OUTPUT 709 SCAN 100 103 160 OUTPUT 709 ARM SOUR TIMER 1 170 OUTPUT 709 ARM TIMER 1 2 1 180 OUTPUT 709 ARM COUNT 2 2 190 OUTPUT 709 TRIG SOUR IMM L IMM 200 OUTPUT 709 CHA
509. N ISSS S S S nlH alH alH 2 01 9 1 1 2 21 9 ELH tH 8 6IH9 BlH9 ZIH2 9IH9 SLH9 jla 1 2000000000000 2000000000000 18 JIH 8 LO0ZH9 LIZH9 LZZH9_LczH9 L ZHO IN09 6ZH9 8ZH9 ZZH9 9ZH9 9ZH9 _ 11H 1 1 000000000000 or E 0000000000 5 A recHo gcH9 ZcH9 9cH9 SH 2 alH ala 20000000000 018 3 N2290A 194 N2260A 8 2 8 2 N2260A 80 1 40X2 20 X2 20 X4 200 V DC AC rms 1 A DC AC rms 2A DC ACrms 60 W DC 62 5 VA 120 W 125 VA lt 3nV
510. NA 1 1 3499A B C 195 Agilent N2261A 40 Agilent N2261A 40 SPST A 2 N2261A 2 1 H D N2261A 2 1 BBM 1
511. T TIE T _ 0 H N wie 7 1 4 3488A 3488A 3 m m 3488A 160 3488A LO 3499A B C U CLOSE OPEN lt gt lt gt VIEW lt
512. gt lt gt FLAG POLarity lt gt IO POLarity lt gt lt gt IO POLarity lt gt DATA lt BYTEIWORDILWORD gt POLarity lt gt lt 0 1IPOSINEG gt DATA lt BYTEIWORDILWORD gt POLarity lt gt DATA BIT lt gt lt 0 1 gt DATA lt BYTEIWORDILWORD gt VALue lt gt lt gt DATA lt BYTEIWORDILWORD gt BLOCK lt gt lt gt DATA lt BYTEIWORDILWORD gt TRACE lt gt lt gt TRACe DEFine lt gt lt gt lt gt TRACe DEFine lt gt TRACe CATalog TRACe DATA lt gt lt gt TRACe DELete NAME lt gt TRACe DELete ALL SOURce DIGitalIMODE lt gt lt gt LO 3499A 1 5 3499B 1 2 3499C 1 9 lt gt 1 5 lt gt
513. 179 e lt gt lt gt 04 04 0 7 255 10 OUTPUT 709 SREAD 304 3 20 ENTER 709 30 DISP A SWRITE SWRITE lt gt lt gt lt gt 4447SA 3499A 1 2 10 3499B 1 2 5 e 44475A 2 8 1 04 2 00
514. AUX CHO08 3 N2272A COM 25 1 25 RF N2272A 1 RF 8 N2272A RF Agilent N2272A 1 1 N2272A 10 BNC BNC RF N2272A Agilent N2272A 3499 3 0 SCPT 276 8 37 Agilent N2272A
515. J200 1253 3579 AMP Metrimate 207544 1 Agilent N2327A N2267A N2327A 1253 3581 Metrimate 207542 1 1253 3580 AMP II AWG18 14 66360 2 228 8 22 Agilent N2267A 8 23 N2267A 8 SPST A Agilent N2267A T H 4 SS CHO gt O H 7 gt 9 CH1 gt gt OH e CH7 gt O H 8 23 N2267A 8A N2267A 64A
516. TR 4 2 2 2 2 EL 2 m 2 0 0 704 0 0 0 0 RST CLS 1 2 3 5 1 2 3 5 1 2 3 5 1 2 2 1 2 DIO Mode 3 2 2 SOURce DIGital DATA BIT SOURce DIGital DATA lt BYTEIWORDILWORD gt VALue S
517. 13 13 A Z 0 9 RSIR e A EOR 103 SCPI DIAGnostic DISPlay STATe 0 OFF DIAGnostic DISPlay STATe 1 DIAGnostic DISPlay Scan finished Agilent 3499A B C e Agilent N2260A N2261A N2262A N2264A N2265A N2266A N2267A N2268A N2270A N2272A N2276A N2280A 81A 82A e N2260A N2266A s98 s99 SCPI 37 38 SCPI View LT RELAY CYCLES
518. 2 2 DIN D 8 1 Agilent N2260A 1 N2260A 40 2 4 CH00 09 1 CH30 39 4 10 190 s2 40 2 CH00 CH39 2 0 1 20 2 1 COMO0 COM1 80 1 SE COM N2260A 2 T98 T99 N2260A MUX CH00 5 H CH00 f i DL
519. 2 40 1 00 39 40 2 40 1 40 79 1 1 191 192 2 N2260A COMO COM1 0 20 00 19 1 20 39 40 2 2 N2260A 2 0 1 20 2 1 COMO COM1 2
520. POL POS 4 7 Mode POL POS Enter Mode 1 CONEIG 69 DIO LO 1 LO 401 DIN 401 2 Mode CONEIG DATA POLARITY 401 3 POLARITY mmnter DATA POLARITY 401 b NEG POLARITY 401 Enter Mode 1 DATA POLARITY 401
521. PP 38 m30 5 amp 2 5 31 8 z 5 5 7 22 5 a 2l DIO GP Ez 5 1 1 45 37 018 15 N2294A 212 8 12 8 14 N22644A 8 12 N2264A 12 DC 1 lt 40 lt 40 lt 40 lt 40 50 80 5
522. ROUTe SCANI LIST ROUTe SCAN LIST snn snn mm snn mm 1 10 RST SCAN 100 109 5 200 203 INIT SCAN LIST 100 101 102 103 104 105 106 107 108 109 5 200 201 202 203 ROUTe SCAN SIZE ROUTe SCAN SIZE 0 200 1
523. RS 232 SCPI 1 Menu CONEIG TNTERFACE Enter INTERFACE 2 GPIB 488 Enter GPIB 488 3 GPIB 0 30 Enter ADDRESS 09 4 SRQ ON Enter 3499A B C SRQ OFE Menn 1 SRO ON 81 RS 232 Menu CONFIG INTERFACE Enter
524. 0 25 0 25 VA 24 dBm 50 Q 75 Q 5 10 10 43 lt 6nV lt 2nV lt 1 0 gt 108Q gt 10109 B lt 0 3 dB lt 0 7 dB lt 1 5 dB lt 3 0 dB lt 0 2 dB lt 0 5 dB lt 1 1 dB lt 1 9 dB lt 90 dB lt 80 lt 65 dB lt 55 dB lt 90 dB lt 80 dB lt 70 dB lt 60 dB 345 8 52 44478AB VSWR 10 MHz lt 1 20 lt 100 MHz lt 125 lt 500 MHz lt 1 35 lt 1 3 GHz oa lt 0 006 pF lt 60 lt 300 ps lt 3 ns 50 ps 1 0 55C 2 1 44474A 3 41 21 Zs 50 44478A Z 7 75 Q 44478B 5 44478A 50 44478B 75 0
525. 1 N2260A Mode CONFIG 1 CONFIG 1 m WIRE 1 SCPI ROUTe FUNCtion 1 WIRE1 1 1 Agilent N2260A 190 Agilent N2260A 40 I O LUO 6 1 3 IO DIO DIO ee IO 4
526. 10 mm 3 2 mm 0 125 3 44475A 8 47 330 8 83 8 47 44475A 44475 26501 03488 00602 03488 00603 1251 8645 2 X15 44475 62102 2 X 11 44475 62101 5040 5193 0515 5194 0515 0063 2 5X12 0515 0843 2 5X20 0515 0045 3X18 0535
527. 2 Agilent 3499A B C 250 V 60 Vdc 30 Vac rms 42 4 Vace
528. 2 1 4 X4 2 1 16 TO N2265A 1 16 TIO 1 4x4 2 COL1 HL HL COL2 HL COL3 HL 74 B 4 16 LM O 40 55 H VMOS FET 5V H 6V PCTL IO 425 V PFLG 215 D Va ROW2 ROWS 32 3 2 110540 l l l l gt 60V 5V 1K l gt i l l l
529. 40 ps 5 PFLG PCTL 35 us 3499A B C 3499A B C 8A 171 3499A7B C PFLG XZ PCTL _ PFLG _ tl t2 t3 t4 t5 100 us 45 us 50us 40LS 35 us 3499A B C PCTL 3499A7B C PCTL T LT PFLG 6 t LO 100 ps 2 IO PFLG 45 ns 13 PFLG PCTL 50 ps t4 PCTL PFLG 40 us t5 PFLG PCTL
530. 44471D GP RELAY 44471 44472A VHF SW 44472 4X4 44473A MATRIX SW 44473 16 IO 44474A DIGITAL IO 44474 44475A BREADBOARD 44475 44476A B GP RELAY 44471 7 C 44477 GP RELAY 44471021 1 3GHz MUX 44478A B VHF SW 44472131 40 MUX N2260A 40CH MUX N2260A 40 GP N2261A 40CH GP N2261A 4X8 N2262A 4X8 MATRIX N2262A 32 LO N2263A 32BIT DIO N2263A 12 GP N2264A 12 3 5 CH 2264 3 GP 16BIT DIO 16 LO 4X4 N2265A 4X4 MATRIX N2265A 16 LO 16BIT DIO 4 TO Built in DIO 3499 1 44470A D RELAY MUX 44470
531. Agilent 8 49 8 49 Agilent 8762A 3 DC 4 GHz 8762B 3 DC 18 GHz 8762C 3 DC 26 5 GHz 87628111 3 DC 4 GHz 8763B 4 DC 18 GHz 8763C 4 DC 26 5 GHz 8764B 5 DC 18 GHz 8764C 5 DC 26 5 GHz 1 8762F 75 50 Q 334 Agient 44476A 8 87 44476A 3 B 44476A 00 01 02 Agilent 44476B 44476B S33 8X9 6 mm 2 00 01 336 8 88 44476B 334 8 49
532. DIAG CYCL 100 106 203 1 0 6 3 2 DIAG CYCL 210 219 300 310 2 1019 3 00 10 DIAGnostic RELay CYCLes MAX 2 DIAGnostic RELay CYCLes MAX lt gt e N2260A N2261A N2262A N2265A 3499A 1 5 3499B 1 2 3499C 1 9 1 DIAG CYCLiMAX lt gt 1 CYS DIAG REL CYCL MAX 1 1 106 SCPI
533. INPut INPut ATTenuation LEVel INPut ATTenuation LEVel lt gt lt dB gt e lt gt lt dB gt dB INP ATT lt 520 gt lt 8 gt 8 INPut ATTenuation LEVel INPut ATTenuation LEVel lt gt INP ATT lt 530 gt SCPI 111 ROUTe ROUTe Agilent 3499A B C ROUTe 1 Agilent N2260A ROUTe CHANnel DELay lt gt lt
534. NO i K904 JM908 i o NC J JM909 gt i NO K905 lt JM910 gt i NC JM911 0 gt NO K906 Dc JM912 0 NC JM913 1 K907 gt c JM914 i gt NC JM922 JM921 5 0 0 0 gt H 8 92 44477A CH00 CH01 CH02 CH03 CH04 CH05 CH06 H E NO 44477A C 44487A 8 93 44487A 1 1 5 1 44487A 44477A
535. PET s00 s01 s02 503 s08 s09 12 5712 129 A E 500 501 502 503 518 s19 129 12 12 9 9005 501 302 s03 508 509 12 57 1 2 1 2 9 444710 20 GP 0 801 902 203 918 119 12 57 1 2 1 2 9 44472 0 500 501 s02 s03 12 5 12 12 9 4 VHF 1 810 sll s12 813 225 156 3488A 7 1 Agilent 3499AB C snn s nn 3499A B 3499C 0 1 2 3 0 1 2 3 500 501 502 503 510 sll 512 513 1 2 5 1 2 1 2 9 520 521 522 523 530 831 s32 s33 500 501 502 514 515 OO 8 s 800 801 12a9 12 12 9 16 s02 19 257 19 1 2 9 44476A 3 13GHz s00 s07 s02 12 5937 12 129
536. RST ARM COUN 1 TRIG SOUR IMM INIT CONT OFF SAV lt 1 50 10 gt SRE lt gt SRE STB TRG TRIGger SOURce BUS 5 0 0 1 ROM 2 GPIB 3 RS 232 4
537. SET ALL SET 1 1 Scan SCAN 2 1 3 SCAN Shift Scan
538. V 8 31 N2269A 16 DAC _ DA 0 CLK 16 DAC _ D A 1 8 32 N2269A DAC 241 242 SCPI 3488A 54 2 PCTL O PFLG TH 7 5 3 W_CLK R_CLK 5 168
539. 0 1 DATA lt BYTEIWORDILWORD gt VALue lt gt lt gt DATA lt BYTEIWORDILWORD gt BLOCK lt gt lt gt DATA lt BYTEIWORDILWORD gt TRACE lt gt lt gt 1O TRACe DEFine lt gt lt gt E gt TRACe DEFine lt gt TRACe CATalog TRACe DATA lt gt lt gt TRACe DELete NAME lt gt 1 TRACe DBLete ALL
540. 1 0 99999 999 0 001 DEL snn DEL snn snn mm DEL snn snn mm DEL snn snn mm snn snn SCPI 113 e 0 CLS RST DEL 10 219 DEL 100 219
541. 407 411 OUTPUT 709 OPEN 403 405 407 403 405 407 Agilent3499A B C LO e UO Shift S List
542. 80 5 5 4 45 5 5 Vdc 70mA ll 1 0 2dB 2M 31 7 3 290 Agilent N2281A 1 4 AgilentN2281A 2 1 4 4 1 1 1 1 4 3 1 4 1310 1550nm 0 8dB 0 003dB
543. Agilent 3499A B C 5 Agilent Technologies Legal and Safety Information AGILENT TECHNOLOGIES WARRANTY STATEMENT PRODUCT Agilent 3499A B C Switch Control System DURATION OF WARRANTY 1 years 1 Agilent Technologies warrants Agilent hardware accessories supplies against defects in materials workmanship for the period specified above If Agilent receives notice of such defects during the warranty period Agilent will at its option either repair or replace products which prove to be defective Replacement products may be either new or like new 2 Agilent Technologies warrants that Agilent software will not fail to execute its programming instructions for the period specified above due to defects in material and workmanship when properly installed and used If Agilent receives notice of such defects during the warranty period Agilent will replace software media which does not execute its programming instructions due to such defects 3 Agilent Technologies does not warrant that the operation of Agilent products will be interrupted or error free If Agilent is unable within a reasonable time to repair or replace any product to a condition as warranted customer will be entitled to a refund of the purchase price upon prompt return of the product 4 Agilent Technologies products may contain remanufactured parts equivalent to new i
544. CERE 1 AC S0 30 lt 300 mA lt 10 VO lt 40 lt 40 gt p 60 95 gt lt 40 lt 40 60 95 lt 40 lt 40 gt 2 60 956 100 kHz 1 MHz 10 MHz 100 kHz 1 MHz 10 MHz 16 250 V DC ACrms 2 A DC AC rms 8 A DC AC rms 60 W DC 300 VA AC 240 W DC 2000 VA AC 1400 Vey lt 3 lt 1 0 108 105 43 gt 10 Q gt 10 Q gt 10 Q gt 108 Q gt 10 Q gt 5X108 Q lt 5 pF lt 40 pF lt 70 pF lt 0 30 dB lt 0 35 dB lt 0 90 dB lt 76 dB lt 56 dB lt 36 dB 1 4
545. EeqalandSafety AGILENT TECHNOLOGIES WARRANTY STATEMENT Trademark Information hn So EEE S NETE EEE S A ii E r E EEE iii ii DECLARATION OF CONFORMITY i DNT DEP A EAEE A A 1 3499 A V ZVER ann ee eat 2 Agilent 3499A B C LL 2 Agilent 3499 7 e RS R usssssssssssssssssssssrrssrsrsrrrrereeseenn 3 k ES 5 MUX GP YO gilent3499A7B G 2 13 2 E A aa 15 15 OEA 15 16 3499A7B C E 3499A7B C
546. MIST A SCAN MON VIEW CONFIG ADRS RMT ka tRC Fo ERROR EXT SHIFT Shit 58 1 gt znam YO snn Ss 0 1 2 3499B
547. N2260A e 2 3 1 e DIO Mode 1 2 E 1 E 1 2 DIO DIO e 2 RST CLS 1 3 2 CPA 1 3 CLOS 100 119 CPA 1 1 ROUTe CPAir lt gt 1
548. N2269A 3499A 7B C 43 DAC 1 DAC 1 11 1 N2269A 1 84 10 Mode 1 11 142 140 DAC 140 DMM DAC 0 Write 0 0000V ENTER DAC 00 000 V 140 Mode ENTER
549. SYSTem ERRor FIFO 367 3499A B C ERROR SYSTem ERRor 0 No error CLS
550. 0 005dB e 25ms 5 s SC APC 8 49 Agilent N2281A 291 292 8 56 Agilent N2281A 2 1 4 N2281A 1 COM0 00 01 02 03 2 COM1 10 11 12 13 1 4 3 1 Cho0 Ao Ch03 m Ch10 m Chii m Oh12 Ch13 8 50 N2281A Agilent N2281A SC APC N2281A E 8 51
551. 10 MHz lt 1dB 50 100 kHz 71 dB 1 MEZ lt 51 dB 10 MHz lt 31 dB 1 44474A 2 316 H 3499A B C Agilent 44472A 4 VHF Agilent 44472A VHF 14 2 4 1 300 MHz 44472A 2 4 1 VHF
552. 12 SPST GP 3 GP Agilent N2280A N2281A N2282A Agilent 3499A 7B C 3 1 6 3 1 6 N2280A 4X1 2 MUX 4 1 2 N2281A 2 1 4 MUX 2 1 4 N2282A 1 8 MUX 1 1 8 12 Agilent 3499B C Agilent 3499A B C 1 7 1 7 Agilent 3499A B C 3499A B 100 240Vac
553. 13 14 1 15 CHO_H 16 1 J103 JI03 N2267A SMB J103 8 22 8 22 J103 231 3 Agilent o oi gt 04 05 INPUTS 8A MAX O N2267A e e e e CURRENT WARNING 16 15 14 13 12 11 0 9 8 7 6 5 4 2 1 08 25 Agilent N2267A 30 Vrms 42 Vpk 60 Vdc IO E 232 AgientN2267A 8 23 N2267A 8 23
554. 155 7 3488A Agilent 3499A7B C IO snn s 0 1 2 3499B 1 5 3499A nn 92 6 1 156 7 1 Agilent N2260A N2260A 3499A 1
555. 3 Mode IO Mode CONEIG Mode 1 N2263A 4 AA CONFIG DIO 4 AA MODE 1 4 v CONT POL POS 4 v FLAG POL POS 4 v T O POL POS 4 LO Mode CONEIG DATA POLARITY DISP FORMAT DIN 401 v DATA POLARITY 401 v NEG POLARITY 401 DIN 401 DISP FORMAT 401 BINARY 401 SCPI 27
556. 365 Visual BASIC 362 Visual 359 3488A 43 84 SCPI 23 84 2 3488A 50 SCPI 35 77 44470A 302 44470D 306 44471A 312 44471D 316 44472A 319 44473A 322 44474A 326 44475A 332 44476A 338 44476B 338 44477A 341 44478A 345 44478B 345 N2260A 195 N2261A 199 N2262A 203 N2263A 208 N2264A 213 N2265A 220 N2266A 227 N2267A 233 N2268A 237 N2269A 271 N2270A 275 N2272A 280 N2276A 7B 286 N2280A 290 N2281A 294 N2282A 298 13 85 154 7
557. 39 High H 40 79 N2260A 80 1 s00 s79 N2260A 1 1 2 2 WIRE2 7 2 3IBIWIRE2 2 4 4 WIRE4 sO s00 s19 2 0 s19 3 s00 s39 2 N2260A 40 2 T 1 N2260A 2 20
558. 47Hz 440Hz 90VA 3499C 100 240Vac 47Hz 63Hz 140VA 0 55 lt 80 0 40 40 70 3499A 3 8kg 3499 2 5kg 3499C 7 4kg 3499A X 89mm X 426mm X 348mm 3499B 89mm X213mm X 348mm 3499C X X 221 5mm X 426mm X 353 5mm CSA UL 1244 IEC 1010 Cat I RFI ESD CISPR 11 801 2 3 4 3499A 5 3499B 2 3499C 9 1 6 1 7 2 8 9 3 13 GPIB IEEE 488 RS 232 8 DIN 4 I O 1 0 3499A 7B 1 0 2 0 3 0 SCPI 10 1
559. 6 39 83 39 39 83 39 83 39 83 39 53 82 38 53 38 53 66 38 53 66 25 44 62 25 44 62 25 44 62 38 53 384 2N Hk TE 1 2 3 4 5 6 7 8
560. N2329A 347 DIN D 2 DIN D 355 8 5 DIN P102 269 270 A Bi B B 100 GND Ex_TRIG _ A PWRGND gio 28 PI 8 GND PWRGND O GND 5 GND Tx_DATA a PWR 5V GND 5 GND GND GND gt 5 PWR 5V 5 GND OUT15 A OUT7 GWIN 1 15 In7 5 pe 3 OUT14 OuTe n14 In6 5 OUT13 3 ouT5 GROUT 2 In13
561. ROUTe SCAN SIZE 122 123 RS 232 6 40 83 39 83 39 39 83 39 83 39 83 RTS CTS 40 5 S List 3488A 73 SCPI 73 S List 75 74 73 75 75 SCPI 359 362 365 152 23 89 SCPI 23 84 SENSe DIG DATA BIT 135 SENSe DIG DATA BYTBE BLOCK 137 SENSe DIG DATA BYTE TRACE 137 SENSe DIG DATA BYTE VAL 136 SENSe DIG DATA LWORD BLOCK 137 SENSe DIG DATA LWORD TRACE 137 SENSe DIG DATA LWORD VAL2 136 SENSe DIG DATA WORD BLOCK 137 SENSe DIG DATA WORD TRACE 137 SENSe DIG DATA WORD VAL 136 SENSe DIG TRACe DATA9 138 SLIST 166 SOUR DIG CONT POL 125 SOUR DIG CONT POL 125 SOUR DIG DATA BIT 128 SOUR DIG DATA BYTE BLOCK 131 SOUR DIG DATA BYTE POL 127 128 SOUR DIG DATA BYTE TRACE 131 SOUR DIG DATA BYTE VAL 130 SOUR DIG DATA LWORD BLOCK 131 SOUR DIG DATA LWORD POL 127 SOUR DIG DATA LWORD POL 128
562. STATus OPERation ENABle TY RR Rn 140 STATus QOPERatioiEEVENU TR lk lt 140 S a G ERA A Pd S S AAEE AEAEE EE ETIE EE ed he Oe sh i is 141 SYSMOQODE O E EA AST E E E EE Ek 142 SXSMODE SN ST 142 SYSMODE E hE EL 142 SYSTem ERRor 146 GA 146 SN NR lt 146 SY STem 147 SYSTem STA Te DP eE 8 Gi kL 147 SYSTem VERSion 147 NA a CR RR 148 TRIGgerE IMMediate nt 148 TRIGoetSOURCGE EEE 148 SOURCE DSRS EE EE EE EE 150 TRIGger TIMer 150 RIGoet TIMET DO 150 SO E NAO 151 IEEE 4882ER AA RE 153 7 3488A 155 11 155 3488 155 FASENT A 160 Nc 161 CLOSE 161 EELO A AN SERRE k 162 162 Card MM 163 OTR 164 PAIR 164 ardiMGNitoE RA 16
563. gt CH2 H CHI7 H L CH8 L mops CM3 L L eo cis gt HO9H lt css gt 3H c28 C8 H lt gt CHO4 L CH9 L CHA L nos CHI9 L ete ci4 gt C9 m4 C4 H Me lt Me mie LCOM ca Ne A32 lt Ez lt A32 C16 C32 E14 E30 E32 NC 8 61 J901 304 44480B 4 P101 P104 8 602 D 15 CH16 r 17 18 19 V BIS DO 1 CH10 CH11 CH12 CH13 4 L HIL HIL HIL H L HIL H T CHO7 de J 01 ar G 3 HE d EE fe HH 8 62 44480B8 44480B
564. 0 REV 3 0 1 0 2 REV 4 0 2 0 IDN2 Agilent 3499A B C D Agilent Technologies 3499 cnxxxxxx 3 0 1 0 Agilent Technologies 3499 cnxxxxxx 4 0 2 0 REV 3 0 1 0 2 REV 4 0 2 0 REV 1 0 2 0 3499A B 1 0 Agilent 3499A B C
565. 0 1 0 0 0 1 0 0 1 0 0 0 1 0 0 1 0 1 1 2 1 4645 OUTPUT 709 DWRITE 202 4645 3 32 206 2 30 19 10 2 176 3488A 3130 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 109876543210 1 0 1 1 1 1 1 1 1 1 1 10 1 1 111 1 1 111111llllll 3220700155 2147483647 2 2 313029 28 27 26 25 24 23 22 21 20 19 18 171615 141312111098 7 6 5 4 3 2 1 0
566. 1 1 0 Agilent 3499A7B REV 4 0 Agilent 3499C REV 4 0 3 4 2 Agilent 3499A B C REV 3 0 IDN REV 1 0 2 0 1 0 RBEV 4 0 Agilent 3499A B C 3499A7B C 1
567. 203 203 OUTPUT 709 CHAN ENTER 709 A DISP A 3499A B C 3488A 167 TO E DIO DIO DMODE lt gt lt gt lt gt L lt E gt DWRITE lt gt lt gt lt gt lt gt DREAD lt gt lt gt DELAY lt mS gt DBW lt gt lt gt lt gt DBR lt gt lt gt lt gt SREAD lt gt lt gt SWRITE lt gt lt gt lt gt Digital MODE DMODE lt gt L lt gt L lt gt lt El gt 1
568. 25 215_1 WORD gt 32768 32767 S 8000 21 271 1 LWORD 500 531 s00 2147483648 2147483647 80000000 7 BYTEIWORDILWORD BYTE BYTE BYTE BYTTE 0255 00 FF WORD WORD WORD 32768 32767 8000 7FFFh e LWORD LWORD LWORD 2 1 80000000 7FFFFFFFj DIO 92 6 1 2 327670WORD 231 1 LWORD 2
569. 3499A 1 5 3499B 1 2 3499C 1 9 nn ROUTe STATe e 92 6 1 gt 5 1 0 9 100 109 0 9 CLOS 100 109 CLOS STAT ROUTe CPAir ROUTe CPAir lt gt lt gt 1 2 3499A 1 5 3499B 1 2 0 1 lt gt
570. 3499A B C G lt gt OITISCPIIHP3488A SCPIIO e 3499AB C 2 0ISCPI SCPT 1 IHP3488A 3488A SCPI 3488A GPIB RS 232 e 2 3 OUTPUT 709 SYSMODE 0 SCPI 3488A 181 SYSMODE SYSMODE Agilent 3499A7B C
571. 4 SRQO 3 8 SRQ 4 16 5 32 6 64 RQS 7 128 10 OUTPUT 709 STATUS 20 ENTER 709 30 DISP A 3488A 183 STORE STORE lt 1 40 gt 3499A B C 1 40 3488A 40 e Static Mode 1 2 I O STORE 3499A B C OUTPUT 709 CLOSE 103 115 203 204 205 206 207 208 209 OUTPUT 709 STORE 9
572. 4 LT e lt gt lt gt 00 1 7 10 OUTPUT 709 SWRITE 500 146 5 20 ENTER 709 30 DISP A 180 3488A 3488A SYSMODE 3488A 7 3488A 3488A SYSMODE lt 0 1ISCPIIHP3488A gt SYSMODE RESET TEST ID STATUS STORE lt 1 40 gt RECALL lt 1 40 gt ERROR MASK lt 10 gt OLAP lt 1 0 gt EHALT lt 1 0 gt DISP lt ASCII gt DON DOFF LOCK 1 0 SYSMODE lt gt Agilent
573. 8764B C 336 8 89 337 DC w 18 GHz DERDE 9 PONES OS 333138 COAXIAL SWITCH 818 89 PC DISTANCE MOUNTS _ 39 1 SwITCH 4 E 44 44 353118 or 55 58 HE 55 58 44 44 30 1 11 2 o Fec 55 58 4444 30 1 11 2 62 mm O 8 90 4476A7B SMA 337 44476A 8 50 44476B
574. 9 8 7 6 5 4 3 21 C 1 C B 6 8 15 P600 A B C A B C 1 1 COLO 17 2 COLO 18 7 3 COLI_L 19 BIT40 BIT41 BIT42 4 COL1_H 20 GND GND GND 5 COL2_L 21 BIT43 BIT44 45 6 2 22 GND GND GND 7 COL3 L 23 46 BIT47 GND 8 COL3_H 24 GND GND GND 9 ROWO_L 25 BIT48 BIT49 50 10 ROWO_H 26 GND GND GND 11 ROW1 1 27 BITS1 52 53 12 ROW1_H 28 GND GND GND 13 ROW2 L 29 54 55 GND 14 ROW2_H 30 GND GND GND 15 1 31 PCTL PFLG 16 ROW3_H 32 GND GND GND 218 8 16 16 TO 8 16
575. Agilent 3499A B C N2260A N2260A S98 s99 RST DIAG MON 2 2 DIAG MON 308 3 8 DIAGnostic MONitor 2 DIAGnostic MONitor 2 1 3499A 0 5 3499B 0 2 8499C 0 9 0 4 DIO e 92 6 1 Agilent 3499A 7B C 1
576. DEL 1 ROUT OPEN 101 102 Invalid separator TRIG COUNT 7 GET not allowed GET GET Group Execute Trisgery Parameter not allowed ROUT CLOS STAT 2 Missing parameter ROUT CHAN DEL 10 Program mnemonic too long
577. EBI 323 Agilent 44474A 16 IO 50 3488A 40 TO 01 40
578. EE AE 298 Agilent 44470A 10 kk 299 299 300 Gc 301 302 Agilent 44470D 20 303 303 303 EE 304 Io 306 Agilent 44471A 10 kk 307 AO 307 307 SR ll 308 311 312 Agilent 44471D 20 kk 313 313 314 314 316 Agilent 444724A 4 VHF kk 317 II 317 318 EE 318 319 Agilent 44473A 4X4 2 kk 320 SE 320 YSN NN YR 321 ES 321 a 322 Agilent 44474A 16 I
579. RESET 4 1 3488A ER T H TE GPIB 1 4 1 GPIB 488 GPIB 9 65 23201 SCPI 3488A nn TO Ra a zg 25 0 0
580. STATus OPERation ENABle 2 1 lt 2 gt 2 22 10 4 lt 16 gt Pi 5 lt 32 gt 6 lt 64 gt 8 e256 gt HE 7 lt 128 gt 8 lt 256 gt ESE 61 0 2 3 4 5 9 lt 512 gt CESE 1 0 10 lt 1024 gt SRE 128 OPR 11 lt 2048 gt TAT OPER ENAB lt gt 12 lt 4096 gt 5 lt 81922 STAT OPER ENAB 16 4 516582204 lt 52 68 gt OPR EV EN 6 2 3499B C SCPI 141 SYSMODE Agilent 3499A B C 2 SCPI 3488A
581. TAF 1 TRL TRM TRH 77 77 7 7777777777 7777777 7777 7777777 77777777777777777777777777777777777777777777777777 777777777777777 viPrintf vi sour dig data byte 270 h16 n TRL TRM TRH 7 Tfm 1 28 us 0x100 327 68 us viPrintf vi sour dig data byte 271 h00 n viPrintf vi sour dig data byte 272 h01 n viPrintf vi sour dig data byte 273 h00 n 77 777 7777777 7777777777 7777 77777777777777777777 777777777777777 FBCS1 START 0 AC 77 77 77 777777777 77777777 7777 77777777777777777777 777777777777777 viPrintf vi sour dig data byte 270 h10 n viClose V1 viClose defaultRM 3 DAC DAC 0 5 V DAC 1 V include lt visa h gt void main ViSession videfaultRM viOpenDefaultRM amp defaultRM viOpen defaultRM GPIB0 9 INSTR VI_NULL VI_NULL vi 77 77 77 7777 7 7 777777777777 7777777 7777777 7777777777777777777777 7777777777777777777 FBCS1 FBS0 1 DAC 0 DC 1 1 1 DAC 1 DC FBMD1 1 FBMD0 1 DC
582. dig data byte 256 h00 n viPrintf vi sour dig data byte 257 h00 n 1 0 1 lt 4 1 1 1024 4k sprintf OutBuf sour dig data word block 250 42048 20 len strlen OutBuf memcpy void amp void amp out j 2048 OutBuf len 2048 0 err_status viWrite OutBuf len 2049 amp rtnLen if err_status lt VI_SUCCESS printf ERROR d n err_status 7 4 77 77 7 7 7777777 7777777 7777777777777777777777777777777777777777777777 FACS1 CLN 1 SBTH 1 BTIO 0 FAOE1 1 FAOP1 FAOE0 1 FAOP0O SMS 1 0 0 viPrintf vi sour dig data byte 474 77 7 7 777777777 77777777 7777777777777777777777777 7777777 77777777 7777777777777777777777 FABCL FABCM FABCH 0x001000 77 77 7 7777 77 77777777777777 7777777 77777777777777777777777777
583. lt i i 1 f i 26 CH02 lt 205 y ef lt i i 1 i 5 L SSSSSSSSSS SSSSSS S S S 6 048 56 44470A 44470A 1 3 k 8 57 44470A Vin R2 Vout te Vout Vin R2 R1 2 8 57 44470A 300 2 300 8 57
584. 0 Agilent N2263A 32 DO 204 SSR a Agilent N2266A 40 222 Agilent N2267A 8 GP gt VII VII 1 E Agilent N2 1 Agilent N2 1 SSR 268A 500 3 5GHz 1 4 II eg 808 82856 269A A A DAC a R PA 5 AEE T A
585. 0 lt 40 60 gt 5xX1010 Q 1 lt 40 95 gt 10 Q lt 40 60 gt 5 10 00 1 lt 40 C 95 gt 10 Q AC 1 lt 7 pF lt 27 pF RU 30 100 kHz lt 0 20 dB 1 MHz lt 0 25 dB 10 MHz lt 1 20 dB 30 100 kHz lt 73 1 MHz lt 53 dB 10 MHz lt 31 dB 1 44474A 2 306 H 3499A B C Agilent 44471A 10 Agilent 44471A 10 SPST A
586. 0 MUX 44470A RELAY MUX 44470 10 GP 44471A GP RELAY 44471 20 MUX 44470D RELAY MUX 444701 20 GP 44471D GP RELAY 44471 44472A SW 44472 4X4 44473A MATRIX SW 44473 16 LO 44474A DIGITAL IO 44474 44475A BREADBOARD 44475 44476A B GP RELAY 44471 7 C 44477A GP RELAY 4447101 1 3GHz MUX 44478A B SW 444792181 40 MUX N2260A 40CH MUX N2260A 40 GP N2261A 40CH GP N2261A 4X8 N2262A 4X8 MATRIX N2262A 32 YO N2263A 32BIT DIO N2263A n N2264A N2264A GP 16BIT DIO 3488A 163 7 2 4X4 16 YO N2265A 4X4 MATRIX 16BIT DIO N2265A 4 TO N
587. 0 80 AC 1 so 50 100 kHz 1 MHz 10 MHz 100 kHz 1 MHZ 10 MHz 12 200 V DC AC rms 1A DC AC rms 60 W DC 62 5 VA AC lt 3 lt 0 5 Q 1080119236000 5X10 1A 80 gt 10190 gt 1090 gt 10100 gt 10 0 lt 10 pF lt 20 pF lt 0 10 dB lt 0 20 dB lt 0 50 dB lt 70 dB 10 2 IO H 3499A B C 213 8 13 N2264A
588. 0 14 IN 7 IN6 30 OUT13 OUT12 15 IN 9 IN 8 31 OUT15 OUT14 16 IN 11 IN 10 32 1 2 1 0 3 0 HJJ HJJ 4 1 5 6 7 1 81 5920 267 9 10 1 Ll 12 1 MO 13 1O 141 1 15 1 1el 171
589. 00 501 502 503 N2281A 1 2 5 1 2 1 2 9 510 sll 512 813 4 I O 097 092 093 094 4 090 1 s23 2 3 21 3488A N2260A 1 40 2 160 7 1 2 4 3488 1 3499A 3499B 1 3478A 1 2 2 44470D 20 BASIC 3478A 723
590. 0004 6 3X0 5 0535 0008 6 2 5X0 45 2190 0583 2190 0584 329 0515 0843 4 03488 00603 0515 0063 2 1251 8645 2 x 15 44475 62102 2 x 11 2190 0584 D 2 0535 0004 6 2 03488 00802 8 83 4447sa 44485A 1 5 44485 44475A 347 330 332 8 84 8 48 44475A
591. 08 O 8 24 N2267A 230 J200 J200 N2267A 16 J200 8 21 N2327A N2327A N2267A 8 21 J200 1 CH7 H 2 CH7 1 3 CH6_H 4 CH6 1 5 5_ 6 5 1 7 CH4 8 4 1 9 10 CH3 1 11 2 12 2 1
592. 1 22 3 SCPI Agilent 3499A B C SCPI 3488A SCPI 5 5 SCPI 89 6 SCPI 24 25 MUXE SR SE 25 LO NS 26 NE 29 ARTA T 33 SAS 3 5 OO 39 piira ee 40
593. 1 44471D 8 41 20 250 V DC ACrms 1A DC AC rms 20 A DC AC rms 60 W DC 125 VA 1200 W 2500 1400 V lt 3 nV lt 10 lt 300 mA lt 10 V 108 105 43 DC lt 40C 60 gt 10 Q9 1 lt 40 95 109 0 lt 40 C 60 gt 5 101 Q 1 lt 40 95 1010 Q ACF Y a 1 lt 7 lt 10 pF 2 0 100 kHz lt 0 20 dB 1 MHz lt 0 25 dB
594. 1 2 9 s20 s27 s22 s23 530 531 532 s33 TAA s00 s01 s02 s14 s15 16 VO 8 s00 s07 1 2 5 1 2 1 2 9 16 500 api Kesas N A 1 2 5 1 2 1 2 9 A 44476A 3 13GHz s00 s07 s02 12 57 12 12 29 44476B 2 26GHz s00 s07 1 2 5 1 2 1 2 9 44477A 7 C 500 501 502 s03 s04 505 s06 12 129 44478A 0 s00 s07 s02 s03 500 1 3GHz MUX 1 s70 s77 s72 573 44478B 0 500 501 s02 503 TETT D 750 1 3GHz MUX 1 s70 s77 s72 573 ii i 1 s00 s07 578 57911 N2260A 2 s00 s07 y38 s39 12 35 12 12 9 40 MUX 2 s00 s07 538 39 4 500 501 518 519 92 SCPI 6 1 Agilent 3499AB C
595. 1 TO 28 30 OUTPUT 709 STEP 40 10 10 166 3488A STEPping CHANnel STEP STEP 3499A B C 3499A 7B C STEP LO 0
596. 120 1838 30 50 8120 1839 61 50 8120 1840 122 50 11652 60012 30 75 11652 60013 61 75 11652 60014 94 cm 75 Q 50 75 Q 50 ns 8 52 44478A 44478B 8 52 44478AB
597. 2 03 24 31 25 25 25 27 27 27 29 29 0 7 5 00 B5 C5 7 B7 04 01 8 15 9 B9 C9 A11 B11 C11 A13 B13 3488A 06 02 16 23 19 19 19 21 21 21 23 23 05 03 24 31 25 25 25 27 27 27 29 29 DIN D N2263A Agilent N2293A 8 12 N2293A 347 Agilent N2296A 2 DIN D 355 P702 E 8 35 DIN P702 E 35 5
598. 22 10K 3 215 V 5V 5V PFLG 10K 110517 VMOS FET 10K enys eov 5V 5V PCTL 10 ERPE 48 14 N2264A P601 Pe01l N2264A 96 DIN 211 8 10 N2264A Agilent N2294A Agilent N2296A 212 8 15 N2294A 347 DIN D 2 DIN
599. 24 char buf 4096 OutBuf 3000 tmpStr 2048 short int a i short int pInt int j k len long rtnLen viOpenDefaultRM amp defaultRM viOpen defaultRM GPIBO0 9 INSTR VI_NULL VI_NULL amp vi 77 7 7 77777777 7777777777777777777777777777777777777777777777777777777777 2 1 4k 77 7 7 7 77777777777777777777 7777777 777777777777777777777777777777777 for i 0 i lt 4 i for j 0 j lt 1024 j if G 3 lt 1 out j i 1024 0xffff else out j i 1024 0x0000 i viSetAttribute vi VI ATTR_TMO_VALUE 10 1000 77 7 77 777777777 7777777 7777777777777777777777777777777777 7777777777777777777777777777777777777777 FCCS1 FCRS1 1 FCRS0 0 2 ENMA 1 FCBKC 0 77 7 7 7777777 7 7777777 7777777777777777777777777777777777 7777777777777777777777777777777777777777 viPrintf vi sour dig data byte 254 0 77 7 7 7 777777 7777777777777777777777777777777777777777777777777777777777 ADDL ADDM ADDH Ox000000 77 7 7 7 777777 7777777777777777777777777777777 77777777777777777777777777 viPrintf vi sour dig data byte 255 h00 n viPrintf vi sour
600. 260A N2261A N2262A N2264A N2265A N2266A N2267A N2268A N2270A N2272A N2276A B N2280A 81A 82A 66 Mode 4 View Enter RELAY CYCLES 108 DIO Mode Mode SCPI iei Mode TO SCPI3 3488A3 Mode e YO 3 E E E DIO E 5 6 E
601. 31 382 MIX 31 31 31 34 50 80 347 225 DIN D 355 352 347 2 SRQ 39 53 82 DIO R W 3 169 1 169 2 169 5 171 170 RS 232 DTR DSR 40 RTS CTS 40 XON XOFF 39 39 DIO 92 SCPI 23 23 43 55 N2264A 209 84 154 DIN D 355 352 16 17
602. 353 IN 355 9 VishalGHt Visual BASIC BASICO AI IE ETE TD a SA 0 A EE 367 367 3488A EAEE 373 Agilent 3499A7B C Asilent 3499A B C 9 1 o 3 4 2 8 9 Visual BASIC Visual C Agilent BASIC
603. 4 AWG UL AWM 2464 200 V 96 DIN 25 sub D 357 8 104 N2299A 24 AWG UL AWM 2464 sub D 200 V 96 JDIN 4 i 0225 96 DIN N2299A DIN96 4 x D25 C B A A B 3231 302928 27 262524 232221 20 19 18 17 16 15 14131211 10 9876 5 43 21 96 DIN DIN D 3231 302928 27 262524 232221 20191817 16 15 14131211 10 9876 5 43 2 1 OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOO OOOOOOOOOOOOOOOOOOOOOOOOoOoooooooo OOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOOQ A B lt 1 96 DIN SUB D DIN 1 2 B1 3 C1 4 A3 5 B3 6 C3 7 A5 8 B5 9 C5 10 7 11 7 12 C7 13 14 A2 15 B2 16 C2 17 A4 18 B4 19 C4 20 A6 21 Be 22 Ce 23 A8 24 B8 25 c8 2
604. 40 Xm mjm 304 J301 M E Cso0 jsos X J304 J303 J302 J301 8B 30 N2269A N2269A 16 1 16 1 16 DAC 2 2 8 31 1 1 8 32 N2269A DAC 5V 5V T m lt z O A V V 5V 5V n y K gt
605. 44470D 347 305 44470D 20 8 39 44470D E 8 39 20 250 V DC AC rms 2 A DC AC rms 60 WDC 125 VA 1400 V lt 3 nV lt 1 Q lt 300 mA lt 10 VO FIT AT 108 105 43 DC lt 40 60 gt 10 Q 1 lt 40C 95 55 10
606. 4474A 322 2 H 3499A B C Agilent 44474A 16 I O Agilent 44474A UO 16 TTL 16 O 2 8 1 16 2 8 1 1 1 8
607. 4753A 3 1 8 8 46 327 2 RF f 7 E 328 8 81 12 7 mm 0 50
608. 4A 530 545 N2265A 540 555 32 DIO 5007 5311 s 92 6 1 UO 0 1 e DIO TO 091 094 SOUR DIG DATA BIT SENS DIG DATA BIT 106 106 SCPI 135 SENSe DIGital DATA lt BYTEIWORD ILWORD gt VALue SENSe DIGital DATA lt BYTEIWORDILWORD gt VALue lt gt 8 16732 DO 10 091 094 090 500 507 500 0 25S 10 508 515 501 00 FF 163 s16 s23 s02 s24 s31 s03 1
609. 5 SGam AN 166 STEPpins 167 AN 167 FA ND 168 Dinta MODE 168 Digital TO WRITE 175 DigitalT O SDOREAD 177 AWK 178 Digital Binary Writers SN 178 Digital Binary Read ser SLEEK EE Ei 179 SD 179 SWRITE 180 RN 181 181 SYSMODE 182 182 182 MD 183 NR 183 STORE LI 184 184 184 SRONMASKO 185 OverLAP SRR lt 186 Error HALT kk 186 DISPlay Display ON ORR ERTA POLLOCK 187 188 8 1 189 2 193 RSE 195 Agilent N2261A 40 196 NRo Rk 1 197 Agilent N2262A 4X8 2 20
610. 70 dB 50 dB 2 3000 m 1500 Vpk 500 VREE F 0 55C lt 80 0C 40C Il 1 H 3499A B C 275 Agilent N2272A 1GHz RF 1 9 Agilent N2272A 1GHz RE 1 9 REFE N2272A CH00 CHO07 CHO8 VSWR CH08 N2272A 1 9 RF CHO8 2 N2272A COM 17 1 17 RF 2 N2272A
611. 777 2 7 777777777777777777777777777777777777777777777777777777777777777777777777 77 7 7777777 777777777777777777777777777777777777777 777777777777777777 FACS1 CLN 1 SBT 1 BTIO 1 FAOE1 1 FAOP1 FAOE0 1 FAOPO JI SMS 1 FAS0 0 77 77 7 7777777777777777777777 777777777777777777777777777777777777777777 263 264 viPrintf vi sour dig data byte 274 h7e n FABCL FABCM FABCH 0x001000 77 77 7 7 777777777777777 7777 7777777 777777777777777777777777777777777 viPrintf vi sour dig data byte 275 h00 n viPrintf vi sour dig data byte 276 h10 n viPrintf vi sour dig data byte 277 h00 n 7 7 7 7 77 77 7777777777 77777777777777777777777777777777777777777777 777777777777777777 777777777777777777777777777777 FCCSI FCRS1 0 FCRS0 0 0 ENMA 1
612. 77777 777 777777777777777777777 viPrintf vi sour dig data byte 255 h00 n viPrintf vi sour dig data byte 256 h00 n viPrintf vi sour dig data byte 257 h00 n for i 0 i lt 2 i sprintf tmpStr sens dig data word block 250 2048 n err_status ViPrintf vi sens dig data word block 250 2048 n err_status viRead vi buf 2048 7 amp rtnLen if err_status lt VI_SUCCESS printf ERROR d n err_status for k 0 k lt 1024 k j i 1024 plnt short amp buf k 2 6 in k j pInt 1 0 1 lt 2 1 for j 0 j lt 1024 j ifCin j i 1024 out j i 1024 printf s n Memory access error break viClose vi viClose defaultRM 5 2 N2269A 77 7 7 77777777777777777 777 7 77777777777777777777777777 7777777 777 77777777777777777777777777777 2 1 4 2 4k 77 77777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777777 include lt visa h gt include lt stdio h gt include lt string h gt include lt windows h gt include lt io h gt include lt iostream h gt void ViSession defaultRM ViSession vi ViStatus err_status 261 262 unsigned short int out 4 1024 in 4 10
613. 77777777777 77777777 7777777 7777 7777777777777777777777777777777777777777 FCCS1 FCRS1 1 FCRS0 0 2 ENMA 1 FCBKC 0 ViPrintf vi sour dig data byte 254 0 7 7 7 77 77 777777777777 7777777 7777777777777777777777777777777777 777777777 ADDL ADDM ADDH Ox000000 viPrintf vi sour dig data byte 255 h00 n viPrintf vi sour dig data byte 256 h00 n viPrintf vi sour dig data byte 257 h00 n for i 0 i lt 2 i for j 0 j lt 1024 j out j i 1024 short int j i 1024 viSetAttribute vi ATTR_TMO_VALUE 10 1000 for i 0 i lt 2 i j i 1024 sprintf OutBuf sour dig data word block 250 42048 len strlen OutBuf memcpy void amp void amp out j 2048 OutBuf len 2048 err_status viWrite OutBuf len 2049 amp if err_status lt VI_SUCCESS printf ERROR dwm err_status ADDL ADDM ADDH Ox000000 77 7 7777777 7777 77777777 7777 7777777777777777777777777777 777
614. 777777777777777 viPrintf vi sour dig data byte 274 hff n Oxaa55 viPrintf vi sour dig data word 200 55 7 7 Oxaa55 77 77777777777777777777777777777777777777777777777777777777777777777777777777777 err_status ViOueryf vi sens dig data word 202 n t atoi buf amp Oxffff printf 4x n a viClose vi viClose defaultRM 2 0 1 20 kHz include lt visa h gt include lt stdio h gt include lt string h gt include lt windows h gt include lt io h gt include lt iostream h gt include lt math h gt void main unsigned short int out 2 1024 ViSession defaultRM ViSession vi ViStatus err_status char low high OutBuf 3000 short int i v short int a int j len N double y long rtnLen viOpenDefaultRM amp defaultRM viOpen defaultRM GPIBO 9 INSTR VI_ NULL VI_ NULL amp vi 7777 7 77 777 77 77 7 777 777 777777 777777 777 777 777777 7777777 777 77777777777777777777 20 kHz 1 0 1 lt 1 1 for j 0 j lt 512 j 1
615. 7777777777777777 FACS1 SBT 0 2 1 viPrintf vi sour dig data byte 274 1 forG 77 77 7 777777 777777777777777 77777777 7777777 77777777777777777777777777777777777777777 777777777777777 FACS1 DONE FABCL FABC FABCH 77 7 7 77 77777777777777777777 777777777777777 777777777777777777777777777777777777777777777777777777777 err_status viQueryf vi sens dig data byte 274 n t buf atoi buf if a amp 0x01 1 err_status viQueryf vi sens dig data byte 277 n t buf a atoi buf 1 lt lt 8 err_status viQueryf vi sens dig data byte 276 n t buf a atoi buf len a 1 lt lt 8 err_status viQueryf vi sens dig data byte 275 n t buf a atoi buf 1 printf x n len break FACS1 DONE FABCL FABC FABCH err_status viQueryf vi sens dig data byte 474 n t buf a atoi buf if a amp 0x01 1 err_status viQ
616. 7777777777777777777777777 viPrintf vi sour dig data byte 475 h00 n viPrintf vi sour dig data byte 476 h10 n viPrintf vi sour dig data byte 477 h00 n 7 7 7 7 7777 777777777 7777 777777777777777777 777777777 77777777 777777777777777777777777777777777 77777777777777777 FCCS1 FCRS1 0 FCRS0 0 0 ENMA 1 CLKS1 1 CLKS0 0 2 5 MHz FCBKC 0 77 77 7 7777777 7 7777777 7777 7777777777777777777777777777 77777777 777777777777777777777777777777777777777777777777777 viPrintf vi sour dig data byte 454 h30 n ADDL ADDM ADDH 0x000000 77 77 7 77777777777777777777777777777777777777 77777777777777777777777777777777777777777 viPrintf vi sour dig data byte 455 h00 n viPrintf vi sour dig data byte 456 h00 n viPrintf vi sour dig data byte 457 h00 n FACS1 CLN 0 viPrintf vi sour dig data byte 474 2 77 77 7 7 7777777777777777777777777777 77777777 7777777777777777777777777
617. 8 35 N2270A 10 2 N2270A 10 00 09 CHO0 CH9 8 35 N2270A 28 1253 4276 AMP 1800V 205689 2 274 8 30 O Agilent N2320A N2270A N2320A 1253 4274 1800V 205690 2 0362 1454 AMP AWG24 20 66399 4 30 Vrms 42 Vpk 60 Vdc
618. 8 CH33_H CH34_H CH35_H 13 CH16_L CH17_L CH18_L 29 CH36_L CH37_L CH38_L 14 CH16_H CH17_H CH18_H 30 CH36_H CH37_H CH38_H 15 CH19_L 31 CH39_L 16 CH19_H 32 CH39_H 1 N2261A Agilent N2291A Agilent N2296A 8 6 N2291A 347 DIN D 2 DIN D 0355 8 55 N2261A DIN P401 35 P401
619. 8s amp A 3488A 3488A 3488A 3488A 3488A 3488A SCPI SCPI SCPI 3488A SCPI 1 3488A 3488A SCPI 3488A 3488 amp A Agilent 3499A B C
620. 98 T97 T96 277 AgiientN22724 10 BNC BNC RF Agilent N2272A 8 39 lt N2272A RF MUX 8 39 Agilent N2272A 8 40 N2272A RF 2 N2272A 1 17 RF N2272A AUX 08 N2272A COM N2272A COM 1 17 COM N2272A CH00 CH07 1 17 CHO0 CH07 N2272A CH00 CHO8 1 17 CHO8 CH16 1 17 CHO8 CH16
621. A Built in Digital I O N A 1 44470A D RELAY 44470 2 44471A D 44476A B 44477A GP RELAY 44471 44471A D 44476A B 444 77A 44471AD 44476A B 31 44478A7B VHF SW 44472 10 OUTPUT 709 CTYPE 3 1 3 20 ENTER 709 A 30 DISP A Card RESET CRESET lt gt lt gt
622. A yh 86 86 OER RO 87 7 7 Shift Recalll Shift Recall 1 Reset Scan S List Mon L MON 55 Agilent 3499A7B C SCPI1 E 3488A 2
623. CPI 117 ROUTe FUNCtion 118 SCPI 3 5 ROUTe FUNCtion lt gt lt gt N2260A 40 E 4 80 1 40 2 2 20 2 20 4 N2260A 40 2 N2260A lt gt 3499A 1 5 3499B 1 2 lt F gt 11213I4IWIREI1IWIRE2IBIWIRE2IWIRE4 2IWIRE2 1 1 WIRE1 40 LowL 00
624. Company All Rights Reserved 1 1 IES Ek 1999 9 Ba 2000 4 ox 2002424 7 DC
625. D 0355 8 55 N2264A DIN P601 35 32 31 30 29 28 27 262524 232221 20 19 18 17 1615 14131211 10 9 8 7 6 543 21 8 10 P601 A B A B C 1 BIT30 BIT31 BIT32 17 CH6_L CH7 L CHS_L 2 GND GND GND 18 CH6_H CH7_H CHS_H 3 BIT33 BIT34 BIT35 19 CH9 L CH10 CH11 4 BIT36 BIT37 GND 20 9 CH10_H CH11_H 5 GND GND GND 21 CH20 1 CH20 L CH20 L 6 8 9 BIT40 22 CH20_L CH20_L CH20_L 7 GND GND GND 23 CH20_H CH20_H CH20_H 8 BIT41 BIT42 BIT43 24 CH20_H CH20_H CH20_H 9 BIT44 BIT45 GND 25 CH21_L CH21 L CH21 L 10 1 PCTL 26 21 L 21 L 21 L 11 GND GND GND 27 CH21_H CH21_H CH21_H 12 01 28 CH21_H CH21_H CH21_H 13 CHO_L 2 29 CH22_L CH22_L CH22_L 14 CH0_H CH1_H CH2_H 30 CH22_L CH22_L CH22_L 15 CH3_L CH4_L CH5_L 31 CH22_H CH22_H CH22_H 16 CH3_H CH4_H CH5_H 32 CH22_H CH22_H CH22_H 1 211 3
626. DONE 1 CLN 1 SMS 1 28 FABCL FABCM FABCHI A FABCL FABCM FABCH 3 0 28 E HH 247 24 EFABCL 24 FABCM FABCH 24
627. E 100 first_block first_block 16 100 SOURce DIGital TRACe DEFine SOURce DIGital TRACe DEFine lt gt lt gt lt gt 32768 lt R gt 1 32768 lt gt 0 FF lt gt 12 32768 lt gt lt gt 1024 1024 2
628. EPT AS INDICATED ABOVE IN NO EVENT WILL AGILENT OR ITS SUPPLIERS BE LIABLE FOR LOSS OF DATA OR FOR DIRECT SPECIAL INCIDENTAL CONSEQUENTIAL INCLUDING LOST PROFIT OR DATA OR OTHER DAMAGE WHETHER BASED IN CONTRACT TORT OR OTHERWISE FOR CONSUMER TRANSACTIONS IN AUSTRALIA AND NEW ZEALAND THE WARRANTY TERMS CONTAINED IN THIS STATEMENT EXCEPT TO THE EXTENT LAWFULLY PERMITTED DO NOT EXCLUDE RESTRICT OR MODIFY AND ARE IN ADDITION TO THE MANDATORY STATUTORY RIGHTS APPLICABLE TO THE SALE OF THIS PRODUCT TO YOU U S Government Restricted Rights The Software and Documentation have been developed entirely at private expense They are delivered and licensed as commercial computer software as defined in DFARS 252 227 7013 Oct 1988 DFARS 252 211 7015 May 1991 or DFARS 252 227 7014 Jun 1995 as a commercial item as defined in FAR 2 101 a or as Restricted computer software as defined in FAR 52 227 19 Jun 1987 or any equivalent agency regulation or contract clause whichever is applicable You have only those rights provided for such Software and Documentation by the applicable FAR or DFARS clause or the Agilent standard software agreement for the product involved Trademark Information Visual BASIC Visual C Windows 95 and Windows NT are U S registered trademarks of Microsoft Corporation Agilent Technologies Agilent 3499A B C Switch Control System User s Manual Rev C Copyright 2000 Agilent Technologies
629. II lt gt lt gt lt gt SOURce DIGital TRACe DEFine 12 lt gt lt gt lt gt lt gt lt gt lt gt 10 lt gt lt gt lt gt lt gt 1 2048 RST CLS SOUR DIG TRAC se_block 210abcdefghij SCPI 133 SOURce DIGital TRACe DELete lt
630. IO 61 5 2 e RST OUTPUT 709 CMON 2 ENTER 709 A DISP A 1 2 DIO Mode 3 2 3488A 165 Scan LIST SLIST lt gt lt gt lt gt 8 IO
631. IO Ext Trig In Ext Trig Out RS 232 E 101 2 GPIB 1 4 Agilent 3499C DIN Agilent N2289A Agilent 3499A B C 3488A 5 MUX GPD DIO 189 8
632. J104 2 PCTL PFLG 1 IO P100 GND GND GND 24 25 26 27 28 29 30 3 2 0000000000600 31 0000000000005 6000000000000 s 0 oe Do GND GND GND 5 A 818 12 N2293A 207 N2263A 32 TO 8 9 N2263A E 8 9 IO Vout Vout Vin Vin Vout Vout Tout Vin Vin 32 42 V DC 600 mA 2 4V I 10
633. M 10 10 ARM TIM 10 10 SCPI 99 CALibratin CALibraion DAC CALipration lt gt lt 0 gt lt 10 gt DAC lt gt DAC lt 0 gt 1000 0mV 1000 0mV lt 10 gt 9000 000mV 11000 000mV 140 856 5 9999 125 100 SCPI CONFigure CONFigure 44474A DIO EUCC Trigger In Out CONFisure
634. M10 CH10 close 1 SMA a CH01 CoM00 OO CHO02 CH03 O CH10 Dan COM10 10 CH13 8 27 N2268A 235 8 28 Agilent N2268A SMA SMA 10 00 ELIA CLAIE A 0 LLAC A 2 01 2 01 A oom y 101155 5 001 2 13 Ny gt 8 28 Agilent N2268A SMA 236 Agilent N2268A 50Q 3 5 GHz 1 4 8 24 8 24 N2268A 1 4
635. N DELAY 0 100 103 0 210 OUTPUT 709 INIT 220 OUTPUT 709 230 ENTER 709 Retstr 240 Done END 365 6 Agilent 3499A B C 3488A 1 1 1 1 GPIB 09 12 1 13 GPIB UNIX 3488A GPIB 10 EXAMPLE BAS 3499A B C 3488A 20 DIM Retstr 128 30 OUTPUT 709 SYSMODE HP3488A 1 3499A B C 3488A 40 WAIT 4 4 50 OUTPUT 709 RESET 3499A 7B C
636. NAME ALL gt SOURce DIGital TRACe DELete NAME lt gt 1 lt gt SOURce DIGital TRACe DELete ALL 2 SOURce VOLTage lt gt lt gt SOURce VOLTage lt gt lt gt DAC lt gt 1 DAC lt gt 12 000V 12 000V SOUR VOLT 140 0 120 1 40 120mV 134 SCPI SENSe SENSe SOURce IO SENSe 1 LO 1 SENSe
637. ONT OL POLAY 125 SOURce DIGital CONTrol POLarity 125 ES 126 _ TE ESR RR NR SE 126 SOURce DIGitaEIO POLAarity oon BEER EE EE 126 SOURce DIGitaIO POLAarity YE SI Ek 127 SOURce DIGital DATA lt BYTEIWORDILWORD gt POLarity SOURce DIGital DATA lt BYTEIWORDILWORD gt POLarity s SOUR e DIGital DATA BI ie A kk SOURce DIGital DATA lt BYTEIWORDILWORD gt VALue SOURce DIGital DATA lt BYTEIWORDILWORD gt BLOCK SOURce DIGital DATA lt BYTEIWORDILWORD gt TRACE ee SOURce DIGital IRAGEeEDERMe ER SOURce DIGital IRACe DERine irinenn EE 132 Lo Rk lt 133 SOURce DIGital TRACeLDATA SESS Ek 133 SOURce DIGital TRACe DELete lt NAME ALL gt 2 134 SOURceiVGLHapeS Ao 134 SEBNSe DIGitaliDATA lt BYTEIWORDILWORD gt VALue 7 SENSe DIGital DATA lt BYTBIWORDILWORD gt BLOCK7 eet 137 SENSe DIGital DATA lt BYTEIWORDILWORD gt TRACE eet 137 SENSe DIGital TRACe DATA 7 138 a 139 kL 1 139 STATus OPERation ENABIE E R ERREA 139
638. PI 123 SOURce SOURce SENSe IO SOURce IO LO E SOURce 0 1 8 16322 IO Ny w 1 SOURce DIGital SOURce DIGital MODE 124 MODE lt gt lt gt lt gt CONTrol POLarity lt gt lt gt CONTrol POLarity lt gt FLAG POLarity lt
639. ROW1 NA ROW2 ROW3 8 76 44473A 4473A 44483A 1 5 8 77 44483A 44483A 44473A 347 321 44473A4X4 8 43 44473A 8 43 DC 1
640. SOUR DIG DATA LWORD TRACE 131 SOUR DIG DATA LWORD VAL 130 SOUR DIG DATA WORD BLOCK 131 SOUR DIG DATA WORD POL 127 SOUR DIG DATA WORD POL 128 SOUR DIG DATA WORD TRACE 131 SOUR DIG DATA WORD VAL 130 SOUR DIG FLAG POL 126 SOUR DIG FLAG POL 126 SOUR DIG IO POL 126 SOUR DIG IO POL 127 SOUR DIG MODE 124 SOUR DIG MODE 125 SOUR DIG TRACe CAT 133 SOUR DIG TRACe DATA 133 SOUR DIG TRACe DEF 132 SOUR DIG TRACe DEF 132 SOUR DIG TRACe DEL ALL 134 SOUR DIG TRACe DEL NAME 134 SOURce VOLTagse 134 SREAD 179 SRQ 39 53 82 SRQO 39 53 82 STATus OPER COND 139 STATus OPER ENABle 139 STATus OPER ENABle7 140 140 141 STATUS 183 STEP 167 STORE 184 SWRITE 180 SYSMODE 142 182 SYSMODB 142 181 SYSTem CPON 144 SYSTem CTYPe7 144 SYSTem ERRor 147 SYSTem LOCal 147 SYSTem REMote 147 SYSTem RWLock 148 SYSTem STATe DEL 148 SYSTem VERSion 148 T TEST 182 TRIG IMM 149 TRIG SOURce 149 TRIG SOURce 151 TRIG TIMer 151 TRIG TIMer 151 V VHF MUX 317 View 65 View 65 65
641. T Step 13 1 7 Agilent 3499A B C TTL 2Ls 2ms 3V 10ns 10mA V 0 4V 80mA V 0 8V TTL V 42V 4 U O V 2 4V 1 1mA V 20 8 1 100mA 80 s N2266A 100 3ms 100 3ms 100 139 4ms ms oe 1 7 1 N2266A 10 22 0 N2266A 40 28 9 N2266A IO 20k s 1
642. TR RTS CTS DTR DSR RS 232 RTS CTS CTS 6 100 RTS RTS GPIB Menu INTERFACE RS 232 41 3 1 SCPI
643. TRIGgerl IMMediate TRIGger IMMediate ROUTe SCAN lt gt INITiate IMMediate TRIGger IMMediate INITiate ROUTe SCAN TRIGger SOURce TRIGger ARM SOUR HOLD HOLD TRIG SOUR HOLD HOLD SCAN 100 105 INIT TRIG TRIG TRIGger SOURce TRIGger SOURce lt gt
644. Te CLOSe 101 103 107 207 Asgilent N2260A 1 1 MUX Agilent N2260A 2 Ss98 s99 s N2260A 80 1 40 2 20 2 20 4 MUX SCPI 25 N2260A 40 2 MUX 1 N2260A
645. V ACrms 42 V AC 5 5 V 2 W 332 Agilent 44476AI B Agient44476A 44476B 44476A 44476 A 3 33311B8 DC 18 GHz 24 GHz 18 GHz gt 90 dB 1 000 000 0 03 50 0 33311B
646. c14 9 He HA m4 MC lt cte Eo lt 6 NC lt Ele lt A32 lt B32 lt E14 A16 C16 E16 E30 A32 C32 E32 NC 8 71 J901 314 44481B 4 P101 P104 8 72 BER CH157 CH16 7 17 TCH18 7 CH19 a nl L HlL Hl EPCELCCTCTT CH10 CH11 CH12 CH13 T 14 IE 5 E L 2 1 L L HIL H L H 848 72 44481B 44481B 44471D Se 315 44471D 20 8 4
647. g m Out External Increment External Increment E EI DMODE EEI 1 0 EI Voltmeter Complete Channel Closed F CC External Trisger STEP CHAN IO CC Voltmeter Complete CC 1 Voltmeter Complete 3458A
648. gilent N2 Agilent N2 1 1 Agilent N2 270A 10 EE 276A B 1 6 4 281 B 1 Agilent N2 1 Agilent N2 1 Agilent N2 H 1 S 280A 4 1 2 ELIE e 281A 1 4 291 OU 292 293 28 295 297 ARE aA T AE EE EAEE
649. idian District Beijing 100088 PRC Declares that the product Product Name Switch Control System Model Number Agilent 3499A B C Product Options All Conforms with the following product standards EMC Standard Limit IEC 61326 1 1997 A1 1998 EN61326 1 1997 A1 1998 CISPR 11 1990 EN 55011 1991 Group 1 Class a TEC 61000 4 2 1995 A1 1998 EN 61000 4 2 1995 4 kV CD 8 kV AD TEC 61000 4 3 1995 EN 61000 4 3 1995 3 V m 80 1000 MHz TEC 61000 4 4 1995 EN 61000 4 4 1995 0 5 kV signal lines 1 kV power lines TEC 61000 4 5 1995 EN 61000 4 5 1995 0 5 kV line line 1 kV line ground TEC 61000 4 6 1996 EN 61000 4 6 1996 3 V 0 15 80 MHz TEC 61000 4 11 1994 EN 61000 4 11 1994 1 cycle 100 Canada ICES 001 1998 Safety 61010 1 1990 1 1992 2 1995 EN 61010 1 1994 A2 1995 Canada CSA C22 2 No 1010 1 1992 UL 3111 1 1994 Conformity Supplementary Information The product herewith complies with the requirements of the Low Voltage Directive 73 23 EEC and the EMC Directive 89 336 EEC including 93 68 EEC and carries the CE mark accordingly European Union y Weiren Wang Manager April 2002 For further information please contact your local Agilent Technologies sales office agent or distributor 1 The Product was tested in a typical configuration with Agilent Technologies test systems Agilent 3499AB C
650. lt 30 pF lt 50 pF lt 0 10 dB lt 0 20 dB lt 0 60 dB lt 73 dB lt 53 dB lt 28 dB 3499A B C 203 Agilent N2263A 32 IO Agilent N22653 32 LO 32 3 TTL 32 IO 32 1 4 8 2 16 1 32 4 8
651. ltRM drm If status lt VI SUCCESS Then GoTo VisaErrorHandler 3499A 7B C INST_ADDR GPIBO 9 INSTR 3499A B C GPIB 9 status ViOpen drm INST_ADDR 0 0 vi If status lt VI_SUCCESS Then GoTo VisaErrorHandler 3499A B C 3488A Call SYSMODE HP3488A Chr 10 0 Sleep 4000 4 Call viVPrintf vi RESET Chr 10 0 Call Sleep 4000 100 103 Call viVPrintf vi CLOSED 100 101 102 103 Chr 10 0 100 103 Call viVPrintf vi OPEN 100 101 102 103 Chr 10 0 2 viVPrintf vi SLIST 100 103 Chr 10 0 100 103 For I 0 To 8 Call viVPrintf vi STEP Chr 10 0 1 Sleep 25 25 ms Next viClose vi 3499A B C viClose drm End ErrorHandler MsgBox Error Error MB_ICON_EXCLAMATION If drm lt g
652. mA 0 8V I 600mA 2 2 0V 0 8V 5 V DC 2 24 400 0 5V I 1mA lt 25 mA 5 V 2 2 0V 0 8V 208 Agilent N2264A Agilent N2264A H YO 1 mw 12 A 3 A mm 16 TO 1 2 2 DIN D
653. n performance or may have been subject to incidental use 5 The warranty period begins on the date of delivery or on the date of installation if installed by Agilent If customer schedules or delays Agilent installation more than 30 days after delivery warranty begins on the 31st day from delivery 6 Warranty does not apply to defects resulting from a improper or inadequate maintenance or calibration b software interfacing parts or supplies not supplied by Agilent c unauthorized modification or misuse d operation outside of the published environmental specifications for the product or e improper site preparation or maintenance 7 TO THE EXTENT ALLOWED BY LOCAL LAW THE ABOVE WARRANTIES ARE EXCLUSIVE AND NO OTHER WARRANTY OR CONDITION WHETHER WRITTEN OR ORAL IS EXPRESSED OR IMPLIED AND AGILENT SPECIFICALLY DISCLAIMS ANY IMPLIED WARRANTY OR CONDITIONS OF MERCHANTABILITY SATISFACTORY QUALITY AND FITNESS FOR A PARTICULAR PURPOSE 8 Agilent Technologies will be liable for damage to tangible property per incident up to the greater of 300 000 or the actual amount paid for the product that is the subject of the claim and for damages for bodily injury or death to the extent that all such damages are determined by a court of competent jurisdiction to have been directly caused by a defective Agilent product 9 TO THE EXTENT ALLOWED BY LOCAL LAW THE REMEDIES IN THIS WARRANTY STATEMENT ARE CUSTOMER S SOLE AND EXLUSIVE REMEDIES EXC
654. nt 3499A7B C IO SCPI 3488A IO
655. ock 450 2048 0 err_status viRead buf 2048 7 amp rtnLen if err_status lt VI_SUCCESS printf ERROR d n err_status for k 0 k lt 1024 k j i 1024 plnt short int amp buf k 2 6 in k j pInt for i 0 i lt 4 i for k 0 k lt 1024 k j i 1024 k if in j 0ut j printf n d d n i k printf n 4x 4x out j in j 77 777777777777777777777777777777777777777777777777777777777777777 FACS1 SBT H 1 77 77 777777777777 777777777777777777777 7777777777777777777777777 viPrintf vi sour dig data byte 274 h3e n 77 77777777777777777777777777777777777777777777777777777777777777 FACS1 SBT H 1 77 777777777777777777777777777777777777777777777777777777777777777 viPrintf vi sour dig data byte 474 2 viClose vi viClose defaultRM H FAOPO FAOP1 FASO0 0 3 FACS1 FEAS0 1 P102
656. r MsgBox Error Error If drm lt gt 1 Then viClose drm End If End VisaErrorHandler Dim strVisaErr As String 200 Call viStatusDesc defrm status strVisaErr MsgBox Error strVisaErr Tf drm lt gt 1 Then ViClose drm End If End End Sub 4 Agilent 3499AB C 3488A gt gt 1 GPIB 09 8 2 1 3 GPIB VISA PC x 3488A GPIB Declare Sub Sleep Lib Kernel32 ByVal Long Sleep Sub main Dim drm As Long Dim vi As Long Dim status As Long VISA Dim retStr As String 128 Dim str As String 363 status viOpenDefau
657. r SOURGe7 101 CONFigure EXTernal TRIGger OUTPut 102 CONFigure EXTernal TRIGger OUTPut 102 DIAGNOSE EI 11 lt 103 DIAGnostic DISPlay INEOrmaton 103 5 RE EE 104 5 EE SS kk kk 104 DIAGnoste EL REE RE LE EE EE _ 104 DIAGnostic MONitor CYCLES SE NN DTIAGnostiecERBLAYEGYCEeSMA27 106 DIAGnostic RELay CYCLes CLEar 107 1 AGnostiCiSPEEER 5 107 5 5 SS 109 INTTiate soso SSS 110 NE 111 INP tATTe nuationf LEVel Sn lt lt lt lt 111 INPut ATTenuation LEVe NS 111 ROUTE 112 ROWHeI GHANneli DBEAV E Gk 112 IROUTe EHANnek ok 113 ROUTe CLOSe 5 IROUTLeCEEOSEL E AA ROUEeICLOSE SEATe ER 116 ROUTE 117 ROUTE PUNHO SE 118 IROUTeHBMNGOT AA 119 ROUEe OBEN A 119 ROUTE JOPEN RA 2 lt 120 121 IROUTeISCANELIST SR RE lt 122 ROUTE SCAN Ne Re 122 ROUTE SCAN CL Eat Sk I EE EE EE ES 123 SOURce SOURce DIGital MODE SOUR DIGAM O D E SR SN EE 125 SOURce DIGital C
658. s 60 W DC 62 5 VA 1200 W 1250 VA lt 3 lt 0 5 0 108 36000 5 105 1A 80 DC lt 40 C 50 gt 10 9 Q 1 lt 40C 80 gt 10 Q lt 40C S50 gt 10 9 Q 1 lt 40C 80 gt 109 AC 1 lt 10 pF lt 20 pF 50 100 kHz lt 0 10 dB 1 MHz lt 0 20 dB 10 MHz lt 0 50 dB 50 100 kHz lt 70 dB 1 MHz lt 50 dB 10 MHz lt 30 dB HH 3499A7B C
659. snn snn mm SCAN snn snn snn snn mm SCPI 121 9 3 ABORt CLS RST SCAN 100 119 5 200 209 1 5 INIT 1 0 1 0
660. t 1 Then viClose drm End If End VisaErrorHandler Dim strVisaErr As String 200 Call viStatusDesc defrm status strVisaErr MsgBox Error strVisaErr Tf drm lt gt 1 Then ViClose drm End If End End Sub 364 BASIC BASIC 6 0 UNIKX 5 Agilent 3499 B C SCPI 1 1 1 GPIB 09 1 2 1 3 GPIB UNIX 11 SCPI GPIB RS 232 2 BASIC
661. ueryf vi sens dig data byte 477 n t buf a atoi buf len a len lt lt 8 err_status viQueryf vi sens dig data byte 476 n t buf a atoi buf len a len lt lt 8 err_status viQueryf vi sens dig data byte 475 n t a atoi buf len a printf x n len break 7 7 7 77777 777777777777 7777777 7777777777777777777777777 777777777777777777777777777777777777777 FCCS1 FCRS1 1 FCRS0 0 2 ENMA 1 FCBKC 0 77 7 77 777777777 7777777 7777777777777777777777777 7777777 777777777777 777777777777777777777777777 viPrintf vi sour dig data byte 454 ha0 n ADDL ADDM ADDH Ox000000 viPrintf vi sour dig data byte 455 h00 n viPrintf vi sour dig data byte 456 h00 n viPrintf vi sour dig data byte 457 h00 n 1 0 1 lt 4 1 265 266 sprintf tmpStr sens dig data word block 450 2048 0 err_status ViPrintf vi sens dig data word bl

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