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プログラミング解説書

Contents

1. Du dh DATA VMON 261 1 DATA IMON 257 82 9 Ru Ra Ra Ra
2. 2 1 2 1 DATA CMDt1 2 255 HP
3. Item Item 1 Number Stat_ana 1 Stat_ana 0 List_stat List_stat 1 Nop List_stat
4. 38 364 40 59 80 41 bin_sort bas 114 80 calib bas 45 30 compen bas 59 7 data bas 95 17 fetch bas 92 file_sav bas 129 4286A vs 4287A GPIB 337 filelist bas 132 332 lvl_mon bas 100 350 meas_ary bas 190 314 meas_fxt bas 170 meas_sys bas 179 Rdc 101 printer bas 364 106 rdc bas 103 read bas 97 144 setup bas 34 110 srq_err bas 13
5. 3 1 3 1 0 3 1 4294apj022 4287A
6. 6 1 201 201 201 6 1 gt 6 2 1000 1 0FE 3 1 0E 3 6 2 9 6 3 6 4 6 3
7. 2 2 2 22 2 GPIB 2 2 AA BB CC DD EE FF GG HH JJ WT 1 AA CC R 0M ROOT 2 AA BB EE FF GG N NO 3 AA DD HH JJ D 5 D 1 1 4 AA BB EE AADDJ LA005006
8. GPIB EF C GPIB 4287A GPIB 196
9. READY_FOR_TRIG INDEX EOM 5 2550 2570 BIN BIN1 BIN13 0UT_OF_ GOOD_BINS BIN 2620 2720 BIN 2730 2990 178 14 3030 3040 File
10. 1 2 3 4 5 6 12 7 7 8 10 o 4287A 2 4287A 4287A 8 4 4287A 6 12 7 1 4 12 7 2 4287A Agilent 4287A Rear Panel 4287ase06002 A23
11. NM IN 4287A 81 DATA CMPt1 3 256 R DATA RCMP 1 3 260
12. 1 Rae A 2 Rae B 3 Ra C gt R Query lt newline gt lt END gt wm NM 15 259 Query Query DATA RCMD 1 2 DATA RCMD 1 2 DATA DATA RCMD 1 2 Ra
13. 14 187 a NII EE 90 100 140 150 160 200 210 240 280 300 350 400 Ri GPIB 10 4 Meas_max Max tab_ no mV 100 MHz 1 500 mV 1 Ls Unit Freq Ave Pow Paral1
14. H
15. 4287A A 1 A 2 4287A JPIKG MY432 ioecX3 309 1 1x ioecX1 309 ioecX2 309 1 20 ioecX2 309 x ioecX3 309 4287A A 1 5 5
16. 4287A 8 4287A 1 7 2 500K1 BIN
17. SOUR LIST SOUR LIST POIN 1 2 gt 1 100 1 1 lt newline gt lt END gt SOUR LIST 288 SOUR LISTTABL
18. 4287A CORR2 CKIT 241 CORR2 CKITLIST 241 Ra CORR2 CKIT STAN1 LIST 243 CORR2 CKIT STAN1 DC 242 CORR2 CKIT STAN2 LIST 245 CORR2 CKIT STAN2 DC 244
19. A B C 3 1 F A 2 B 3 C 1 I DATA CMP 1 3 256 Zu 2
20. 100 110 120 130 140 150 160 200 250 290 500 540 580 620 630 650 680 770 820 56 GPIB CAL_DATA File Ri 100 Q Ra 25 Q 0pen_1_1lim Short_u_ lim ASCII 4 1
21. CALC PAR 1 4 EXPR NAME 223 CALC PAR 1 4 EXPR CENT 222 CALC PAR 1 4 EXPR STAT OFF 0 ON 1 CALC PAR 1 4 EXPR NAME DEV PCNT Meas Meas Ref ase 100 Meas Rpef Meas Ref CALC PARI1 4 EXPR CENT FETC 274 GPIB BIN
22. iDISP 269 DISP UPD 273 GPIB LCD LCD DISP BACK 262
23. LA Operation Manual P N 04287 900x4 ABA Programming Manual P N 04287 900x1 ABA P N x 1 14 KR Eo 17 GPDB 0 N 4 TE 17 BB 5 5 18 2 GPIB rr 20 GPIB A 20 RR ER 2 2 ER SS 20 RR 21 GPIB 22
24. Load_para Load_para Para1 Para2 Nop 1 2390 2410 Nop 2 2 2420 2470 Inp_data 3 2480 2500 Ra y n CD 2540 y R y
25. Kit o Kit 1 2 Kit 1 7 mm Kit 2 Kit 2 Def Def 1 Nop 1 Def 2 Nop
26. 1 para
27. 3 1 1 1 MHz 2 10 dBm 2 10 MHz 2 10 dBm 3 100 MHz 2 10 dBm 4 1 GHz 2 10 dBm 1 4 1 Ls 100 nH 2 Rs 100 nH 3 Q 4 1 2 1 Ls 3 1 Rs 4 1 9 Rk Ra 5 Q
28. 2 lt 1 gt 4 gt 1 gt 2 gt 3 gt 4 gt 4 lt gt 1 gt SYSTem PRESet SYSTiPRES 300 2
29. SYST PRES RST ASCII ASCII x x GPIB NORMAL NORMAL x x GPIB P11 HP DeskJet 970C Series LCD x Both 5 7 x Front lt x x Both x x Bot lt x x Both oO x Both x Bot FAIL lt x Bot lt x Both GPIB 17 x Front IP 192 168 0 1 x oO Front IP 192 168 0 1 x Front
30. RST 200 ABOR 203 5 1 sg INIT 281 INITCONT 281 ON 66 5 5 2 H H TRIG 302 CTRIG DEL 302 5 1 b
31. Disp Update Beep Lock Ls 10 nH 10 L_1im U 1im Ra 100 Q Ri 25 Q Open_1_1im Short_u lim 100 Q 25 Q 40 440 450 460 500 520 530 540 550 590 600
32. 370 I 100 101 102 103 104 105 108 109 112 113 100 Command error 4287A IEEE488 2 11 5 1 1 4 Invalid character CALC PAR1 FORM LS CALC PAR1 FORM amp LS amp Syntax error SYST PRES SYST PRESS
33. 7 GPIB 7 GPIB 17 717 GPIB 717 4287A GPIB Agilent 4287A GPIB 17 1 System 2 GPIB ADDR XX
34. HP BASIC DOS HP BASIC GET setup bas HP BASIC GET setup bas GPIB GPIB
35. 4287A LED 4287A 4287A 140 11 12 F Agilent 4287A BIN 4287A BIN 4287A ml HH 141 NRS NII NIES
36. 50 Hz 2000 60 Hz 1667 gt 1 6000 128 1 1 lt newline gt lt END gt N wm NM 306 15 V L RT H NM NO A Agilent 4287A 307 A 1 2 1
37. 4 Query gt 248 Save Recall FILE UTILITY 15 283 wm NM MMEM DEL MMEM DEL MMEM DELete lt gt A
38. 1850 Kit 1860 Kit 1 2 1900 Kit 1 4287A 1920 Kit 2 Kit 2 1940 2020 Def 2050 2060 Def 1 Nop 1 2080 2100 Def 2
39. Query gt 248 Save Recall RECALL STATE 284 15 MMEM STOR MMEM STOR MMEM STORe lt gt LOG LIST SETup COMParator LCD Capture LCD 1 csv 2 Query
40. 0 R 0 Ri 80 DATA CAD 1 8 253 RF
41. Query nop freq 1 ave 1 tpow 1 freq N ave N pow N lt newline gt lt END gt SOUR LIST SIZE 290 SOUR UNIT 292 Setup View 288 15 Query 1 9 289 SOUR LIST CLE SOUR LIST CLE SOURce LIST CLEar Query Setup View Alt 2 8 2 SOUR LIST POIN SOURce LIST POINt lt gt SOURce LIST POITNt 1 MEN 1
42. 4 1 2660 2730 2650 y 2790 2900 Inp_data 2810 2830 2840 Mes 2860 2870 y n 2880 2870 y 0 calib bas 10 20 30 40 50 60 70 80 90 00 10 20 30 40 50 60 70 80 90 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 DIM Buff
43. ON 1 OFF 0 1 0 lt newline gt END gt CALC PAR 1 4 EXPR CENT 222 Prmtr SETUP DATA MATH PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 STAT 15 NM 223 CALC PAR 1 4 FORM CALC PAR 1 4 FORM CALCulate PARameter 1 2 3 4 FORMat ZIYILSILPICSICPIRSIRPIQIDIXIGIBITZRITZDITYR ITYD CALCulate PARameter 1 213 4 FORMat 1 PAR1 4 PAR4 1 4
44. SOUR LISTITABL 291 SOUR LIST 288 SOUR UNIT 292 SOUR LIST
45. Query nx2 1 gt n nx2 gt n E 2 Nx2 n 1 CN 1 Nx2 lt newline gt END gt 256 15 Query Query 15 257 DATA FDAT 1 4 DATA FDAT 1 4 DATA DATA FDATa 1 2 3 4 1 FDAT1 4 FDAT4
46. H_1 JP1KGOOxx YES MVY43200xxx MY43300xxx NO 360 H 4287A HCOP PRIN 280 4287A HCOP DPR 279 4287A 1 1
47. SOUR LIST STAT 291 SOUR LISTPOIN 289 Ru Ru RJ SOUR LISTRDC 290 BIN R R R SOU
48. A 1 ON 1 OFF 0 1 0 lt newline gt lt END gt Setup View 226 15 Query 15 227 CORR1 CKIT STAN1 DC CORR1 CKIT STAN1 DC SENSe CORRection1 CKIT STANdard1 DC lt gt SENSe CORRection1 CKIT STANdard1 DC R gt 1E6 1E6 0 S 1E 18
49. lt newline gt lt END gt Display SETUP MEAS DISP l mon V mon MODIFY MSD wm NM 15 267 Query nl gt wx ww Query DISP TEXT1 CALC13 DIG DISP TEXT1 CALC13 DIG DISPlay WINDow TEXT1 CALCulate13 DIGit lt gt DISPlay WINDow TEXT1 CALCulate13 DIGit RJ lt 4 6 4 1 lt newline gt lt END gt Display SETUP MEAS DISP R_dc DIGIT DISP TEXT1 CALC13 FIX DISP1ay WINDow TEXT1 CALCulate13 FIX ON OFF 1 0 DISPl1ay WINDow TEXT1 CALCulate13 FIX Ra
50. CC SOUR LIST SOUR LIST CLE gt 1 1 32 1 1 lt new1ine gt lt END gt SOUR LIST 288 SOUR LISTCLE 289 SOUR LIST STAT 291 Stml Select POINT No wm NM gt wx ww Query SOUR LIST RDC SOUR LIST RDC SOURce LIST RDC ON OFF 1 0 SOURce LIST RDC RJ
51. 5 6 Rdc Agilent 4287A 7 BIN BIN 8 9 10
52. HCOP IMAG 280 HCOP 278 HCOP ABOR 278 362 H 1 1 printer bas 40 GPIB 60 80 90 100 110 140 160 170 190 210
53. lt newline gt lt END gt CORR1 CKIT STAN1 EDEL 228 CORR1 CKIT STAN3 EDEL 234 Setup View wm NM Query CORR1 CKIT STAN2 LIST CORR1 CKIT STAN2 LIST SENSe CORRection1 CKIT STANdard2 LIST lt 1 gt 2 gt lt 3 gt SENSe CORRection1 CKIT STANdard2 LIST2 lt 1 gt Rs Ls 2 CORR1 CKIT LIST OFF
54. A LCD MMEM STOR 285 sta
55. 2 CALC COMP COND 1 4 SNUM 212 CALC COMP CONDI1 4 PAR 211 BIN CALC COMP COND 1 4 MODE 209 CALC COMP COND 1 4 NOM 210 CALC COMP BIN 1 13 COND 1 4 LIM BIN 207 BIN CALC COMP BIN 1 13 COND 1 4 LTYP 208 1 7 107 7 1 7 1 BIN
56. A CORR12 Ra 2 Query NN 4U CORR1 225 CORR1 COLL 238 CORR1 COLL DC 239 CORR1 COLL RF 240 CalCompen CAL DIALOG 240 15 CORR2 CKIT CORR2 CKIT SENSe CORRection2 CKIT DEFault USER SENSe CORRection2 CKIT 4287A OR A
57. 4287A LAN RJ 45 LAN 10Base T twisted pair Ethertwist 160 1 1 2 3 4 5 6 7 LAN LAN 4287A FTP LAN 4287A Windows 98 Windows NT Windows WMS DOS Windows 98 Windows 98 ftp Windows file_com sta 4287A IP
58. BIN 10 10 BIN 1og_data csvy 110 120 GPIB 160 180 No 1 mV 2 Act_tab Unit Nop 190 240 100 MHz 800 MHz 1 500 mV Freq Ave Pow 250 270
59. File name not found System error 4287A 4 Out of memory RAM Query error 4287A Query IEEE488 2 11 5 1 1 7 6 3 Query Query INTERRPUTED INTERRUPTED Query IEEE488 1 6 3 2 3
60. CALC EXAM SIZE 221 1 Param x Nop 77es Param x Nop x 77es gzgz Aop Param 1 4 Ra Nop 1 1 1 4 R
61. Int STAN1 STAN2 CORR2 COLL 246 CORR2 COLL RF 248 CalICompen COMPEN DIALOG 15 247 wm NM gt x ww Query CORR2 COLL OPEN CORR2 COLL OPEN SENSe CORRection2 COLLect OPEN STATe ON OFF 1 0 SENSe CORRection2 COLLect OPEN STATe ON 1
62. CORR2 COLL 246 CORR2 COLL OPEN 248 CORR2 COLL SHOR 249 Cal Compen COMPEN DIALOG CORR2 COLL SHOR SENSe CORRection2 COLLect SHORt STATe ONIOFF 1 0 SENSe CORRection2 COLLect SHORt STATe ON 1 OFF 0 1 0 lt newline gt END gt CORR2 COLL SAVE 249 CORR2 COLL OPEN 248 Cal Compen COMPEN STATUS SHORT 1 9 249 wm NM CORR2 FIXT CORR2 FIXT SENSe
63. ON 1 Ra R OFF 0 Ra Ra Query Query 110 lt newline gt lt END gt Prmtr RDC MEAS SOUR LIST RDC OFSC SOURce LIST RDC SOURce LIST RDC OFSCancel ON OFF 1 0 OFSCance1 RJ ON 1 OFF 0 1 0 lt newline gt lt END gt System SERVICE MENU RDC OFS CANCEL SOUR LIST SIZE SOURce LIST SIZB bl Query lt newline gt l
64. 4287A 4287A 1 oo 4287A B 2 B 3 B 4 1
65. AVER COUN 204 SOUR LISTCLE 289 1 8 SOUR LIST SIZE 290 1 1 4287A
66. CALCulate MATH EXAMine MEMory S1ZE RAM 1 Param x Nop Param x Aop x Zimes PZ aram AMNop Times Param 1 4 Ra Nop 1 1 Times gt 1 2400000 3000 1 Param x Nop
67. lt newline gt END gt BIN Setup View AI 2 7 lt wm NM CALC COMP RDC LIM CALC COMP RDC LIM CALCulate COMParator RDC LIMit lt 1 gt 2 gt CALCulate COMParator RDC LIMit Ra 1 gt 2 gt 1B20 1E20 1E20 1E20 0 10000 2 2 1E 20 1E 20 1 1 gt 2 gt lt 1 gt 2 gt Q
68. DISP TEXT10 270 DISP TEXT10 DATA 270 iDISP TEXT11 271 1 1 J MAG gt DISP TEXT11 MODE 271 3 1 setup bas
69. N LIVE 1 STAM LIVE lt newline gt END gt DISP TEXT11 271 Display DATE amp TIME 15 271 wm NM DISP TEXT2 LAB 1 4 DISP TEXT2 LAB 1 4 DISPlay WINDow TEXT2 LABel 1 2 3 4 PARaml PARam2 PARam3 PARam4 VMONitor IMONitor FREQuency AVERage POWer RDC DISPlay WINDow TEXT2 LABel 1 2 3 4 1 LAB1 4 LAB4 PARam1 1 PARam2 2 PARam3 3 PARam4 4
70. lt new1ine gt lt END gt Display 15 SETUP MEAS DISP R_dc MODIFY MSD wm NM 269 gt wx ww Query Query DISP TEXT10 DISP TEXT10 DISPlay WINDow TEXT10 STATe ONIOFF 110 DISPlay WINDow TEXT10 STATe CEDISP TEXT10 DATA ON 1 OFF 0 1 10 lt newline gt END gt DISP TEXT10 DATA 270 Display TITLE MENU DISPLAY DISP TEXT10 DATA DISPl1ay WINDow TEXT10 DATA gt DISPlay WINDow TEXT10 DATA gt
71. ASCII FETC 274 READ 287 TRG 202 DATA DATA CADt1 8 253 DATA CCOt1 6 254 DATA CMDt1 2 255 DATA CMP 1 3 256 DATA RCAD 1 3 259 DATA RCCO 1 3 259 DATA RCMDt1 21 260 DATA RCMP 1 3 260 DATA FDAT1 4 257 DATA RAW 258 DATA IMON 257 DATA VMON 261 DATA RDC 261 FORM 276 3 SYSTPRES 300 74 6 ASCII AsCII ASCII IEEE488 2
72. gt 10 15 15 0 1 lt newline gt lt END gt Display SETUP MEAS DISP PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 MODIFY MSD wm NM 15 265 gt wx ww Query nls gt x ww Query DISP TEXT1 CALC 11 12 DISP TEXT1 CALC 11 12 DISP1ay WINDow TEXT1 CALCulate 11 12 STATe ON OFF 1 0 DISP1ay WINDow TEXT1 CALCulate 11 12 STATe CALC11 CALC12 ON 1 OFF 0
73. autorec sta 4287A MMEM COPY 283 MMEM CRE DIR 283 MMEM DEL 284 MMEM CAT 282 17 6 9 127 9 1 file_sav bas
74. 1 1 1 1 1 1 SRQ
75. 40 60 70 80 90 110 130 310 320 330 360 630 650 670 730 GPIB 1 0 List_stat Point Content Content Content Extension csv Par
76. R lowerLimi 9 pezZ 7 UpperlLimit Short Load 2 LowerLimit Short Load 2 SR 3 2 UpperLimit oad pe 1 gt 2 LowerLimi 4 2 Short R 7og 7 R eg Rac 50 25 Q 25 100 QO 100 Q 40 Q DATA RCAD 1 3 R
77. CORR2 FIXTEDEL DIST 251 CORR2 FIXTLAB 252 51 gf S nM 3 9 EE
78. i I 38 ro 38 38 40 41 A 42 51 51 a ha 51 2 ee 2 2 ee 2 CS AS DS SO 2 52 52 52 54 55
79. D USER 4287A Query gt 248 Save Recall FILE UTILITY MMEM LOAD MMEM LOAD gt MMEM STOR STA A
80. 0 SYST PRES RST CI ik _ autorec sta 2 Pront 7 mm 7 mm lt x Both a oh G 0 S lt x Both Cp 0 F x Both 0 S x Both 0 s x Bo Rs 0 Q lt x Bo Ls 0 H x Both 0 Q x Both 0 s lt x Both
81. No 1 150 260 270 300 290 320 410 168 mA 4 100 MHz 0 2 mA 1 4 R Para H 1 Set DUT then Push Enter key Enter Once more y
82. SRQ SRQ SRE 201 STATOPER ENAB 293 STAT OPER PTR 294 STAT OPER NTR 294 4 1 1 0 4287A SRQ SRQ SRQ mS SRE128 9 9 0 9 STAT OPER ENAB16 1 STAT OPER
83. tt lt newline gt lt END gt CORR1 CKIT STAN2 DC 230 CORR1 CKIT STAN3 DC 233 Setup View wm NM 7 wx ww Query CORR1 CKIT STAN1 EDEL CORR1 CKIT STAN1 EDEL SENSe CORRection1 CKIT STANdard1 EDELay TIME lt gt SENSe CORRection1 CKIT STANdard1 EDELay TIME CORR1 CKITLIST 226 gt 1E6 1E6 0 s 1E 18
84. 1 1 4287A 4287A IEEE 488 2 3 GET 1 N EBI 6 0 7 Power ON 4287A 1 CLS B 317 B 3
85. READY_FOR_TRIG High Low 6 6 READY_FOR_TRIG High Low READ2 CINITCONT 281 OFF ABOR 203 6 6 READ READ2 Query
86. Rs Ls R Set the Scanner s Channel to No 1 and Set Open Connection 1 1 y Enter 1 2 4 Set the Scanner s Channel to No 1 and Set Short Connection 1 1 y Enter 1 2 4
87. oa SYST PRES RST x Both x Bo x Bo O x Bo 1 1 O x Both 2 2 lt x Bo 3 3 lt x Both 4 4 lt lt x Both Internal x Both lt lt x Both x x GPIB 3000 x Bo BIN x Bo BIN BIN 10 O x Bot BIN1 x Bot BIN13 1 oO x Both 1 4 1 Z x Both 2 6z deg x Bot 3 Rs
88. o ON 1 OFF 0 10 lt newline gt END gt S YST KLOC SYST KLOCK MOUS System KEY LOCK MENU FPANEL LOCK A 309 gt V L 3 RT H W Query SYST KLOC KBD SYSTem KLOCk KBD ON OFF 1 0 SYSTem KLOCk KBD ON 1 OFF 0 SYST KLOC 10 lt newline gt END gt SYST KLOC SYST KLOCK MOUS System KEY LOCK MENU KBD LOCK 310 A 2 ww Ma Ei
89. 10 H 361 NNI NM ww ES LCD T gt
90. Short J5 2 Short EXT_DCV J5 1 Open 5V J5 8 EXT DCV 4287A Open J5 1 J5 2 Short 2 Short J5 3 J5 4 J5 6 J5 7 S1 S1 DCV
91. 4 10 10 1 SRQ srq_err bas 10 DIM Buff 9 Err_mes 50 20 TINTEGER Scode Err_no 30 40 ASSIGN Agt4287a TO 717 50 Scode 7 60 70 OUTPUT Agt4287a ESE 60 80 OUTPUT Agt4287a SRE 32 90 OUTPUT Agt4287a CLS 00 OUTPUT Agt4287a OPC 10 ENTER Agt4287a Buff 20 30 ON INTR Scode GOTO Err_proc 40 ENABLE INTR Scode 2 50 OUTPUT Agt4287a CALC PAR1 FORM LS 60 PRINT Meas Para 1 Setting Ls 70 OUTPUT Agt4287a CALC PAR2 FORM RS 80 PRINT Meas Para 2 Setting Rs 90 OUTPUT Agt4287a CALC PAR3 FORM Q 200 PRINT Meas Para 3 Setting Q 210 OUTPUT Agt4287a CALC PAR4 FOR D 220 PRINT Meas Para 4 Setting D 230 OUTPUT Agt4287a OPC 240 ENTER Agt4287a Buff 250 GOTO Skip_err_proc 260 Err_proc OFF INTR Scode 270 OUTPUT Agt4287a SYST ERR 280 ENTER Agt4287a Err_no Err_mes 290 PRINT Error occurred 300 PRINT No Err_no Description amp Err
92. 4287A 14 3 11 GPIB 15 GPIB GPIB 15 GPIB
93. Query 82 lt 1 1 gt 2 gt 3 gt Rs Ls 1 1E6 1E6 1E6 1E6 32 1 0 0 Q H 1 1E 18 1E 18 2 CORR1 CKIT LIS 3 lt newline gt END gt T 226 CORR1 CKIT STAN1 LIST 229 CORR1 CKIT STAN3 LIST 236 Setup View 232 15 Query 15 233 CORR1 CKIT STAN3 DC CORRT CKIT STAN3 DC SENSe CORRection1 CKIT STANdard3 DC lt gt SENSe CORRection1 CKIT STANdard3 DC
94. printer bas 10 DIM Set_pr 50 Inp_char 9 20 TNTEGER List_stat Max_no Content 30 CLEAR SCREEN 40 ASSIGN Agt4287a TO 717 50 60 OUTPUT Agt4287a HCOP DPR 70 ENTER Agt4287a Set_pr 80 PRINT Current Printer Selection amp Set_pr 90 PRINT Do you want to change the printer selection 100 INPUT Y es N o Inp_char 110 IF UPC Inp_char Y OR UPC Inp_char YES THEN 120 PRINT Printer Selection 130 Printer_select Agt4287a 140 D IF 150 160 UTPUT Agt4287a SOUR LIST STAT 180 190 ERROR GOTO Content_select 200 Content_select E 0 170 ENTER Agt4287a List_stat 0 210 PRINT Print Content Selection 220 PRINT Select Content 230 PRINT 1 Screen 240 PRINT 2 Setup Tables Stimulas Cal Kit Compen Kit Bin Sort 250 IF List_stat 1 THEN 260 PRINT 3 List Measurement Result 270 Max_no 3 280 ELSE 290 Max_no 2 300 END IF 310 PRINT 320 PRINT Input 1 to amp VAL Max_no 330 INPUT Number Inp_char 340 Content IVAL Inp_char 10 350 IF Content lt 1 OR Content gt Max_no THEN Content_select 360 OFF ERROR 370 SELECT Content 380 CASE 1 390 OUTPUT Agt4287a HCOP CONT SCR 400 OUTPUT Agt4287a HCOP TMAG MON 410 CASE 2 420 O
95. BIN BIN CALC COMP BIN 1 13 206 106 BIN BIN BIN OUT_0OF_GOOD_BINS BIN BIN BIN 2 BIN BIN 0UT_OF_GOOD_BINS Low BIN BIN BIN O0UT_OF_GOOD_BINS BIN BIN1 BIN13 BIN 12 2 BIN
96. CORR1 CKIT STAN3 FORM 235 CORR1 COLL 238 Ra Ri CORR1 COLL RF 240 CORR1 COLL DC 239 CORR1 COLL CORR1 COLL ERF CORR1 COLL DC Int 38 4 1 2 3 4
97. 1 1 gt 196 15 Query Query Query Query
98. B 1 0 1 0 2 Wa Er Ye NebB 1 0 3 it 90 Questionable Status 1 Register Summary 4 MAV MA 1 5 1 1 Standard Event Status 1
99. Query Tnt STAN1 STAN2 CORR2 COLL DC 247 CORR2 COLL RF 248 CalCompen COMPEN DIALOG 246 15 CORR2 COLL DC CORR2 COLL DC SENSe CORRection2 COLLect ACQuire DC STAN1 STAN2 Ri MNO sO
100. Ra R 23 RDC_OUT_OF_RANGE Low 24 0VLD Low Low 4287A 9 0 2 26 0 14 15 27 28 EXT_DCV 29 ALARM Low Low 30 INDEX
101. N DATA VMON 261 wm NM Query DATA RAW DATA RAW DATA DATA RAW 79 Query 1 2 lt newline gt lt END gt 1 Nx2 lt newline gt END gt nx2 1 n nx2 n Nx2
102. Ri gt 1E6 1E6 50 9 1E 18 lt newline gt lt END gt CORR1 CKIT STAN1 DC 227 CORR1 CKIT STAN2 DC 230 Setup View wm NM wx ww Query CORR1 CKIT STAN3 EDEL CORR1 CKIT STAN3 EDEL SENSe CORRection1 CKIT STANdard3 EDELay TIME lt gt SENSe CORRection1 CKIT STANdard3 EDELay TIME CORR1 CKIT LIST 226
103. Rs Ls 1740 1820 Inp_data 14 177 on 4 1 45 1840 1920 FNCal FNCa1 4 1 45 1940 1960 2000 2020 2060 2200 BIN 2210 2220 BIN 0gbin BIN BIN 22
104. 2 telnet 164 1 LAN telnet 13 4 telnet x Edit Teminal Help OOD DNR RRR 1 4287A RF LCR Meter RNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN lt lt current members max members 1 5 gt gt gt gt SYST PRES gt gt CALC PAR1 FORM LS gt gt CALC PAR2 FORM Q gt gt CALC PART FORM LS gt gt CALC PAR2 FORM2 Q gt 4287api021 5 telnet Connection 13 4 1 4287A telnet UNIX telnet telnet quit 4287A telnet
105. Sta bmp LCD csv ASCII dta 2 A 5 autorec sta 4287A 1 lt gt gt
106. 30 GPIB 50 60 1 0 List_stat 80 90 List_stat 1 Nop 110 List_stat 1 Nop 1 130 Nop I_mon V_mon 150 ASCII 160 170 I_mon 180 190 V_mon 230 320 mA mV 9 S
107. GPIB LAN SRQ Standard y SRQ SRQ Standard Err_ flag 0 R Err_fl
108. 8 74 NORMal MSB Most Significant Bit SWAPped LSB Least Significant Bit NORM ISWAP lt newline gt END gt FORM 276 N 15 277 wm NM Query HCOP HCOP HCOPy IMMediate HCOP CONT 4287A Query HCOP CONT 278 Display PRINT MENU PRINT HCOP ABOR
109. CALC COMP BEEP COND 205 SYSTiBEEP2 STAT 297 BIN BIN 4 AND BIN BIN OUT_OF GOOD_BINS CALC COMP CLE 208 BIN BIN BIN
110. IDN 199 Agilent Technologies Japan Ltd SER NO JP1KG12345 MADE IN JAPAN 33 4287aoj048 308 Query 1 1 1x AVER COUN 204 MMEM CAT 2 282 MMEM COPY 283 MMEM CRE DIR 283 MMEM DEL 284 2 R 1 1x 1 20 DISP CCL 263 SOUR LISTRDC OFSC 290 3 SYST KLOC SYST KLOC KBD SYST KLOC SYSTem KLOCk FPANe1 ON OFF 1 0 SYSTem KLOCk FPANe1
111. R R STAN1 CORR2 COLL nt 2 STAN2 CORR2 COLL CORR2 COLL SAVE R STAN1 CORR2 COLL CORR2 COLL RF tre Tht A A STAN2 CORR2 COLL CORR2 COLL RF
112. ON 1 OFF 0 1 0 lt newline gt lt END gt Display SETUP MEAS DISP l mon V mon MSD FIXED DISP TEXT1 CALC 111 12 MSD DISP1ay WINDow TEXT1 CALCulate 11 12 MSD lt gt DISP1ay WINDow TEXT1 CALCulate 11 12 MSD CALC11 CALC12 10 0 01 1E 2 2 gt 10 15 15 0 1
113. Nop 2130 2230 Nop 1 2140 2160 Nop 2 2 2170 2200 Inp_data 3 2210 2220 2250 2260 R y n 2270 2320 2260 y R 2390 2820 Set fixture 2440
114. Open_ 1_1im Short_u_1im Load_ 1 1im Load_u 1im FNCa1 y n 450 y FNCa1 Cal_coef_a1 Cal_coef_a2 Cal_coef_b1 Cal_coef_b2 Cal_coef_c1 Cal_coef_c2 A1 B1 C1 A2 B2 C2 Pe Cal_coef_b1 Cal_coef_c1 Cal_coef_a2 Cal_coef_b2 Cal_coef_c2
115. 420 430 R 10 Q 10 Q Rdc_1_lim Rdc_u lim 1 4 BIN 6 Max_cond Max_bin 490 BIN 2 0gbin 500 1420 BIN 470 480 100 MHz 800 MHz Ls 10 nH Q Ls 10 nH Q BIN1 BIN 3 gt 10 5 gt 10 BIN2 BIN 5 gt 10 5 gt 10 BIN3 BI 5 gt 10 5 lt 10 BIN4 BI 5 gt 10 5 gt 10 5 BIN5 BI 5 gt 10 5 lt 10 5 BIN6
116. SYSTERR COUN 298 1 0 No error 2 SRQ 10 1 134 10
117. 14 15 Agilent 4287A GPIB GPIB C GPIB A Agilent 4287A B Agilent 4287A C GPIB
118. 6 1 Ra R Ra Ra R ne Ra R x2
119. 4286A 4287A 42860A B m DS cc Pp lt 1 DS Pp mw w NM Ka a E 345 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A MMEM STOR CAL AUTO MMEM STOR DINT GRAP 1 1 MMEM STOR DINT TRAC MMEM STOR ITEM TRAC CAT MMEM STOR 285 MMEM STOR ITEM TRAC DEL MMEM LOAD 284 MMEM STOR ITEM TRAC SEL MMEM STOR STAT MMEM STOR TRAC MMEM LOAD STAT MMEM LOAD CAL MMEM LOAD TRAC MMEM COPY 283 MMEM DEL 284 CALREC_C MMEM DEL CAL
120. DATA RCADt1 31 259 1 R 3 2 Ri 3 Ra 1 R Ra DC RF Rac J A B C
121. GPIB GPIB GPIB GPIB GPIB General Purpose Interface Bus 1 IEEE 488 1 IEC 625 IEEE 488 2 JIS C1901 GPIB Agilent 4287A GPIB 4287A 4287A GPIB 4287A 2 1 GPIB GPIB
122. 90 100 4 1 0 4 1 110 120 4 8 130 150 170 180 SRQ SRQ 190 210 1 5 1 SRQ srq_meas bas 10 DIM Buff 9 20 TNTEGER Scode 30 ASSIGN Agt4287a TO 717 40 Scode 7
123. Z Y LS LP CS CP RS RP Q Q D X G B TZR TZD
124. 3160 Data Input Function 3170 3180 SUB Inp_data Mes Inp_va 1 3190 DIM Inp_char 30 3200 ON ERROR GOTO Inp_start 3210 Inp_start 3220 PRINT Input amp Mes 3230 TNPUT Value Inp_char 3240 Tnp_val VAL UPC Inp_char 3250 PRINT Input Value Inp_val 3260 INPUT OK Y N Inp_char 3270 ITF UPC Inp_char lt gt Y THEN Inp_start 3280 OFF ERROR 3290 SUBEND a NII E 14 175 14 2 10 nH nmeas_sys bas
125. A23 J5 DIP S1 J5 S1 S1 12 5 A23 NHHU 2 BS o Slololo 12345678 3 Q J3 OO OO OOOO OoooooOoo 1 OO OO OO 88 ooOoOOO COOOO 4287as05001 12 151 Ii Ri NM TF MI gt F J5 J5 1 BXT_DCV 5V
126. 79 9 9E37 Query lt newline gt lt END gt 4 1 NJ lt newline gt lt END gt N Tr DATA IMON DATA DATA IMON 9 9E37 Query lt newline gt lt END gt Ep 1 NJ lt newline gt lt END gt
127. CALC RDC LIM UPP CALC RDC LIM LOW CALC COMP RDC LIM 218 pe DATA RDCL CALC COMP DATA RDC 216 CALC LIM STAT CALC LIM CLE CALC LIM SAVE CALC LIM SEGM CALC LIM SEGM ADD CALC LIM SEGM DEL CALC LIM SEGM EDIT CALC LIM SEGM SAVE CALC LIM SEGM UPP CALC LIM SEGM LOW CALC LIM SEGM CONT 342 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A TRG TRIG 302 TRG 202 Query TRIG EVEN TYPE TRIG SOUR 304 TRIG SLOP 303 SENS SWE DWEL2 TRIG DEL 302 SENS SWE DWEL1 TRIG SEQ2 DEL 303
128. 6 4287api024 6 lt gt 6 lt gt lt gt lt new line gt END 6 4 64 IEEE 754 64 Ll 64 4287apj025 8 2
129. LCD 368 I 0 No error LCD GPIB SYSTERR 298 Additional standards needed GPIB CORR1 COLL SAVE 240 Calibration required
130. 2460 2560 2570 Fixture 2580 Fixture 1 9 58 4 4 2 2600 2810 Fixture Fixture 9 2860 2970 Inp_data 4 1 45 compen bas 10 20 30 40 50 60 70 80 90 00 10 20 30 40 50 60 70 80 90 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 DIM Buff
131. BIN CALC COMP COUN 213 CALC COMP DATA BCOU 214 1 0 CALC COMP COUN CLE 213 111 1 EE 7 3 7 1 BIN bin_sort bas BIN H BIN H 7 3 BIN 50 HH HH 7 1 BIN
132. H 850 880 920 940 960 980 1020 1050 Set_comp_kit FNCompen H 1110 1690 FNCompen 1150 1160 1170 1190 1200 1230 1250 1260 1280 1300 1310 1320 1330 1380 1390 1410 1430 1440 1550 1570 1590 1600 1620 1630 1650 1670
133. Microsoft MS DOS Windows Visua C Visual Basic VBA Exce1 Microsoft Corporation UNIX X Open Company Ltd Portions Copyright 1996 Microsoft Corporation All rights reserved Copyright 2000 2001 2002 2003 2004 Agilent Technologies 2000 1 04287 97001 2000 2 1 04287 97011 2000 3 2 04287 97021 2000 4 3 04287 97031 2000 8 4 04287 97041 2001 1 5 04287 97051 2002 11 6 04287 97061 2003 5 7 04287 97071 2004 12 8 04287 97081
134. 1 4 Para 1 Para 4 4287A 700 16195B 7mm FNCal FNCal 4 1 45 Set_fixture Set_fixture 4 2 59 4287A i FNCompen FNCompen 4 2 59 GPIB LAN
135. 4287A B SRQ SRQ SRE 201 ESE 198 1
136. 199 31 161 301 51 297 370 6 127 314 67 200 300 BIN 107 147 150 a 2 ET 150 299 310 a 2 299 309 109 77 4 157 TRG ASCII 87 A ie TRG Er OY 89 NE DATAEFDAT 1 41 95 0 FETC 92 76 READ
137. tused_sizej free_size name 1 type 1 size 1 name N type N size N lt newline gt lt END gt N tused_size Byte free_sizej Byte name n n type n size n n Byte n 1 N name ni type n size n N 282 15 MMEM COPY MMEM COPY MMEM COPY 1 gt 2 gt
138. TYR TYD 1 Z 2 TZD 3 RS 4 X Query ZIYILSILPICSICPIRSIRPIQIDIXIGIBITZRITZDITYRITYD lt newline gt lt END gt Prmtr SETUP MEAS PRMTRS PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 ZI IYllLs Lp Cs Cp Rs Rp QID X G B ez rad ez deg 6y rad ey deg 224 15 Query Query CORR17 CORR1 SENSe CORRection1 STATe CORR1 COLL SAWVE Query 1 0 lt new1
139. lt newline gt lt END gt TRIG DEL 302 Trigger Mode SETUP DELAY POINT DELAY TRIG SLOP TRIGger SLOPe POSitive NEGative TRIGger SLOPe EXT TRIGGER POSitive LOW HIGH NEGative HIGH LOW POS INEG lt newline gt lt END gt Trigger Mode TRIG PRLTY 15 303 wm NM Query TRIG SOUR TRIG SOUR TRIGger SEQuencel SOURee INTerna1 MANua1 EXTerna1 BUS TRIGger SEQuencel SOURce 4
140. 0 0 i Hf gf S hu 3 3 EE 4 2 compen bas 4 1
141. O x GPIB GPIB Front Both GPIB ul IN 352 G 1 NN EAL SYST PRES RST 1 2 x Bo 2 6z deg x Bo 3 Rs x Bo 4 X Bo x Bo O x Bo x Bo x Bo 1 MHz x Bo
142. 1 2 40 GPIB 50 Point 60 ASCII 80 130 1 1 2 3 4 150 180 1 2 Para1 Para2 200 210 Point 220 230 BIN Rdc 270 280
143. lt newline gt lt END gt Stml Select TABLE No 15 291 wm NM gt wx ww Query SOUR UNIT SOUR UNIT SOURce UNIT DBM V A SOURce UNIT DBM dBm V mV A mA DBM VIA lt newline gt lt END gt Setup View 292 15 Query Du Query Query 15 293 STAT OPER STAT OPER STATus OPERation EVENt Query lt newline gt
144. 1 4 R A E E i Ra Ra R lt i ON 1 OFF 0 Query 1 0 lt newline gt lt END gt System SERVICE MENU UPDATE DISPLAY wm NM 15 273 Query FETC FETC 2 FETCh
145. 6 6 IvI_mon bas 10 REAL I mon 1 32 V mon 1 32 20 INTEGER List_stat Nop I 30 ASSIGN Agt4287a TO 717 40 1 50 OUTPUT Agt4287a SOUR LIST STAT 60 ENTER Agt4287a List_stat 70 IF List_stat 1 THEN 80 OUTPUT Agt4287a SOUR LIST SIZE 90 ENTER Agt4287a Nop 100 ELSE 110 Nop 1 120 END IF 130 REDIM T_mon 1 Nop V_mon 1 Nop 140 150 OUTPUT Agt4287a FORM ASC 160 OUTPUT Agt4287a DATA IMON 170 ENTER Agt4287a 1_mon 180 OUTPUT Agt4287a DATA VMON 190 ENTER Agt4287a V_mon 200 210 Display results 220 230 PRINT Test Signal Monitor Value 240 IF List_stat 1 THEN 250 PRINT No Current mA Voltage mV 260 FOR I 1 TO Nop 270 PRINT USING 2D 4X 2D 4D 6X 2D WD T T mon T 1000 V_mon 1 1000 280 NEXT 1 290 ELSE 300 PRINT Current mA T mon 1 1000 310 PRINT Voltage mV V_mon 1 1000 320 END IF 330 340 END 100 Rdc Ru Ra DATA RDC 261
146. END Block data not allowed 4287A Expression errOr 171 179 Invalid expression IEEE488 2 7 7 7 2 Expression data not allowed 4287A Execution error 4287A IEEE488 2 11 5 1 1 5 Trigger Ignored 4287A 4287A
147. 13 1 4287A 1 I lx File Edit View Connection Script Options Help FC1iert File Names Server 1 Server Name Username 2 Anonymous FTP 3 screen bmp 9UUKE 99 12 20 statel sta 145KB 99 12 20 Eo Directo Ci 4287a ci 3287a ci 4287api022 2 13 1 1 IN 13 1 2 162 1 LAN 13 1 3 3 4287A 13 1 4 13 2 4287A 13 2 4287A 1 I x File Edit View Connection Script Options Hslp File Names screen bmp
148. Bnter 1 Fr 1 14 1310 1320 Enter 169 a NII ZE 14 1 meas_fxt bas 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 170 DIM Unit 9
149. 2 890 940 1 4 R Stat 1 1 Bin_stat 1 BIN BIN 91 9 S 6 3 1 4 FETC fetch bas 10 20 30 40 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 Star_no 1 Bin_stat 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600 92 DIM Title 1 7 9 Buff 9 REAL Res 1 257 INTEGER Stat 1 7 Bin_stat List_stat Star_no Stop_no Data_size Loc I J CLEAR SCREEN ASSIGN Agt4287a TO 717 Scode 7 OUTPUT Agt4287a FORM ASC Check Condition FOR I 1 TO 4 OUTPUT Agt4287a DISP TEXT1 CALC amp VAL 1 amp 9 ENTER Agt4287a Stat I OUTPU
150. gt 1E6 1E6 0 s 1E 18 lt newline gt lt END gt CORR1 CKIT STAN1 EDEL 228 CORR1 CKIT STAN2 EDEL 231 Setup View 234 15 Query CORR1 CKIT STAN3 FORM SENSe CORRection1 CKIT SENSe CORRection1 CKIT CORR1 CKIT STAN3 FORM STANdard3 FORMat RL LQF CDF STANdard3 FORMat H COR
151. DISP TEXT11 MODE 271 DISP TEXT2 LAB 1 4 272 DISP CCL 263 SYSTKLOC 299 SYSTKLOC KBD 299 SYSTKLOC MOUS 300 328 GPIB GPIB GPIB SYSTBEEP1 STAT 296 SYSTBEEP1 296 BIN SYSTBEEP2 STAT 297 CALC COMP BEEP COND 205 SYSTBEEP2 296 SYSTDATE 297 SYSTTIME 301 SYSTPOFF 300 TST 202 IDN 199
152. ON 1 OFF 0 1 10 lt newline gt END gt Display SETUP MEAS DISP R_dc MSD FIXED 268 15 Query DISP DISP ay DISP 1ay RJ DISP TEXT1 CALC13 MSD TEXT1 CALC13 MSD WINDow TEXT1 CALCulate13 MSD lt gt WINDow TEXT1 CALCulate13 MSD 10 100 1E2 2 gt 10 15 15 0 1
153. TRIG SOUR 304 INIT 281 1 3 5 3 1 2 3 4287A B B 3 318
154. 100 MHz 800 MHz Rs Ls R Set 0pen Connection on i y Bnter 0 i Set Short Connection y Enter a Set Load Connection y Bnter Set Dut Then input externa1l trigger
155. 1 gt 2 gt 3 gt Rs Ls 1 1B6 1E6 1E6 1E6 32 1 0 0 Q H 1 1E 18 1E 18 2 3 lt newline gt lt END gt CORR2 CKITLIST 241 CORR2 CKIT STAN1 LIST 243 Setup View 15 245 wm NM CORR2 COLL CORR2 COLL SENSe CORRection2 COLLect ACQuire STAN1 STAN2 Ri
156. OPC OPC 0PC 0 Query OPC2 OPC 1 Query 1 lt newline gt END gt NM RST RST RST SYST PRES Query ASCII SYSTPRES 300 INITICONT 281
157. get ftp 4287A ftp put ftp ftp binary asCii ASCII cd dir quit ftp Windows 1 6 4287A 13 1
158. CALC COMP COND 1 4 MODE CALC COMP COND 1 4 MODE CALCulate CO CALCulate CO MParator CONDition 1121314 MODE ABS IDEV IPCNT MParator CONDition1121314 MODE 1 COND1 4 COND4 BIN ABS DEV PCNT 1 CALC COMP COND 1 4 NOM ABS DEV PCNT lt newline gt lt END gt CALC COMP COND 1 4 NOM 210 Setup View BIN 15
159. SRQ SRQ 1 2 Res1 Res2 Imon 1 4 6 4 DATA FDAT 1 4 data bas 10 DIM Para1 9 Para2 9 Buff 9 20 REAL Res1 Res2 Imon 30 TINTEGER Point Scode 40 ASSIGN Agt4287a TO 717 50 Scode 7 60 Point 1 70 OUTPUT Agt4287a FORM ASC 80 90 OUTPUT Agt4287a CALC PAR1 FORM 00 ENTER Agt4287a Paral 10 OUTPUT Agt4287a CALC PAR2 FORM 20 ENTER Agt4287a Para2 30 40 OUTPUT Agt4287a SOUR LIST STAT OFF 50 OUTPUT Agt4287a SOUR LIST POIN Point 60 70 Trigger source setting 8
160. Trig_sour GPIB LAN SRQ Standard y SRQ SRQ Standard Err_flag 0 Ra Err_flag 1 Err_flag 0 Ri
161. 1 gt 2 gt 3 gt Rs Ls 1 1E6 1E6 1E6 1E6 32 1 50 0 92 H 1 1E 18 1E 18 Ls 9 1 gt 2 gt 3 gt Ls Q 1 1B6 1E6 1E6 1E6 32 1 0 0 H 1 1E 18 1E 18 236 15 CORR1 CKIT STAN3 LIST Cp D 1 gt 2 gt 3 gt Cp D 1 1E6 1E6 1E6 1E6 32 1 0 0 F 1 1E 18 1E 18 2 Query 2 3 lt newline gt lt
162. 1 4 1 4 DATA FDAT 1 4 257 3 1 1 4 R BIN TRG 202 FETC 274 READ 287 1 4 TRG GPIB LAN ES Bus Ss FETC 1 FETC2 DATA FDAT 1 4 i NR 1
163. OFF 0 110 lt newline gt lt END gt CORR2 COLL SAVE 249 CORR2 COLL SHOR 249 CallCompen COMPEN STATUS OPEN CORR2 COLL RF SENSe CORRection2 COLLect ACQuire RF STAN1ISTAN2 Query Int STAN1 STAN2 CORR2 COLL 246 CORR2 COLL DC 247
164. 14 2 meas_sys bas 10 DIM Unit 9 Para 1 4 9 Lim mode 1 4 9 L_type 1 13 1 4 9 20 DIM File 20 Disp 9 Beep 9 Lock 9 Img1 200 Img2 200 Buff 9 30 REAL Freq 1 32 Pow 1 32 Point_no 1 4 L_1im 1 13 1 4 U_ 1im 1 13 1 4 40 REAL Nomina1 1 13 R1 1 32 1 10 R2 1 32 1 10 50 REAL Load_rs Load_ls Load_rdc Rdc_ lim Rdc_u lim 60 REAL Open_l_lim Open_u_lim Short_1_ lim Short_u lim Load 1 lim Load_u lim 70 TNTEGER Scode Act_tab Nop Ave 1 32 Meas_max Result Cond_reg 1 J 80 TNTEGER Max_cond Max_bin 0gbin Bin_sort_resu t Bin 1 14 90 CLEAR SCREEN 00 10 ASSIGN Agt4287a TO 717 20 Scode 7 30 40 1 Measurement Condition 50 60 Act_tab 1 70 Unit V 80 op 2 90 Freq 1 1 0E 8 200 Ave 1 1 210 Pow 1 500 220 Freq 2 8 0E 8 230 Ave 2 1 240 Pow 2 500 250 Disp OFF 260 Beep OFF 270 Lock ON 280 File log_data csv 290 leas_max 10 Active Table Number 1 Power Level unit mV umber of Points 2 Point No 1 Frequency 100 MHz Averaging Factor 1 OSC Level 500 mV Point No 2 Frequency 800 MHz Averaging Factor 1 OSC Level 500 mV Display Off Done Warn Beeper OfF Front panel KBD Mouse Lock On Log Data Save File Name ax1mum Measurement Number 300 310 1 Rdc Limit for Calibrat
165. 6 5 4287A 77 DISP TEXT1 263 1 4 R KR CALC1 1 CALC2 2 CALC3 3 CALC4 4 CALC11
166. STAN1 STAN2 STAN3 STAN4 CORR1 COLL DC 239 CORR1 COLL RF 240 CalCompen CAL DIALOG 238 15 CORR1 COLL DC CORR1 COLL DC SENSe CORRection1 COLLect ACQuire DC STAN1 STAN2 STAN3 R Query Int STAN1 STAN2 STAN3 CORR1 COLL 238 CORR1 COLL RF 240 CallC
167. STB 201 HP BASIC SPOLL STB2 HP BASIC SPOLL RQS SRE 201 B 313 pa ww Ma Ei B 2
168. 98 6 8 oO iDATA IMON 257 DATA VMON 261 1 4 85 3 1 4 TRG 202 FETC 274 READ 287 6 6 DATA IMON2 DATA VMON2 lvl mon bas
169. DATA RDC 261 S R Ra DC RF Ra A B C 3 DATA RCCOt1 3 259 I ka 1 Ra A 2 Ra B 3 Rae C 1 Ri
170. String data error 151 159 Invalid string data IEEE488 2 7 7 5 2 END String data not allowed 4287A C 372 161 168 170 171 178 200 211 213 221 222 223 224 161 Invalid block data IEEE488 2 7 7 6 2
171. 15 244 Query CORR2 CKIT STAN2 LIST CORR2 CKIT STAN2 LIST SENSe CORRection2 CKIT STANdard2 LIST lt 1 gt 2 gt lt 3 gt SENSe CORRection2 CKIT STANdard2 LIST lt 1 gt Rs Ls YA CORR2 CKIT LIST OFF Query lt 1
172. 4287A 700 16195B 7mm CORR1 CKIT 225 CORR1 CKITLIST 226 Ra CORR1 CKIT STAN1 LIST CORR1 CKIT STAN1 DC CORR1 CKIT STAN1 EDEL 229 227 228 a CORR1 CKIT STAN2 LIST CORR1 CKIT STAN2 DC CORR1 CKIT STAN2 EDEL 232 230 231 a CORR1 CKIT STAN3 LIST CORR1 CKIT STAN3 DC CORR1 CKIT STAN3 EDEL 236 233 234
173. CORR2 COLL 246 Ra CORR2 COLL RF 248 CORR2 COLL DC 247 Ru CORR2 COLL CORR2 COLL RF CORR2 COLL DC Int 52 1 2 3 1 2 3 4 5
174. I tf Agilent 4287A 14 1 11 Agilent 4287A 12 I F Agilent 4287A BIN 4287A BIN 4287A 13 LAN LAN Local Area Network
175. 1 0 lt newline gt lt END gt Display SETUP MEAS DISP mon V mon DISPLAY DISP TEXT1 CALC111 121 DIG DISP1ay WINDow TEXT1 CALCulate 11 12 DIGit lt gt DISPlay WINDow TEXT1 CALCulate 11 12 DIGit CALC11 CALC12 gt 4 6 4 1 lt newline gt lt END gt Display SETUP MEAS DISP lI mon V mon DIGIT 266 15 Query Query DISP TEXT1 CALC 11 12 FIX DISP TEXT1 CALC 11 12 FIX DISPlay WINDow TEXT1 CALCulate 11 12 FIX ONIOFF 110 DISPlay WINDow TEXT1 CALCulate 11 12 FIX CALC11 CALC12
176. CALC EXAM GET 219 1 PS 1 1 CALC EXAM STAR bt 10 R
177. 4287A LCD A24 GPIB board can t detected Press OK to continue A24 GPIB 4287A 4287A 4287A 4287A
178. 760 SUB Stat_ana Agt4287a INTEGER Item 770 DIM Img1 100 Img2 100 780 REAL Res 1 32 1 10 790 INTEGER List_stat Nop I 800 810 OUTPUT Agt4287a SOUR LIST STAT 820 ENTER Agt4287a List_stat 830 IF List_stat 1 THEN 840 OUTPUT Agt4287a SOUR LIST SIZE 850 ENTER Agt4287a Nop 860 ELSE 870 op 1 880 END IF 890 900 FOR I 1 TO Nop 910 OUTPUT Agt4287a CALC EXAM GET Item I 920 ENTER Agt4287a Res I 1 Res I 2 Res I 3 Res I 4 Res I 5 Res I 6 Res I 7 Res I 8 Res I 9 Res 1 10 930 NEXT I 940 950 IF Nop gt 1 THEN 960 Img1 3D 2X MD 4DE X MD 4DE X MD 4DE X MD 4DE X MD 4DE 970 1Img2 3D 2X 10D 2X 10D 2X 10D 2X 10D 2X 10D 980 PRINT Statistical Value for Normal Data 990 PRINT Point Mean Sigma 3 Sigma Mean Min Max 1000 FOR I 1 TO Nop 1010 PRINT USING Img1 1I Res 1 Res 2 Res I 3 Res 1 4 Res TI 5 1020 EXT I 1030 PRINT 1040 PRINT 0ccurrence Coumt 1050 PRINT Point Normal Rdc Fail Overload Abnorma1 Al117 1060 FOR 1 1 TO Nop 1070 PRINT USING ITmg2 1 Res 6 Res 7 Res T 8 Res T 9 Res IT 10 1
179. Disp Beep Locks 280 1og_data csy File 290 10 Meas_max 330 380 Ra 100 Q Ri 25 Q Open_1_1im Short_u lim Ri 100 Q 25 Q 176 14 40
180. 198 15 Query Query Query 15 199 ESR ESR2 ESR Query lt newline gt lt END gt N3 DN 2 IDN 4287A Query 1 2 3 4 lt newline gt lt END gt 1 Agilent Technologies 2 4287A 3 00000000 4 01 00
181. H P N 04287 970x4 ABJ Agilent 4287A P N 04287 970x1 ABJ Agilent 4287A
182. Ri 0 1 2 9 6 101 9 S Rdc 6 7 rdc bas R R Triggerl Ri 30 40 GPIB 50 60 R L_1im U 1im 70 ASCII
183. GPIB GPIB TELNET GPIB DISP CCL 263 IEEE488 2 GPIB 4287A A21 board can t be detected The instrument will be automatically shutdown in 20 seconds A21 20 4287A 4287A
184. wm NM 15 197 Query CLS IEEE IEEE CLS CLS Query ESE ESE lt gt ESE gt 0 255 0 1 255 Oxff AND p lt newline gt lt END gt SRE 201
185. CALC EXAM GET 219 NW Can t execute data examination NN I 369 104 105 106 120 198 104 Save error Recall error 4287A sta
186. FATL PASS Query FAIL PASS lt newline gt lt END gt SYSTBEEP2 STAT 297 CALC COMP OGB 217 System BEEPER MENU BEEP COMPARATOR wm NM 15 205 gt wx ww Query CALC COMP BIN 1 13 CALC COMP BIN1 13 CALCulate COMParator BIN1 2131415161718 9 10 11112 13 STATe ON OFF 1 0 CALCulate COMParator BIN1 21314 5161718 9 10 11112 13 STATe BIN BIN1 BIN1 BIN13 BIN13 ON 1 OFF 0 1 10 lt newline gt END gt CALC COMP 205 Setup View BIN 206 15 Query CALC COMP BIN 1 13
187. Query 1 2 lt newline gt lt END gt DATA RCMP 1 3 DATA DATA RCMP 1 2 3 lt gt DATA DATA RCMP 1 2 3 9 RJ Rdc 84 1 Rae A 2 Rae B 3 Rae C lt Ra lt newline gt lt END gt 260
188. R STAN1 CORR1 COLL Int 2 4 STAN2 CORR1 COLL STAN3 CORR1 COLL STAN4 CORR1 COLL CORR1 COLL RF CORR1 COLL SAVE gt R H STAN1 CORR1 COLL RF Tnt lt
189. csv LOG LOG LIST SETup COMParator BIN Save Recall SAVE STATE EXPORT LIST VIEW EXPORT LOG DATA ASC EXPORT LOG DATA BIN SAVE GRAPHIC Setup View AIt 1 1 286 15 READ READ READ lt gt GPIB LAN TRIG SOUR
190. i i He 1 gt 2 gt 1 32 1 1 1 1 Query 15 219 am NM Query Query CALC EXAM POIN 1 10 lt newline gt lt END gt 10 1 R 2
191. 4286A 4287A CALC COMP STAT CALC COMP 205 BIN DATA BIN CALC COMP DATA BIN 215 CALC BEEP COND CALC COMP BEEP COND 205 BIN CALC COMP CLE CALC COMP OFFS 1 1 CALC COMP SAVE CALC COMP SEGM CALC COMP CLE 208 CALC COMP SEGM ADD CALC COMP COND 1 4 SNUM 212 CALC COMP SEGM DEL CALC COMP SEGM EDIT CALC COMP COND 1 4 PAR 211 CALC COMP SEGM SAVE CALC CONP SEGM UPP CALC COMP COND 1 4 MODE 209 CALC COMP SEGM LOW ei CALC COMP CONT SEGM CA CRG 6 CALC COMP SREJ STAT tt EEE CALC COMP BIN 1 13 206 CALC COMP BINI1 13 COND 1 4 LIM 207 CALC COMP BINI1 13 COND 1 4 LTYP 208 CALC COMP OGB 217 BIN CALC COMP COUN 213 CALC COMP COUN CLE lt 218 DATA BCOU CALC COMP DATA BCOU 214 Ra CALC RDC LIM STAT
192. lt newline gt lt END gt a SRE 201 STATPRES 295 4 NM i NJ NM 2 Il gt x ww Query SYST BEEP1 SYST BEEP1 SYSTem BEEPer1 IMMediate Query SYSTBEEP1 STAT 296 System BEEPER MENU PLAY BEEP DONE SYST BEEP1 STAT SYSTem BEEPer1 STATe ON OFF 1 0 ON 1 OFF 0 1 10 lt newline gt END gt System BEEPER MENU BEEP DONE SYST BEEP2 SYSTem BEEPer2 TIMMediate BIN
193. 1 B 1 1 1 1 ON SRQ SRQ 4287A SRQ SRQ 5 70 312 10 135
194. 200 15 Query Query SRE SRE lt gt SRE SRE gt 0 255 0 1 AND lt newli ne gt lt END gt ESE 198 STAT OPER ENAB 293 255 Ooxff STB STB telnet Query 0 H lt newli 15 ne gt lt END gt telnet N3 6 1
195. 248 15 Query CORR2 COLL SAVE CORR2 COLL SAVE SENSe CORRection2 COLLect SAVE Query CORR2 COLL 0PEN ON CORR2 COLL SHOR ON CORR2 COLL OPEN ON CORR2 COLL SHOR ON
196. 350 G 352 H CC PN NE RT 360 2 be 361 SS ES 361 0 361 362 DL DS SL ER DR SR 362 RR 362 UN ii 362 ie UK ES NTP SO 2 6 EE22 9 2 362 NR 363 TN 368 12 1 H
197. a A 38 gf S hu 3 3 EE 1 4 1 calib bas 100 110 120 130 140 180 230 260 290 320 350 420 440 450 460 490 420 440 570 610
198. LAN LAN P IP IP IP IP 4287A 1 IP IP 1 1
199. 2 System LAN SETUP gt u9 NETWORK DEVICE ENABLE NE DISABLE NETWORK DEVICE be DISABLE i ENABLE 20 4287A SM 20 4287A
200. Low 4 BIN4 5 BIN5 6 BIN6 7 BIN7 8 BIN8 9 BIN9 10 0UT_OF_GOOD_BINS 11 BIN10 142 12 F 12 1 Ext 0 14 15 EXT_DCV 19 V 15 V 16 17 18 5V 19 BIN11 1 11 20 BIN12 0 21 BIN13 Low 8 AO
201. ASCII COMParator BIN ASCII 2 RAM dta SETup 1 Capture Display LCD 126 9 sta MMEM LOAD 284
202. ASCII 32 1 2 G HP BASIC CLS INIT OUTPUT 717 CLS INIT GPIB 4287A GPIB
203. 1 GPIB 15 4m 1 GPIB 2 m x 1 20m 1 4 HI NM 0 4287api00d GPIB
204. 1 Capture Display SCRISET LIST lt new1ine gt END gt HCOP 278 Display PRINT MENU CONTENT 278 L CD 15 Query 15 279 HCOP DPR HCOP DPR HCOPy DPRinter lt gt HCOPy DPRinter 4287A HCOP PRIN2 number gt 1 HCOP PRIN 1 1 lt newline gt lt END gt Query HCOP P
205. NORMa1 MSB Most Significant Bit 6 4 SWAPped LSB Least Significant Bit 6 4 FORM BORD 277 76 6 9 S 4287A 6 5 6 5 4287A RF DATA RAVV DATA FDATat1 41 DATA VMON DATA IMON BIN DATA CCOtT 6 DATA CMPt1 3 ipATA Ccot1 61 DATA CMPt1 319
206. 12 145 F 12 2 Data 4287A TI T7 4287A B 1 4287A 12 2 EXT_TRIG 7INDEX _TRIG READY_FOR 3
207. 15 GPIB RST 200 SYSTPRES 300 CALC PARI1 4 FORM 224 SOUR LISTSTAT 291 SOUR LISTPOIN 289 SOUR LISTTABL 291 SOUR LISTCLE 289 SOUR UNIT 292 SOUR LIST 288 AVER COUN 204 SOUR LISTSIZE 290 Rae SOUR LISTRDC 290 6 SOUR LISTRDC OFSC 290 CALC COMP RDC LIM 218 CALC PARI1 4 EXPR STAT 223 CALC PAR 1 41 EXPR NAME 223
208. Err_ flag 1 Ru Trig_sour 0 1260 y 1 1730 2350 Set_comp_kit 57 gf S hu 3 3 EE 1790 4287A 1810 1840
209. R DATA RCMD 1 2 260 R 40 3 0 IM 81 DATA CMDt1 2 255 RF R R
210. Bo1d 77g77o Hardkey Softkey Hardkey Softkey1 Softkey2 Hardkey Softkey Hardkey Softkey1 Softkey2 SM TO 04287 18030 i
211. 1090 1140 1 Max_tab_no 1180 1190 1240 1390 Meas_max 1 1250 2 1260 1310 1 Max_tab_no a READ2 b READY_FOR_TRIG Low c 3 1320 1380
212. DATA DEF DATA DEL BIN DATA BIN CALC COMP DATA BIN 215 BIN DATA BCOU CALC COMP DATA BCOU 214 DATA SPAR DATA LFA 1 2 DATA LLIS 1 2 DATA LRES11 21 DATA VAL LRES 1 2 DATA POIN LFA 344 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A CLS 198 STB 201 SRE 201 ESR 199 ESE 198 OPGC 199
213. 1 4 List_lab Imon_disp Vmon_disp Ra R Rdc Rdc_1_lim Rdc_u_lim Title_disp Title Clock_disp Act_tab Unit 1 4 List Point_no Imon_disp Vmon_disp Ra
214. 97 200 300 BIN 114 198 295 Rdc 103 27 SRQ 137 352 SRQ 71 308 190 45 NR EA 186 34 0 100 170 MAO 132 315 129 198 379 199 317 313 316 201 135 70 r 85 3 7 31 186
215. 248 1 LCD 2 ASCI1 csv 65536 65536 65536 dta wm NM 15 285 MMEM STOR 2 LOG LIST SETup COMParator csv
216. 2070 Compensation Data Measurement Function 2080 2090 DEF FNCompen Agt4287a INTEGER Scode Standard REAL Limit ogg 2100 DIM Inp_char 9 Trig_sour 9 Buff 9 J 2110 REAL Rdc uN 2120 INTEGER Err flag NN 2130 OUTPUT Agt4287a TRIG SOUR NISI 2140 ENTER Agt4287a Trig_sour 1 2150 OUTPUT Agt4287a ABOR NN 2160 OUTPUT Agt4287a TRIG SOUR BUS 2170 OUTPUT Agt4287ai TNIT CONT ON 2180 OUTPUT Agt4287ai STAT OPER PTR 0 2190 OUTPUT Agt4287ai STAT OPER NTR 16 2200 OUTPUT Agt4287ai STAT OPER ENAB 16 2210 OUTPUT Agt4287a SRE 128 2220 Compen_meas 2230 PRINT Set amp Standard amp Connection 2240 INPUT OK Y N Inp_char 2250 IF UPC Inp_char Y THEN 2260 OUTPUT Agt4287a CLS 2270 OUTPUT Agt4287a OPC 2280 ENTER Agt4287a Buff 14 173 2290 2300 2310 2320 2330 2340 2350 2360 2370 2380 ON I ENAB SELE CA CA END OUTP NTR Scode GOTO Meas_end LE INTR Scode 2 CT Standard SE Open OUTPUT Agt4287a CORR2 COLL STAN17 SE Short OUTPUT Agt4287a COR
217. 790 Compensation 800 810 PRINT Test Fixture Setting 820 CALL Set_fixture Agt4287a 830 840 PRINT Compensation Kit Setup 850 CALL Set_comp_kit Agt4287a 860 870 PRINT Measurement 880 Result FNCompen Agt4287a Scode Open Open_1_lim 890 IF Result lt gt 0 THEN Prog_end 900 910 Result FNCompen Agt4287a Scode Short Short_u_lim 920 IF Result lt gt 0 THEN Prog_end 930 940 OUTPUT Agt4287a CORR2 COLL SAVE 950 OUTPUT Agt4287a OPC 960 ENTER Agt4287a Buff 970 980 PRINT Done 990 GOTO Prog_end 1000 1010 File_error OFF ERROR 1020 PRINT ERROR 1030 PRINT The CAL_DATA cal coef file is NOT exist 1040 PRINT or 1050 PRINT The CAL_DATA s size is UNSUITABLE 60 060 070 080 090 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 560 570 580 590 600 610 620 630 C 3 Prog_end END DEF FNCompen Agt
218. CALC EXAM SIZE 221 CALC EXAM GET 219 Trigger Mode DATA LOGGING START LOGGING CALC PAR 1 4 EXPR CENT CALCulate PARameter 1 2 3 4 MATH EXPRession CENTer lt gt CALCulate PARameter 1 2 3 4 MATH EXPRession CENTer 1 PAR1 4 PAR4 lt gt 1E20 1E20 0 1E 18 lt newline gt lt END gt CALC PARt 1 41 EXPR NAME 223 CALC PAR 1 4 EXPR STAT 223 Prmtr SETUP DATA MATH PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 CENTER 222 15 Query Query CALC PAR 1 4 EXPR NAME CALC PAR 1 4 EXPR NAME CALCulate PARameter 213 CALCulate P
219. DEFault 4287A USER Query DEF USER lt newline gt lt END gt Setup View CORR2 CKIT LIST SENSe CORRection2 CKIT LIST STATe ON OFF 1 0 SENSe CORRection2 CKIT LIST STATe DS 1 ON 1 OFF 0 Query 1 10 lt newline gt lt END gt
220. Rae Ra R F 1 RJ LCD GPIB 8 2 Ra 1 4 2 9 9B37 9 9E37 9 1 9 9E37 0VL qe 2 RDC_OUT_OF_RANGE 2 OVL Ra 9 9B37 9 9E37 3 9 9E37 RDC_0UT_OF_RANGE 1 1 4 R 2 0Ovld 3 Rj 4
221. 1 4 Param x Nop 2400000 Lu lt newline gt lt END gt Trigger Mode DATA LOGGING MAX LOG SIZE 15 E wm NM 221 nl wx ww Query CALC EXAM STAR CALC EXAM STAR CALCulate MATH EXAMine MEMory STARt RAM CALC EXAM SIZE CALC EXAM GET Query
222. V 5 24 9 15 4287A 5 V 9 V 15 V 24 V 4287A 5 V 4287A 150 12 2 12 5 1 F 2 5 V 9 V 15 V 24 V
223. B 0 2 0 3 1 Analog Measurent 4 Measurent 2 1 5 1 Waiting for Trigger 6 15 0 1 INDEX 2 EOM 3 66 CLS B 4 B 0 4 0 5 PLL PLL 1 PLL Unlock 6 8 0 9 OUT OF GOOD BINS BIN OUT OF GOOD BINS
224. Externa1 2 READ TRIG SOUR Internal Manual READ 4 E E E 2 4 6 5 read bas
225. 2 7 STAN2 CORR1 COLL RF STAN3 CORR1 COLL CORR1 COLL RF STAN4 CORR1 COLL CORR1 COLL RF CORR1 COLL gt CORR1 COLL gt 4 39 gf S hu 3 3 EE 5 R 6 R 7 R
226. 1 1 0 2 Query Query Error 1 4287A 2 1 608 Ww 2 4287A NN 1 Nl 3 Query Device Dependent Error 1 3 4 1 GPIB Execution Error 4287A 1 4 2 4287A GPIB 1 5 1 IEEE 488 2 4287A Command Error IEEE 488 2 1 4287A
227. Query SYST BEEP2 STAT 297 System BEEPER MENU PLAY BEEP WARN 296 15 Query Query SYST BEEP2 STAT SYST BEEP2 STAT SYSTem BEEPer2 STATe ON OFF 1 0 BIN ON 1 OFF 0 110 lt newline gt END gt CALC COMP BEEP COND 205 System BEEPER MENU BEEP WARN SYST DATE SYSTem DATE lt year gt lt month gt lt day gt SYSTem DATE 4287A year gt month gt day gt a Nm 1980 2099 le 12 1 31 1 1 1 tyear month
228. BIN 1 Capture Display LCD HCOP CONT 278 LCD 3 a 4
229. GPIB 72 1 gt GPIB 717 Agilent 4287A lt GPIB GPIB 7XX tt 4287apj019 1 4287A 2 GPIB GPIB HP BASIC for Windows 20 2 GPIB 3 4 4287A GPIB
230. 320 330 READ 340 1 2 380 390 96 Stat Res1 J Res2 Imon 6 5 1 4 READ read bas 10 20 30 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 DIM Para1 9 Para2 9 REAL Res1 Res2 Imon TINTEGER Point Stat SSIGN Agt4287a TO 717 int 1 TPUT Agt4287a FORM ASC C UT Agt4287a DISP TEXT1 CALC1 ON UT Agt4287a DISP TEXT1 CALC2 ON D D C C t4287a DISP TEXT1 CALC3 OFF UT Agt4287a DISP TEXT1 CALC4 OFF UT Agt4287a DISP TEXT1 CALC11 ON 4287a DISP TEXT1 CALC12 OFF C C C C 09 C C 09 T Agt42
231. Query Query 15 295 STAT PRES STAT PRES STATus PRESet Query STAT QUES STATus QUEStionable EVENt Query lt newline gt lt END gt CLS 198 N STAT QUES ENAB STATus QUEStionable ENABle lt gt STATus QUEStionab e ENAB e gt 0 32767 0 1 32767 Ox7fff AND
232. STAT PRES 295 STAT QUES ENAB 295 STAT QUES 295 MMEM STOR 285 MMEM LOAD 284 MMEM COPY 283 MMEM CRE DIR 283 MMEM DEL 284 MMEM CAT 282 HCOP DPR 279 HCOP PRIN 280 HCOP 278 HCOP ABOR 278 HCOP CONT 278 HCOP IMAG 280 327 pk Cr Pp q GPIB GPIB GPIB
233. External READ2 Manua1 Internal 1 FETC DATA FDAT 1 4 HP BASIC TRIGGER TRG NN TRIGGER TRG Query 1 9 S 1 2 3 1 4 TRG 1 TRG TRIG SOUR 304 Bus H GPIB LAN TRG
234. Point_no Para Lim_mode Nominal BIN1 1 2 1 2 U_1im 2 BIN L_type 1 BIN L_type 2 BIN L_1im 3 U_lim 3 L_type 3 520 540 1 1 550 560 1 Ls 2 0Q 570 620 1 2 3 4 630 R 670 680 BIN BIN 690 830 1 Max_ cond 1
235. 1 700 720 Point_no Para Lim _ mode 2 730 750 Nominal EE 3 760 820 BIN1 Max_bin a BIN BIN L_type b BIN ALL L_lim U_lim 840 850 BIN 0gbin BIN BIN BIN 890 ASCII 900 920 GPIB LAN 930 950 BIN 980 1010
236. 10 8 9 Exponent too large 32 000 IEEE488 2 7 7 2 4 1 Too many digits 10 0 255 IEEE488 27 7 2 4 1 Numeric data not allowed 4287A Invalid suffix IEEE488 2 7 7 3 2 4287A Suffix too long 12 IEEE488 2 7 7 3 4 Suffix not allowed o Character data not allowed 4287A
237. 5 6 350 F G Agilent 4287A Agilent 4287A SYSTPRES 300 RST 200 O x
238. Nx2 N n 1 N wm NM 15 255 Query DATA CMP 1 3 DATA CMP 1 3 DATA DATA CMP 1 2 3 lt 1 gt lt Nx2 gt DATA DATA CMP 1 2 3 ET lt 3 Ly lt 3 E 81 3 A B C 1 A 2 BW C
239. Query stat parl tpar2 par3 tpar4 Imon Vmon Rdc tcomp lt newline gt lt END gt stat 0 3 NN Ra Ra Ri 1 2 3 4 w DD parl par2 par3 par4 Imon Vmon Rdc R Dll Dl dh a Dr comp BI 9 0 14 1 13 BIN BIN1 BIN2 BIN3 BIN4 BIN5 6 7 8 BI BI BI BIN9 10 BIN10 11 BIN11 12 BI
240. 1 gt D Front autorec sta O Front 4287A O B 4287A 6 9 0 2 9 G 0 S lt lt x Bo Cp 0 F x Bo 0 S x Bo Rs 0 Q x Bo Ls 0 H lt x Bo 0 Q x Bo None lt x Bo 0 ml O x Bo USER x Bo G 357
241. 8 BIN8 9 BIN9 10 BIN10 11 BIN11 12 BIN12 13 BIN13 14 BIN1 13 BIN BIN 0 BIN CALC COMP 0GB 0UT_OF_GOOD_BINS 1 BIN BIN 1 CALC COMP COUN 213 CALC COMP COUN CLE 213 CALC COMP 205 CALC COMP BIN 1 13 206 CALC COMP OGB 217 15 214 CALC COMP DATA BIN CALC COMP DATA BIN
242. 65 5 1 3 5 1 ABOR INIT CONT ON 1 CINIT CONT ON I 3 HH AD 2 TRIG INIT CONT OFF 4287ap 002 5 1 e
243. ABOR 203 1 INIT 281 INIT AGA ALL INIT CONT 281 FORM 276 FORM BORD 277 DATA2 RAW DATA RAW 258 DATA DATA DATA DTR DATA FDAT 1 4 2 257 R DATA RDC DATA RDC 261 Ra DATA RDCL CALC COMP DATA RDC 216 Rg Ra DATA RDCDT FETC 274 READ 287 DATA MON DATA IMON 257 DATA VMON
244. 1 1 gt 2 gt 3 gt G Cp 1 1E6 1E6 1E6 1E6 1 0 8 2E 14 S F 1 1E 18 1E 18 2 31 lt newline gt lt END gt CORR1 CKITLIST 226 CORR1 CKIT STAN2 LIST 232 CORR1 CKIT STAN3 LIST 236 Setup View wm NM gt wx ww Query CORR1 CKIT STAN2 DC CORR1 CKIT STAN2 DC SENSe CORRection1 CKIT STANdard2 DC gt SENSe CORRection1 CKIT STANdard2 DC OR
245. 290 300 GPIB LAN 340 380 390 400 1 2 Stat Res1 Res2 Imon 1 0 Binary 410 450 460 88 6 1 4 9 S 6 2 TRG tr
246. 7 mm y 1 Set Open Connection H Set Open Connection Enter A OR a ON EE ON RR A H y Enter a Set Short Connection Enter hy Enter GPIB 70 80 120 140 1
247. CS Cs CP Cp RS Rs RP Rp Q Q Q D D X X G G B B TZR 6z rad TZD 9z deg TYR 9y rad TYD 9y deg 26 4 1 8 8 32
248. DATA VMON 261 DATA CCO 1 61 254 DATA CAD 1 812 253 Mk Ry bo DATA RCCO 1 3 259 Ru DATA RCADt1 31 259 DATA CMP 1 3 256 DATA CMD 1 21 255 DATA RCMP1 3 260 Ra DATA RCMD 1 21 260 BIN CALC COMP DATA BIN 215 N CALC COMP DATA BCOU 214 CALC EXAM GET 219 CALC EXAM STAR 222 CALC EX
249. Invalid separator CALC PAR1 FORM LS OPC CALC PAR1 FORM LS OPC Data type error GET not allowed GET IEEE488 2 7 7 Parameter not allowed SOUR LISTITABL 291 1 SOUR LIST TABL 3 SOUR LIST TABL 3 5 2
250. Query 202 15 15 203 ABOR 4287A GPIB 4287A GPIB ABOR ABORt 66 Query INIT 281 INITCONT 281 NS wm NM Query AVER COUN AVER COUN SENSe AVERage COUNt gt SENSe AVERage COUNt SOUR LIST TABL 1
251. 0 14 1 BIN13 BIN 1 1 1 1 CO NO OO pw DMD 1 10 BIN10 11 BIN11 12 BIN12 13 BIN13 14 BIN CALC COMP OFF CALC COMP DATA BIN2 BIN BIN 1 BIN BIN 0 110 BIN BIN BIN BIN BIN BIN 2147483647 2 1
252. 212 GAEGHGOMBSGOUNGSS ei ER i 8 GAEGECOMPEGOUNEGEBSS Re 8 GALC COMPSDATAS BECOUT 2 oS Ee NR A EE CALESCOMPSDATAEBING Si CAMLCSCOMP DATASRDCD AT GAEGACOMRSOGBS EC a LT CAECSCOMPSRDCSEIM NS N28 CALESEXAM GH KS AI CAMLCSEXAMEPOIND 20 CALC EXAMSSIZE SS SS C22 CALCEXAMSSEARS EN E222 CALE PR EPRIMEN 0 eS i i ER RR Ra RR CALCPARITAEEPRENMME oe i gt 223 CALCPARIE 4 SBPRSIAT oo 8 CCAP CT PO EE EE GOR NE 0 CORRIS CI A CD CORRI CKIT LIST CORR1 CKIT STAN1 DC CORR1 CKIT STAN1 EDEL CORR1 CKIT STAN1 LIST CORR1 CKIT STAN2 DC CORR1 CKIT STAN2 EDEL CORR1 CKIT STAN2 LIST CORR1 CKIT STAN3 DC CORR1 CKIT STAN3 EDEL CORR1 CKIT STAN3 FORM CORR1 CKIT STAN3 LIST CORR1 COLL CORRI COLL DC CORR1 COLL RE CORR1 COLL SAVE CORR2 CKIT CORR2 CKTIT LIST CORR2 CKIT STAN1 CORR2 CKTIT STAN1 CORR2 CKIT STAN2 DC CORR2 CKTT STAN2 CORR2 COLL CORR2 COLL DC CORR2 COLL OPEN DC LIST LIST CORR2 COLL RF CORR2 COLL SAVE CORR2 COLL SHOR CORR2 FIXT wa CORR2 FIXT EDEL DIST CORR2 FIXT LAB DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DISP DTSP DTSP DTSP DTSP DTSP BEXTT TEXT1 CALC 1 4 TEXT1 CALC 1 4 DIG 226 227
253. 3 4 1 2 1 Para2 t 2 6 1 40 GPIB 50 60 80 130 150 180 Para 200 210 Poin 220 230 BIN 270 280 320 360 370 i Stat Res1 410 420 86 Res2 Tmon
254. 314 B B 3 4287A B 1 B 4 CO B 3 a SRQ Ww 2 SRE f 7 6 1 5 4 0 3 1 1 1 0 STB 3 Ras Mav SPOLL 1 SN a
255. CALC COMP COND1 PAR CALC COMP COND1 NOM A287A RF LCR Meter trle Ed Svew re CALC COMP COND2 MODE CALC COMP COND2 SNUM 100 000 amp 100 000 In 100 000 amp 100 000 amp 100 000 CALC COMP BIN2 COND2 LTYP CALC COMP OGB CALC COMP BIN3 CALC COMP BIN2 COND1 LIM 4287apj017 ABS J EV PCNT Meas Meas Nom a PP 100 Meas Nom Meas CALC COMP COND 1 4 SNUM CALC COMP COND 1 4 PAR Nom CALC COMP COND 1 4 NOM BIN BIN Tn Out All
256. Invalid File Name PLL unlock Power on test failed
257. nx2 1 n nx2 n Nx2 N n 1 N 15 wm NM 253 Query DATA CCO 1 6 DATA CCO 1 6 DATA DATA DATA DATA Cco 1 21314 516 lt 1 gt Nx2 gt CCco 1 2 3 4 5 6 N 80 A1 B1 C1 A2 B2 C2 6 1
258. 4286A 4287A Ls Q HP BASIC 4286A 10 OUTPUT 717 CALC FORM LSQ 4287A 10 OUTPUT 717 CALC PAR1 FORM LS 20 OUTPUT 717 CALC PAR2 FORM Q 338 E 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A RST 200 SYST PRES 300 CALC FORM CALC PAR 1 41 FORM 224 SOUR POW SOUR CURR 1 1 SOUR VOLT SENS LIST CLE SOUR LIST 288 EuROr ee SENS LIST SAVE SOUR LIST CLE 289 SENS LIST SEGM ADD SOUR LIST POIN 289 SENS LIST SEGM AVER COUN SOUR LIST TABL 291 SENS LIST SEGM DEL AVER COUN 204 SENS LIST SEGM EDIT SENS LIST
259. CORR1 CKITSTAN3 LIST 236 0 Ra CORR1 CKITSTAN3 DC 233 i CC CORR1 CKITSTAN3 EDEL 234 Pp CORR1 COLL 238 R CORR1 COLL RF 240 Ru CORR1 COLL DC 239 CORR1 225 CORR1 COLL SAVE 240 323 GPIB GPIB GPIB CORR2 CKIT 241 CORR2 CKITLIST 241 E CORR2 CKIT STAN1 LIST 243 G Cp CORR2 CKITSTAN1 DC 242
260. CORR2 CKIT STAN2 LIST 245 Rs Ls Ra CORR2 CKIT STAN2 DC 244 CORR2 COLL 246 Ra CORR2 COLL RF 248 R CORR2 COLL DC 247 CORR2 COLL SAVE 249 CORR2 COLL OPEN 248 CORR2 COLL SHOR 249 CORR2 FIXT 250 CORR2 FIXTEDEL DIST 251 E CORR2 FIXTLAB 252 324 GPIB GPIB GPIB CALC COMP 205 BIN CALC COMP DATA BIN 215 CALC COMP BEEP COND 205 BIN BIN
261. READ2 READ2 READ READ2 6 6 READY_FOR_TRIG READ READY_FOR_TRIG ME yy 4287A CINIT CONT OFF READY_FORTRIG GNIT CONT ON 1 READY FOR TRIG 4287apl027 READ 6 6
262. RP Q Q D X G B TZR TZD TYR TYD 1 Z 2 TZD 3 RS 4 X Query ZIYILSILPICSICPIRSIRPIQIDIXIGIBITZR ITZD TYR TYD lt newline gt lt END gt CALC COMP COND 1 4 SNUM 212 Setup View BIN wm NM 15 211 Query CALC COMP COND 1 4 SNUM CALC COMP CON
263. 1 10 MHz 4287 RF LCR Meter 1 Filg 2 Edit 3 View 4 Table STIMULUS CAL KIT COMPEN KIT COMPARATOR RdoTest UP 10 00 ko LO 0 000 2 BIN 1 on Stimulus Parameter Mode Hominal UpperLimit LowerLimit 1 10 000 MHz Ls 100 000 nH 1 10 000 MHz 100 000 In 1 00000 G 100 000 Out 60 80 90 100 120 210 220 300 310 390 400 480 112 E 1 00000 G 100 000 GPIB BIN Max_cond Max_bin Fa L_1im 1 U_lim 1 BIN 1 BIN2 L_1im 2 BIN3 1 2 BIN BIN BIN 0gbin 2
264. 1 4 6 1 TRG ASCII 3 trg bas 10 DIM Paral 9 Para2 9 20 REAL Res1 Res2 Imon 30 TINTEGER Point Stat Cond_reg 40 ASSIGN Agt4287a TO 717 50 Point 1 60 OUTPUT Agt4287a FORM ASC 70 80 OUTPUT Agt4287a DISP TEXT1 CALC1 ON 90 OUTPUT Agt4287a DISP TEXT1 CALC2 ON 00 OUTPUT Agt4287a DISP TEXT1 CALC3 OFF 10 OUTPUT Agt4287a DISP TEXT1 CALC4 OFF 20 OUTPUT Agt4287a DISP TEXT1 CALC11 ON 30 OUTPUT Agt4287a DISP TEXT1 CALC12 OFF 40 50 OUTPUT Agt4287a CALC PAR1 FORM 60 ENTER Agt4287a Paral 70 OUTPUT Agt4287a CALC PAR2 FORM 80 ENTER Agt4287a Para2 90 200 OUTPUT Agt4287a SOUR LIST STAT OFF 210 OUTPUT Agt4287a SOUR LIST POIN Point 220 OUTPUT Agt4287a CALC COMP OFF 230 OUTPUT Agt4287a SOUR LIST RDC OFF 240 250 Trigger source setting 260 270 OUTPUT Agt4287a TRIG SOUR BUS 280 OUTPUT Agt4287a TNIT CONT ON 290 300 Triggering and data read 310 1 320 REPEAT 330 OUTPUT Agt4287a STAT OPER COND 340 ENTER Agt4287a Cond_reg 350 UNTIL BIT Cond_reg 5 360 OUTPUT Agt4287a TRG 370 ENTER Agt4287a Stat Res1 Res2 Imon 380
265. 201 NM Query Query TRG TRG TRG GPIB LAN TRIG SOUR BUS 4287A Query FETC2 FETC FETC 274 TRIG SOUR 304 TST TST ks a Query 1 0 lt newline gt lt END gt 1 0 System SERVICE MENU EXECUTE INTERNAL TEST MAl WAT
266. 55 TCD 56 5 IOIIOIErI IrI IrOI Ertr rt rt YY 66 66 dy 0 0 NeS A GENII SS 2 69 DI 70 ki NR 71 6 DD ER ER 74 ASCIL SE ER Re NE NE NC EE 75 2 2 76 LO 77 RI CC A 77 OE EE 78 1 4 85 HRG 1 86 FETC DATA FDAT 1 4 90 READ 96 99 Rde 101 02 2 101 SeZ 22 101 102 7
267. S 13 159 1 2 3 4 1 2 3 LAN LAN System LAN SETUP gt lt COMPUTER NAME gt lt gt amp u9 0M LAN LAN LAN 4287A LAN LAN
268. stat bas GPIB 60 80 130 150 470 490 520 540 560 630 640 650 690 700 760 1260 3 810 820 840 850 870 900 930 950 1260 120 1 0 1 4 Ra Title Number Number 0
269. 145 1 BIN BIN OUT_OF_GOOD_BINS BIN BIN BIN BIN BIN BIN BIN CALC COMP OGB 217 EE
270. Inp_file_name File 790 900 Inp_file_name 810 830 850 860 870 880 128 y n 870 y 9 1 file_sav bas 10 20 30 40 50 60 70 80 90 00 10 20 30 40 50 60 70 80 90 200 210 220 230 240 2
271. 40 50 70 80 90 110 130 140 150 240 270 280 290 310 330 136 GPIB 2 3 4 5 5 1 SRQ SRQ 1 4 4
272. DC NSR 4287A 80 DATA CCOt1 6 254 R DATA RCCO 1 3 259 E E
273. RAM CALC EXAM STAR 222 C CALC EXAM GET CALC EXAM POIN 220 126 MMEM STOR 285 118 8
274. XX gt lt 3 GPIB 1 7 17 Ix1 21 GPIB GPIB 4287A GPIB 2 4287A 4287A 4287A D GPTB
275. 4287A Init ignored CINIT 281 Setting confict 4287A Data out of range 4287A Too much data 4287A lllegal parameter value I 373 H NI x ry M 230 256 310 321 400 410 420 430 440 230 Data corrupt or stale
276. CTRIG SEQ2 DEL 303 INITCONT 281 5 1 c 5 1 gd 68 5 1 2 1 2 3 4 1 2 3 4 TRIG SOUR 304
277. Missing parameter SOUR LISTITABL 291 1 SOUR LIST TABL 3 SOUR LIST TABL Program mnemonic too long 12 IEEE488 2 7 6 1 4 1 Undefined header 4287A 4287A XYZ H NI x ry M I 371 120 121 123 124 128 131 134 138 148 150 151 158 120 Numeric data error 121 129 Invalid character in number
278. S 13 165 LAN telnet 166 13 MM NI EE GCL hl 14 167 14 1 nmeas_fxt bas Agilent 4287A Enter
279. 1 2 c 3 3xo 4 5 8 S 6 7 Ri 8 9 Ri 10 1 2 3 4 Ra 8 119 8 1
280. BIN 106 BIN 106 ee 106 BIN 106 BIN i i IE 110 BIN BIN 111 kn IP 3 ee ee eo ee 112 8 Ir rIr rr 118 rr 118 118 118 2 RT 118 119 ET RN CN RE 120 9 1 26 A A DD Eh 26 SO 26 RA TDN ETRE Nl 27 RA RM CL I ht 27 OTTO 27 DLT SD NN 28 10 ceSNSes
281. EOM 31 EOM Low 32 33 34 COM 35 36 1 TRIG SLOP 303 12 143 F BIN BIN BIN CALC COMP 205 ON BIN BIN1 BIN10 BIN BIN11 BIN13 BIN CALC COMP OGB 217 10 BIN BIN1
282. HP BASIC TRIGGER 2 3 6 1 6 2 TRG 6 1 ASCII 6 2 trg_real bas Point ASCII Rdc GPIB LAN 1 trg bas 1 1 2
283. N n 1 N 258 15 DATA RCAD 1 3 DATA RCAD 1 31 DATA DATA RCAD 1 2 3 Ra Query Query lt newline gt lt END gt DATA RCCO 1 3 DATA DATA RCCO 112 3 lt gt DATA DATA RCCO 1 1213 Ra Rdc 83
284. Query DISP CCL DISPlay CCLear DISP CCL Query DISP TEXT1 DISPlay WINDow TEXT1 STATe ON OFF 1 0 DISPlay WINDow TEXT1 STATe 1 4 R ON 1 OFF 0 1 10 lt newline gt lt END gt Display SETUP MEAS DISP DISPLAY 15 wm NM 263 gt wx ww Query nls gt Jl wx ww Query DISP TEXT1 CALC 1 4 DISP TEXT1 CALC 1 4 DISP1ay WINDow TEXT1 CALCulate 11213 4 STATe ON OFF 1 0 DISPlay WINDow TEXT1 CALCulate 1
285. 294 293 298 67 303 126 31 31 362 299 310 299 309 300 298 362 315 295 318 SE 295 BIN 111 BIN 106 198 368 198 295 27 IP 159 30 gt 30 30 Fi Wi 1 RI x N 2 Co Go 362 41 E WL
286. 78 2 9 R X II DATA RAW 258 S 1 4 4 oO 1 1 2 2 3 3
287. A Query 1 gt 2 gt 248 248 Save Recall FILE UTILITY MMEM CRE DIR MMEM CREate DIRectory gt A
288. CORR1 COLL DC CORR1 COLL DC STAN1 STAN2 STAN3 CORR1 8 CORR1 COLL SAVE RJ DATA RCAD 1 3 259 COLL DC Rae
289. INITCONT 281 INIT CONT INITiate CONTinuous ONIOFF 110 TNITiate CONTinuous RST OFF 66 ON 1 OFF 0 Query 110 lt newline gt lt END gt RST 200 wm NM 15 281 Query MMEM CAT MMEM CAT MMEM CATalog 4287A Query
290. 255 255 255 0 x oOo Front 4287A lt x Front x Front 0 x x GPIB 0 lt x x GPIB 0 x x GPIB 32767 x x GPIB 0 x x GPIB 0 lt x x GPIB lt 358 NM ww ES H LCD 359
291. Content E 540 1030 Printer_select Info Info lt newline gt ASCII 10 Prin_info Printers Print_no Printer Select_pr 363 NM ww 3 ES H 1 990 1020 _
292. LCD DISP BACK 262 DISP 262 DISP UPD 273 DISP TEXT1 263 DISP TEXT1 CALC 1 4 264 1 gt 4 DISP TEXT1 CALC 1 4 DIG 264 DISP TEXT1 CALC 1 4 FIX 265 DISP TEXT1 CALC 1 4 MSD 265 DISP TEXT1 CALC 11 12 266 DISP TEXT1 CALC 11 12 DIG 266 DISP TEXT1 CALC 11 12 FIX 267 DISP TEXT1 CALC 11 12 MSD 267 Ra DISP TEXT1 CALC13 DIG 268 DISP TEXT1 CALC13 FIX 268 DISP TEXT1 CALC13 MSD 269 DISP TEXT10 270 DISP TEXT10 DATA 270 DISP TEXT11 271
293. 352 28 31 BIN 111 BIN 106 198 200 300 198 295 27 BIN 106 dc 28 ee here R24 BIN 107 27 82 24 38 299 310 299 309 300
294. CALC COMP OGB 217 BIN BIN CALC COMP CLE 208 BIN CALC COMP BIN 1 13 206 BIN CALC COMP COND 1 4 SNUM 212 CALC COMP COND 1 4 PAR 211 CALC COMP COND 1 4 MODE 209 CALC COMP COND 1 4 NOM 210 BINI CALC COMP BIN 1 13 COND 1 4 LIM 207 kp BIN CALC COMP BIN 1 13 COND 1 4 LTYP Sn 208 1 BIN CALC COMP COUN 213 To CALC COMP COUN CLE 213 CALC COMP DATA BCOU 214 0 Ra CALC COMP RDC LIM 218 CALC COMP DATA RDC 216 TRIG 302 TRG 202 TRIG SOUR 304 TRIG SLOP 303 TRIG DEL 302
295. Query DAB GET Query UNTERMINATED UNTERMINATED Query IEEE488 2 6 3 2 4287A Query DEADLOCKED DEADLOCKED Query IEEE488 2 6 3 1 7 4287A Query UNTERMINATED after indefinite response LT Query Query IEEE488 2 6 5 7 5 7 374 Symbols 6 26 0 119 bmp 126 csv 126 dta 126 Sta 126 y 26 Z 26 Numerics 28
296. 1 4287A SRQ 2 SRQ 10 1 SRQ 9 0 SRE32 RGSIC223g A 0 0 ESE 60 60 4 8 16 32 1 0 4287apj010 10 135 10 1 SRQ srq_err bas SRQ 4287A
297. 1 0 lt newline gt lt END gt SYST KLOC KBD 299 SYST KLOC MOUS 300 System KEY LOCK MENU KBD LOCK SYST KLOC KBD SYSTem KLOCk KBD ON OFF 110 SYSTem KLOCk KBD SYST KLOC ON 1 OFF 0 1 0 lt newline gt lt END gt SYSTIKLOC 299 SYST KLOC MOUS 300 System KEY LOCK MENU KBD LOCK 15 299 wm NM Query SYST KLOC MOUS SYST KLOC MOUS SYSTem KLOCk MOUSe ONIOFF 110 SYSTem KLOCk MOUSe ON 1 OFF 0 110 lt newline gt lt END gt SYSTKLOC 299 SYST KLOC KB
298. Agilent 4287A GPIB D GPITB Agilent 4287A GPIB E 4286A vs 4287A GPIB Agilent 4286A GPIB Agilent 4287A F I 16 Rdc Agilent 4287A G Agilent 4287A H LCD oO T Agilent 4287A
299. CALC PAR 1 41 EXPR CENT 222 TRIG DEL 302 TRIG SEQ2 DEL 303 322 C GPIB GPIB GPIB E CORR1 CKIT 225 CORR1 CKITLIST 226 CORR1 CKITSTAN1 LIST 229 6 cp CORR1 CKITSTAN1 DC 227 CORR1 CKITSTAN1 EDEL 228 CORR1 CKITSTAN2 LIST 232 Rs Ls Ra CORR1 CKIT STAN2 DC 230 CORR1 CKIT STAN2 EDEL 231 CORR1 CKITSTAN3 FORM 235
300. CORR2 COLL SHOR 249 CORR2 COLL SAVE 249 CORR2 COLL OPEN 248 CORR2 COLL SHOR 249 1 ON 1 OFF 0 CORR2 COLL 0OPEN 0OFF 0 CORR2 COLL SHOR 54 4 a Ra DATA RCMD 1 2 260
301. N n 1 N tstat n n 0 3 parl n n 1 tpar2 nj n 2 par3 n n 3 tpar4 n n 4 Imon n n Vmon n n Rdc n R comp BIN 0 14 Ra N R 1 BIN 1 SOUR LISTSTAT 291 DISP TEXT1 CALC 1 4 264
302. 12 5 12 4 LED 12 5 V Low mA 5 Cm 9 0 12 V 15 V NES EXT_TRIG 4 6 5 9 0 1 S KEY_LOCK EXT_DCV 14 18 3 ig 12 4 2 EXT_DCV EXT_TRIG KEY_LOCK 4287apj006 1 149 12 6 F H mn EXT_ DCV
303. 13 Agilent 4287A RF LCR BASIC HP BASIC 4287A 1 2 3 4
304. 97 89 BIN 114 Bus 67 Rdc 103 352 SRQ 137 31 SRQ 71 AN 26 190 gt 45 IMA EER 179 144 34 gt 147 100 Et 170 121 149 132 142 129 364 59 296 297 bin_sort bas 114 296 calib bas 45 106 205 compen bas 59 data bas 95 4286A vs 4287A GPIB 337 fetch bas 92 119 fi e_sav bas 129 filelist bas 132 31 lvl_mon bas 100 31 meas_ary bas 190 meas_fxt bas 170 meas_
305. G bmp RAM LOG ASCII Mi 65536 65536 ee ASCII LIST CSV
306. LAN Agilent 4287A LAN LAN 158 4287A GPIB 4287A GPIB LAN 4287A 13 LAN LAN LAN LAN LAN IP LAN LAN IP LAN IP LAN
307. SENS CORR2 CKIT STAN1 SENS CORR2 CKIT STAN2 SENS CORR2 CKIT STAN3 SENS CORR2 COLL CORR2 COLL 246 CORR2 COLL RF 248 CORR2 COLL DC 247 SENS CORR2 COLL FPO SENS CORR2 COLL SAVE CORR2 COLL SAVE 249 SENS CORR2 OPEN CORR2 COLL OPEN 248 SENS CORR2 SHOR CORR2 COLL SHOR 249 SENS CORR2 LOAD SYST FIXT CORR2 FIXT 250 SYST FIXT DIST CORR2 FIXTEDEL DIST 251 SYST FIXT LAB CORR2 FIXTLAB 252 SYST FIXT SAVE m DS cc Pp lt 1 DS Pp mw w NM Ka a E 341 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB
308. SYST ERR COUN SYSTem ERRor COUNt Query lt newline gt lt END gt SYST EXTR 2 SYSTem EXTRef Ext Ref Tn Query 1 0 lt new1ine gt lt END gt 0 1 298 15 Query Query SYST KLOC SYST KLOC SYSTem KLOCk FPANe1 ON OFF 1 0 SYSTem KLOCk FPANe1 SYST KLOC KBD ON 1 OFF 0
309. SYSTERR 298 SYSTERR COUN 298 SYSTEXTR 298 SCPI SYST VERS 301 WAI 202 1 OPC 199 HP 0PC OPC 199 329 GPIB GPIB 330 w w NM TF D GPIB Agilent 4287A GPIB 331 GPIB Agilent 4287A GPIB ABORt Query CALCulate COMParator BEEPer CONDition PASS FAIL STATe ON OFF 1 0 BIN 11213 4 5l6 71819 10111 12113 CONDition11213 4 LIMit LTYPe STATe CLEar CONDition 1 2 3 4 MODE NOMinal PARameter SNUMber COUNt CLEar STATe DATA B
310. Trigger Fxt TRIGGER GPIB LAN TRG INTernal MANua1 EXTerna1 BUS GPIB LAN INT MAN EXT BUS lt newline gt lt END gt TRG 202 Trigger Mode TRIG SOURCE INTERNAL MANUAL EXTERNAL BUS 15 304 Query 15 305 SOUR LIST RDC AVER SOURce LIST RDC AVERage lt gt SOURce LIST RDC AVERage R
311. MMEM CRE DIR 283 MMEM CDIR MMEM FNAM EXT 1 2 MMEM INIT MMEM CAT 282 HCOP DEF HCOP DEV LANG HCOP DEV SPE HCOP ITEM ANN STAT HCOP ITEM MENU STAT HCOP ITEM TDST STAT HCOP PAGE DIM FULL HCOP PAGE DIM QUAD 1 4 HCOP PAGE SCAL 1 HCOP DPR 279 HCOP PRIN 280 HCOP CONT 278 HCOP IMAG 280 HCOP 278 HCOP ABOR 278 346 E 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A DISP DATA PARAI1 2 DISP DATA PARAI1 2 MSD 1 101 1 1 DISP DATA PARA1 2 MSD ALL DISP DATA PARAI1 2 MSD A
312. 470 PRINT LIMIT IN 480 ELSE 490 PRINT LIMIT OUT 500 END IF 510 520 END 6 103 Rdc 104 BIN BIN 105 BIN BIN BIN BIN CALC COMP 205 BIN BIN BIN BIN BIN BIN
313. CALCulate COMParator DATA BIN BIN 0 14 Query Query 0 112131415 6171819 10 111112113 114 lt new1ine gt lt END gt 0 BIN1 13 BIN 1 BIN1 2 BIN2 3 BIN3 4 BIN4 5 BIN5 6 BIN6 7 BIN7 8 BIN8 9 BIN9 10 BIN10 11 BIN11 12 BIN12 13 BIN13 14 BIN CALC COMP OFF BIN BIN 1 BIN BIN 0 CALC COMP
314. H H 70 10 135 STB2 telnet B 3 319 2 ww Ma Ei 320 pk Cr sm I WV C GPIB Agilent 4287A GPIB 32 1 GPIB GPIB GPIB GPIB
315. TRIG SEQ2 DEL 303 ABOR 203 1 INIT 281 INITCONT 281 325 GPIB GPIB GPIB FORM 276 FORM BORD 277 TRG 202 FETC 274 READ 287 DATA RAW 258 1 4 DATA FDATt1 41 257 R DATA RDC 261 CALC COMP DATA RDC 216 DATA IMON 257
316. 4287A EXT_DCV 12 147 12 3 F 7BIN1 BIN13 OUT_OF_GOOD_BINS RDC_OUT_OF_RANGE OVLD ALARM INDEX EOM READY_FOR_TRIG COM 4287apj005 148 12 F LED LED EXT_DCV
317. Stat 5 Imon Title 5 1 0 Stat 6 Vmon Title 6 Ra 1 0 Stat 7 Ri Rdc Title 7 BIN 1 O Bin_stat 1 0 List_stat 360 370 360 370 450 460 500 520 560 620 660 670 680 690 710 720 2 760 8301 860 960 970 990 1 4 List_stat 1 Stop_no
318. 1 1 4 85 3 1 4 TRG 202 FETC 274 READ 287 R CALC COMP RDC LIM CALC COMP DATA RDC 216 TRG RJ R 0 1 R4 2 3 Ra Ra
319. 760 810 860 880 890 920 940 970 1010 1680 1050 1060 1070 1090 1100 1130 1150 1160 1180 1200 1210 1220 1230 1320 1330 1350 1370 1380 1540 1560 1580 1590 1610 1620 1640 1660 R A B C Cal_coef_dc Files File Cal_coef_a1l Cal_coef_b1 Cal_coef_c1 Cal_coef_a2 Cal_coef_b2 Cal_coef_c2 Cal_coef_dc FNCal Trig_sour
320. 7Data BIN1 BIN13 7 OUT_OF_GOOD_BINS 7OVLD RDC_OUT_OF_RANGE 4287apl009 146 12 F 4287A 12 4 12 3 12 3 TR 12 3 MI V r mA Low High 9 0 0 5 5 24 6 12 4 2 a V Q Agilent 5 1 7k 5 V 3 mA 1 78k 0757 0278 9 3 0k 9 V 3 mA 3 16k 0757 0279 12 4 0k 12 V 3 mA 4 22k 0698 3154 15 5 0k 15 V 3 mA 5 11k 0757 0438 24 8 0k 24 V 3 mA 8 25k 0757 0441 4287A
321. Extension csv Par COMP Extension csv IF Max_no 5 OR Max_no 7 THEN Par LIST ELSE Par LOG END IF CASE 6 IF Max_no 7 THEN 129 560 Extension csv 570 Par LOG 580 ELSE 590 Extension dta 600 END IF 610 CASE 7 620 Extension dta 630 END SELECT 640 650 CALL Inp_file_name File 660 670 IF Extension csv THEN 680 OUTPUT Agt4287a MMEM STOR amp File amp Extension amp amp Par 690 ELSE 700 OUTPUT Agt4287a MMEM STOR amp File amp Extension amp 710 END IF 720 PRINT Done 730 PRINT Save file name amp File amp Extension 740 750 END 760 770 File Name Input Function 780 790 SUB Inp_file_name Inp_name 800 DIM Inp_char 9 810 ON ERROR GOTO Inp_start 820 Inp_start 830 PRINT File Name Input 840 PRINT Input Save File Name without Extension 850 INPUT Name Inp_name
322. Img 1020 1100 50 1 1030 1070 2 1080 1090 Imgs 1110 gt 1200 BIN HH 7 113 7 1 BIN bin_sort bas 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 114 DIM Para 1 4 9 Lim mode 1 4 9 L_type 1 13 1 4 9 Img 50 REAL Point_no 1 4 L_lim 1 13 1 4 U_1im 1 13 1 4 Nomina1 1 13 REAL Stat Ls Q Bin_res INTEGER Max_cond Max_bin 0gbin Bin 1 14 I J Cond_reg ASSIGN Agt4287a TO 717 Max_cond 2 Max_bin 3 0gbin 2 ALL BIN 1 Condition 1 Point_no 1 1 Para 1 LS Lim mode 1
323. 102 6 Rdc al 6 7 R rdc bas 1 10 REAL L lim U lim Rdc 20 INTEGER Scode Rdc_test 30 ASSIGN Agt4287a TO 717 40 Scode 7 50 L lim 5 60 U_lim 5 70 OUTPUT Agt4287a FORM ASC 80 90 Rdc measurement setting 00 10 OUTPUT Agt4287a CALC COMP RDC LIM GL lim GU 1im 20 OUTPUT Agt4287a CALC COMP ON 30 OUTPUT Agt4287a SOUR LIST RDC ON 40 50 Trigger source setting 60 70 OUTPUT Agt4287a ABOR 80 OUTPUT Agt4287a TRIG SOUR MAN 90 OUTPUT Agt4287a TNIT CONT ON 200 210 1 Status register setting For SRQ 220 230 OUTPUT Agt4287a STAT OPER PTR 0 240 OUTPUT Agt4287a STAT OPER NTR 16 250 OUTPUT Agt4287a STAT OPER ENAB 16 260 OUTPUT Agt4287a SRE 128 270 OUTPUT Agt4287a CLS 280 OUTPUT Agt4287a OPC 290 ENTER Agt4287a Buff 300 310 Triggering and data read 320 330 ON INTR Scode GOTO Meas_end 340 ENABLE INTR Scode 2 350 PRINT Push Trigger Key 360 Meas wait GOTO Meas_wait 370 Meas_end OFF INTR Scode 380 OUTPUT Agt4287a DATA RDC 390 ENTER Agt4287a Rdc 400 OUTPUT Agt4287a CALC COMP DATA RDC 410 ENTER Agt4287a Rdc_test 420 430 1 Display results 440 450 PRINT Rdc measurement value Rdc 460 IF Rdc_test 1 THEN
324. DISP TEXT1 CALC 1 4 FIX DISP TEXT1 CALC 1 4 FIX DISPlay WINDow TEXT1 CALCulate 1 2 3 4 FIX ON OFF 1 0 DISPlay WINDow TEXT1 CALCulate 1 2 3 4 FIX 1 CALC1 4 CALC4 ON 1 OFF 0 1 0 lt newline gt lt END gt Display SETUP MEAS DISP PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 MSD FIXED DISP TEXT1 CALC 1 4 MSD DISPlay WINDow TEXT1 CALCulate 1 2 3 4 MSD lt gt DISPlay WINDow TEXT1 CALCulate 1 2 3 4 MSD 1 CALC1 4 CALC4 10 100n 1E 7 7
325. GPIB CORR2 COLL 246 Compensation required GPIB DATA CMP 1 3 256 Printer error 4287A No data available on memory F D gt mk
326. Ls L_lim U lim BIN BIN 1430 1490 Meas_max BIN 4 x NI RI EE 14 189 14 3 meas_ary bas 10 DIM Unit 9 Para1 9 Bin 1 10 20 Buff 9 20 DIM Disp 9 Beep 9 Lock 9 Img1 200 Img2 200 30 REAL Freq Pow Nom Lim L_1im U lim Status D 1 100 1 4 40 REAL Load rs Load_ls Load_rdc Rdc_1_lim Rdc_u lim 50 REAL Open_1_lim Open_u_lim Short_1 lim Short u lim Load 1 lim Load_u lim 60 TNTEGER Scode Meas_max Max_tab_no Nop Ave Result Tab I 70 CLEAR SCREEN 80 90 ASSIGN Agt4287a TO 717 100 Scode 7 110 120 Measurement Condition 130 Maximum Measurement Number 10 Maximum Table Number 4 OSC Level unit mV Frequency 100 MHz Averaging Factor 1 OSC Level 500 mV Parameter 1 Ls Display On Update
327. 1 1 1 2 1 4 1 2 3 41 4 lt newline gt lt END gt
328. Cal Compen SETUP USER FIXTURE ELEC LENGTH 15 251 wm NM Query CORR2 FIXT LAB CORR2 FIXT LAB SENSe CORRection2 FIXTure LABel lt gt SENSe CORRection2 FIXTure LABe1 gt 8 USER lt newline gt lt END gt CORR2 FIXT 250 CalCompen SETUP USER FIXTURE LABEL KIT 252 15 Query DATA CAD 1 8 DATA CAD 1 8 DATA DATA CAD 1 2 3 4 5 6 7 8
329. lt newline gt lt END gt CORR1 CKIT STAN2 EDEL 231 CORR1 CKIT STAN3 EDEL 234 Setup View 228 15 Query 1 9 229 CORR1 CKIT STAN1 LIST CORR1 CKIT STAN1 LIST SENSe CORRection1 CKIT STANdard1 LIST lt 1 gt 2 gt lt 3 gt SENSe CORRection1 CKIT STANdard1 LIST lt 1 gt G Cp CORR1 CKIT LIST OFF Ocry
330. DCV V 5V lt DCV lt 6V 6V lt DCV lt 9V 9V lt DCV lt 15V 15V lt DCV lt 24V 4 4 4 4 C3 3 3 3 2 12 2 2 co 1 pr oN 1 oN 1 23 J3 J4 12 6 J3 J4 J3 J4 12 5 12 4 R2 5 R2 8 12 152 F 12 6 Handler Interface Board Pull Up Voltage 5V J5 1 J5 2 Connector Pull Up 4 gt Resistor NII os Ne 92
331. FETC DATA FDAT11 41 fetch bas H Trigger 50 60 70 110 160 180 200 220 240 260 280 300 310 330 340 90 GPIB ASCII 1 4 1 0 Stat 1 Stat 4 Title 1 Title 4 1 0
332. G 3 3xc 4 5 6 7 Ri 8 9 Rg 10 CALC EXAM STAR 222 Prmtr DATA EXAM PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 mon V mon Rdc CALC EXAM POIN CALCulate MATH EXAMine MEMory POINt RAM Query i kl lt newline gt lt END gt 220 15 Query CALC EXAM SI CALCulate MATH EXAMine ZE MEMory S1ZE lt gt CALC EXAM SIZE
333. GPIB 1 lt new 1ine gt END gt lt new 1ine gt lt END gt 3 END gt GPIB EOI HP BASIC OUTPUT
334. SYST COMM PAR DATA SYST COMM PAR TRAN DATA SYST COMM PAR2 MODE SYST KEY IBASIC PROG PCB IBASIC 348 RM ul F Ra Agilent 4287A 349 F 1 LCD GPIB
335. Set the Scanner s Channel to No 1 and Set Load Connection 1 1 y Enter 1 2 4 Set the Dut Set the Scanner s Channel to No 1 Input external trigger after the READY_FOR_TRIG signa1 changed to Low level 1 READY_FOR_TRIG Low 2 4 BIN 10
336. gt 1E6 1E6 0 9 4 1E 18 lt newline gt lt END gt CORR1 CKIT STAN1 DC 227 CORR1 CKIT STAN3 DC 233 Setup View 230 15 Query 15 231 CORR1 CKIT STAN2 EDEL CORR1 CKIT STAN2 EDEL SENSe CORRection1 CKIT STANdard2 EDELay TIME lt gt SENSe CORRection1 CKIT STANdard2 BDELay TIME CORR1 CKIT LIST 226 i gt 1E6 1E6 0 s 1E 18
337. 1 1E 18 1E 18 2 3 lt newline gt lt END gt CORR2 CKITLIST 241 CORR2 CKIT STAN2 LIST 245 Setup View 15 Bl wm NM 243 Query CORR2 CKIT STAN2 DC CORR2 CKIT STAN2 DC SENSe CORRection2 CKIT STANdard2 DC lt gt SENSe CORRection2 CKIT STANdard2 DC Ri 1E6 1E6 0 9 1E 18 lt newline gt lt END gt CORR2 CKIT STAN1 DC 242 Setup View
338. CALC COMP COUN CALC COMP COUN CALCulate COMParator COUNt STATe ON OFF 1 0 CALCulate COMParator COUNt STATe BIN BIN BIN BIN 2147483647 2 1 BIN KRST SYST PRES 0 BIN BIN ON 1 OFF 0 10 lt newline gt END gt CALC COMP COUN CLE 213 CALC COMP DATA BCOU 214
339. OPC STAT INST STAT INST ENAB 4287A STAT PRES 295 STAT 0PER COND 293 STAT OPER ENAB 293 STAT 0PER 293 STAT OPER PTR 294 STAT OPER NTR 294 STAT PRES 295 STAT QUES ENAB 295 STAT QUES 295
340. BIN 2 14 1 2 1 2 1 READ 1 READ 2 READ 1 4287A READY_FOR TRIG INIT CONT OFF INDEX _ 4287apj028 186 14 3 4 READ 287
341. READY_FOR_TRIG READ 98 14 1 READ2 BIN 1 BIN 1 Fr i 14 3 4 meas_ary bas
342. Ra 1 2 4 R 1 1 2 3 R CALC EXAM STAR Query 1
343. Rdc R Rdc 1 lim Rdc_u_lim 1 4 Title_disp Title IT ws 33 3 1 setup bas 10 20 30 40 50 60 70 80 90 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 550 34 DIM UnitW 9 List 9 Rdc 9 Para 1 4 9 Dev 1 4 9 DIM List_lab 1 4 9 Title 30 Title_disp 9 Clock_disp 9 REAL Freq 1 4 Pow 1 4 Cent 1 4 Rdc_1_lim Rdc_u lim INTEGER Ave 1 4 Act_tab Nop Point_no I ASSTGN Agt4287a TO 717 Act_tab 3 List ON List_lab 1 FREQ List_lab 2 PAR1 List_lab 3 PAR2 List_lab 4 PAR3 Imon_disp ON Vmon_disp ON
344. CALC COMP COUN CLE CALCulate COMParator COUNt CLEar BIN BIN BIN 0 Query wm NM Query CALC COMP DATA BCOU CALC COMP DATA BCOU CALCulate COMParator DATA BCOUnt BIN BIN BIN BIN CALC COMP BIN 1 13 BIN Query 1 14 lt newline gt END gt 1 BIN1 2 BIN2 3 BIN3 4 BIN4 5 BIN5 6 BIN6 7 BIN7
345. CORR1 CKITLIST 226 SENS CORR1 CKIT STAN1 G CORR1 CKITSTAN1 LIST 229 SENS CORR1 CKIT STAN1 C CORR1 CKITSTAN1 DC 227 CORR1 CKITSTAN2 LIST 232 SENS CORR1 CKIT STAN2 R CORR1 CKITSTAN2 LIST 232 SENS CORR1 CKIT STAN2 L CORR1 CKITSTAN2 DC 230 CORR1 CKITSTAN2 EDEL 231 SENS CORR1 LOAD TYPE CORR1 CKIT STAN3 FORM 235 SENS CORR1 CKIT STAN3 R SENS CORR1 CKIT STAN3 L CORR1 CKIT STAN3 LIST 236 SENS CORR1 CKIT STAN3 Q SENS CORR1 CKIT STAN3 F CORR1 CKIT STAN3 DC 233 CORR1 CKIT STAN3 EDEL 234 SENS CORR1 COLL CORR1 COLL 238 CORR1 COLL RF 240 CORR1 COLL DC 239 SENS CORR1 COLL FP0 SENS CORR1 CORR1 225 SENS CORR1 COLL SAVE CORR1 COLL SAVE 240 SENS CORR1 EDEL ST
346. CalCompen SELECT FIXTURE None 16191A 16192A 16193A 16194A 16196A 16196B 16196C USER 250 15 Query CORR2 FIXT EDEL DIST SENSe CORRection2 FIXTure EDELay DISTance lt gt SENSe CORRection2 FIXTure EDELay DISTance COR R2 FIXT EDEL DIST I i 0 H 0 gt 1E6 1E6 0 m 1E 18 1 lt newline gt lt END gt CORR2 FIXT 250
347. 1 Ls 1 factor Cp CORR1 CKIT LIST OFF Query 1 Rs Ls 3 Rs Ls Q Quality D 3
348. 490 ENTER Agt4287a Buff 500 OUTPUT Agt4287a TRIG SOUR INT 510 520 Download Calibration Coeficient 530 1 540 OUTPUT Agt4287a SOUR LIST SIZE 550 ENTER Agt4287a Nop 560 REDIM Cal_coef_a1 1 Nop 1 2 Cal_coef_a2 1 Nop 1 2 570 REDIM Cal_coef_b1 1 Nop 1 2 Cal_coef_b2 1 Nop 1 2 580 REDIM Cal_coef_c1 1 Nop 1 2 Cal_coef_c2 1 Nop 1 2 590 600 PRINT Downloading Calibration Coeficient 610 620 ON ERROR GOTO File_error 630 ASSIGN Wile TO File 640 ENTER File Cal_coef_a1 Cal_coef_b1 Cal_coef_c1 Cal_coef_a2 Cal_coef_b2 Cal_coef_c2 Cal_coef_dc 650 ASSIGN File TO 660 OFF ERROR 670 680 OUTPUT Agt4287a DATA CCO1 Cal_coef_a1l 690 OUTPUT Agt4287a DATA CC02 Cal_coef_b1 700 OUTPUT Agt4287a DATA CCO3 iCal_coef_c1 710 OUTPUT Agt4287a DATA CCO4 Cal_coef_a2 720 OUTPUT Agt4287a DATA CCO5 Cal_coef_b2 730 OUTPUT Agt4287a DATA CCO6 Cal_coef_c2 740 750 OUTPUT Agt4287a DATA RCCO1 Cal_coef_dc 1 760 OUTPUT Agt4287a DATA RCC02 Cal_coef_dc 2 770 OUTPUT Agt4287a DATA RCC03 Cal_coef_dc 3 780 1
349. E 3 2 315 312 314 amp 199 126 352 126 BT COMPARATOR 106 CAL KIT 38 STIMULUS 27 303 302 362 28 31 127 74 79 Rdc 101 COMPEN KIT 52 99 H 362 202 110 109 350 69 Rdc 101 1 4 30 30 30 29 I 51 I 70 27
350. Rs Ls 2 14 770 810 Inp_data Inp_data 4 1 45 850 910 FNCa1 1 Max_tab_no FNCa1 4 1 45 930 990 FNCal 1 ax_tab_ no 1010 1070 FNCal 1 ax tab no
351. gt MS M S SLOPe POSitive NEGative 336 E 4286A vs 4287A GPIB Agilent 4286A GPIB Agilent 4287A m DS cc Pp lt 1 DS wm 1 NM TF 337 4286A vs 4287A GPIB 4286A vs 4287A GPIB 4286A vs 4287A GPIB 4286A 4287A GPIB 4286A 15 4286A CALC FORM 4287A CALC PAR 1 4 FORM 224
352. ill SYST KLOC 299 SYST KLOC KBD 299 SYST KLOC MOUS 300 24 3 25 4 1 PAR1 2 CPAR2 8 PAR3 4 PAR4 CALC PAR 1 4 FORM 224 el 0 Z Z Y IYI LS Ls LP Lp
353. 14 gt 168 176 rr 186 EN TN SE SS 187 15 HI NN CU Nm TC TS RE 196 6 6 96 Qe OR EE 197 RR RE a hE9T EN SC LOT EEE EE CT RR EE 8 8 io198 BSR S99 9 OPC NN NE EO Oi EO RS CA 00 SN NN NN 0d RS DE CO 02 2 2 2860 GEHBNSN 2 208 BORN Io208 AVBRSGOUNE La 5 mo ee moe 204 EMECICOMP TS A 208 CALC COMP BEEPECOOD L205 CAC BDI Dk ER DE RR RR 8 CALC COMP BIN 1 13 COND 1 4 LM 207 CALC COMP BIN 1 13 COND 1 4 LTYP L208 CALEGSCOMPECLE NS SS i NE E208 CALCCOMNECONDA Sd MODE oR It Or2 t 209 CALCTCOMR COND A NOM 210 GREGseOUMPSGONDWI SBARE Oo 2 CALC COMP COND1 44 SNUOM
354. 2 6 2 7 2 8 2 1 DATA CAD 1 8 253 A1 1H B1 C1 A2 B2 C2 6 1 Al 2 B1 3 C1 4 A2 5 B2 6 C2 1 DATA CCO 1 61 254 80
355. B Agilent 4287A 311 Agilent 4287A B 1 4294apj021 B 1 1
356. Register Summary 6 RQS 1 1 1 0 7 1 1 1 Operation Status Register Summary CLS 316 B B 2 B 0 OPC 199 Operation Complete
357. VMONitor IMONitor FREQuency AVERage POWer RDC R 1 PARam1 2 PARam2 3 PARam3 4 PARam4 Query PAR1 PAR2 PAR3 PAR4 VMON IMON FREQ AVER POW RDC lt new1ine gt lt END gt SOUR LISTSTAT 291 Prmtr SETUP LIST PRMTRS LABEL 1 LABEL 2 LABEL 3 LABEL 4 PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 V mon I mon FREQ AVG POWER R_dc 272 15 DISP UPD DISP UPD DISPlay UPDate ON OFF 1 0 DISP1ay UPDate LCD
358. lt newline gt lt END gt lt newline gt 1 1 lt newline gt N N lt newline gt N HCOP DPR 279 280 15 INIT TNIT TNITiate IMMediate 1 INIT CONT ON 66 Query
359. 1 10 MHz 4 0 dBm 2 100 MHz 4 0 dBm 3 1 GHz 4 0 dBm 680 770 Ca1_coef_a1 Cal_coef_a2 Cal_coef_b1 Cal_coef_b2 Cal_coef_c1 Cal_coef_c2 Files File Al B1 C1 A2 B2 C2 R Cal_coef_a1 Cal_coef_b1 Cal_coef_c1 Cal_coef_a2 Cal_coef_b2 Cal_coef_c2 Cal_coef_dc Set fixture
360. 110 R L_lim U_1im 120 130 BIN R 170 190 230 290 SRQ 330 340 SRQ SRQ 350 360 Trigger Triggerl 380 390 R Rdc 400 410 ME Rdc_test 450 500 Ra R
361. 192 168 0 1 4287a 4287A file_ins sta ftp FTP ftp 4287A ftp MS DOS file_com sta MS DOS ftp 192 168 0 1 ftp 4287a 1 ftp 42874
362. 2 12 7 3 4287A 4287A 154 12 F 9 423 10 423 4287A 12 8 4287A Rear A23 9 8 n Handler Interface NE Board SS 9 1 9 3 Front 4287ase06001 12 155 F 156 12 S 33 13 LAN LAN Local Area Network 157 LAN LAN
363. 5 Q Example 3 1 32 50 70 100 110 220 230 340 350 360 390 400 410 420 440 450 470 490 530 540 550 590 1 630 770 810 820 860 870 910 920 960 970 1020 1030 1070 1120 GPIB Act_tab Point_no Unit Nop Freq Ave Pow 1 4 Para Dev Cent List
364. CALC12 R DISP TEXT1 CALC 1 4 DIG 264 DISP TEXT1 CALC 11 12 DIG 266 DISP TEXT1 CALC13 DIG 268 DISP TEXT1 CALC 1 4 FIX 265 DISP TEXT1 CALC 11 12 FIX 267 DISP TEXT1 CALC13 FIX 268 4 DISP TEXT1 CALC 1 4 MSD 265 DISP TEXT1 CALC 11 12 MSD 267 DISP TEXT1 CALC13 MSD 269 DISP TEXT1 CALC 1 4 264 DISP TEXT1 CALCT11 121 266 SOUR LIST RDC 290 30 1 R R 1 LAB1 4 LAB4 DISP TEXT2 LAB 1 4 272
365. NS RN EE ER 22 23 RE i 24 3 0 lt 2 ee ee 26 27 OS NE EO A 28 Rd amp D9 A A RR RR 28 Rdc 28 28 Rdc 28 29 30 30 31 31 31 LCD 31 31 31 NE 32 4
366. Setup View BIN 210 15 CALC COMP COND 1 4 PAR CALC COMP COND 1 4 PAR CALCulate COMParator CONDition 1 2 3 4 PARameter Z Y LS LP CS CP RS RP Q D X G B TZR TZD TYR TYD CALCulate COMParator CONDition 1 2 3 4 PARameter 1 COND1 4 COND4 BIN Y LS LP CS CP RS
367. Star_no 1 List_stat 1 Star_no Stop_no Res SRQ SRQ SRQ Trigger Trigger Res Star_no Stop_no 1 870 880
368. ftp binary csy ASCII ftp put file_com sta 4287A file_ins sta 13 161 S LAN 8 ftp get file_com sta 4287A 9 ftp quit ftp ftp ftp
369. 13 dBm x Bo x Bo dBm x Bo Ra o x Bo x x Bo 0 2 x Bo 10 kQ x Bo x Bo EE DEV O x Bo 0 x Bo 0 s O x Bo 0 s x Bo LCD x x Bo O x Bo x x Bo 0 x Bo RI MM Ra 2 A 4 x Bo x Bo 0 x Bo 353
370. 27 sf 99 82 274 68 27 27 362 303 380 1 4 85 77 27 51 107 352 82 Mi 51 a hy 3 Fr gt 118 1 a pill 3 lt sr 3 hi a dt y PIN or x 1NI I 305
371. Disk info Disk_data Byte MB lL a 17 6 131 9 2 filelist bas 10 DIM Disk_info 25000 Disk_data 1 500 255 Ing 20 20 REAL Used_size Free_size Used_size_m Free_size_m 30 INTEGBR Info_len Loc N I 40 50 ASSIGN Agt4287a TO 717 60 70 OUTPUT Agt4287a MMEM CAT 80 ENTER Agt4287a Disk_info 90 100 Info_len LEN Disk_info 110 Loc 1 120 N 1 130 FOR I 1 TO Info_len 140 IF Disk_info I 1 THEN 150 Disk data N Disk_info Loc I 1 160 Loc I 1 170 N N 1 180 END IF 190 NEXT I 200 Disk data N Disk_info Loc Info_len 210 220 Used_size VAL Disk_data 1 230 Free_size VAL Disk_data 2 240 Used_size_m Used_size 1048576 1MB 250 Free_size_m Free_size 1048576 1MB 260 Img 10A 4D 2
372. Query NN lt GPIB Device Clear HP BASIC 2CLBAR Ne gt 1 8 1 1 Query FETC2 FETC FETC 274 TRIG SOUR 304 SOUR LISTTABL 291 NM 15 287
373. 297 SYST DATE MODE SYST TIME 301 347 m DS cc Pp lt 1 DS mw w NM Ka a 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A TST 202 IDN 199 SYST ERR 298 DIAG EREF STAT2 SYSTEXTR 298 SCPI SYST VERS 301 OPT WAl 202 1 OPC 199 0PC OPC 199 GPIB SYST COMM GPIB CONT ADDR SYST COMM GPIB RDEVI1 2 ADDR 1 0
374. 90 lt newline gt lt END gt DISP TEXT10 270 Display TITLE MENU MODIFY TITLE 270 15 Query Query DISP TEXT11 DISP TEXT11 DISP1ay WINDow TEXT11 STATe ON OFF 1 0 DISP1ay WINDow TEXT11 STATe LCD ON 1 OFF 0 1 0 lt newline gt lt END gt Display DATE amp TIME DISP TEXT11 MODE DISPlay WINDow TEXT11 MODE STAMp LIVE DISPlay WINDow TEXT11 MODE LCD STAMp
375. DATA DATA CMD1121 81 2 Query 1 2 Query I Query 1 Nx2 lt newline gt END gt nx2 1 n nx2 n
376. SOUR LIST SOUR LIST SOURce LIST lt nop gt lt freq 1 gt lt ave 1 gt lt pow 1 gt lt freq N gt lt ave N gt lt pow N gt SOURce LIST N lt nop gt nop gt freq n gt ave n gt N n n 1 32 1E6 3000E6 1 100 1 1E6 1 Hz 1 100E3 1 lt pow n gt n dBm mA mV 40 1 0 1 10 5 502 13 2 100 dBm mA mV 0 1 dB 2 1 SOUR UNIT 2 mA mV dBn 0 1 dB n 1 N
377. lt lt gt 108 7 2 4287apj018 BIN1 1 BIN GPIB 0 BIN BIN1 GPIB 1 BIN2 GPIB 2 BIN13 GPIB 13 109 1 BIN BIN BIN CALC COMP DATA BIN 215 BIN CALC COMP 205 ON BIN TRG 202 FETC 274 READ 287 BIN
378. nS F 12 1 4287apj008 12 1 7OUT_OF_GOOD_B 7B EXT_TR 7B 7B 7B 7B 7B 7B 7B 7B 7B oo loleolhulolotloISIH II KO IO J RNR IOO 12 1 12 1 7 BIN 11 7BIN 12 7BIN 13 7READY_FOR_TRIG 7RDC_OUT_OF_RANGE 7OVLD 7KEY_ LOCK reserved EXT_DCV 7ALARM 7INDEX 7EOM COM 1 BIN1 BIN 1 11 19 21 1 6 Le Low Ra 3 BIN3
379. 1 10 Ra Ru RDC OUT OF RANGE 1 11 15 0 1 BIN 0UT_OF_ GOOD_ BINS BIN CLS 318 1 CLS 198 SRE 201 STB 201 ESE 198 ESR 199 STATPRES 295 STAT OPER ENAB 293 STATIOPER COND 293 STAT OPER 293 STAT OPER PTR 294 STAT OPER NTR 294 STAT QUES 295 STAT QUES ENAB 295 5 H
380. 1 100 MHz Q Limit mode Absolute Absolute 3 3 HF 5 14 120 U lim 4 3 5 0 Upper Limit 5 130 L_type 4 3 OUT Limit Type OUT 140 L lim 4 4 10 0 Condition 4 Lower Limit 10 150 U lim 4 4 1 0E 9 Upper Limit 1E9 160 L_type 4 4 IN imit Type IN 170 BIN5 1180 L lim 5 1 5 0 Condition 1 Lower Limit 5 190 U lim 5 1 5 0 Upper Limi 5 200 L type 5 1 IN Jimit Type 210 L_lim 5 2 10 0 Condition 2 Lower Lim 0 220 U lim 5 2 1 0E 9 Upper L E9 230 L_type 5 2 IN Limit Type 240 1im 5 3 5 0 Condition 3 Lower L 5 250 U lim 5 3 5 0 Upper L 5 260 L_type 5 3 OUT Limit Type OUT 270 L_lim 5 4 10 0 Condition 4 Lower Limit 0 280 Ulim 5 4 1 0E 9 Upper L E9 290 type 5 4 OUT Limit De OUT y 300 BIN6 310 L lim 6 1 5 0 Condition 1 Lower Limit 5 320 U lim 6 1 5 0 Upper Limit 5 330 L_type 6 1 IN Limit Type IN 340 1im 6 2 10 0 Condition 2 Lower Limit 10 350 U lim 6 2 1 0E 9 Upper Limit 1E9 360 L_ type 6 2 OUT Limit Type OUT 370 1im 6 3
381. 209 wm NM Query CALC COMP COND 1 4 NOM CALC COMP COND 1 4 NOM CALCulate COMParator CONDition 121314 NOMinal lt gt CALCulate COMParator CONDition 1 2 3 4 NOMinal 1 COND1 4 COND4 i CALC COMP COND 1 4 DEV PCNT BIN gt 1E20 1B20 6 0 lt newline gt lt END gt CALC COMP COND 1 4 MODE 209
382. CORR1 COLL SAVE CORR2 COLL SAVE CORR1 COLL CORR2 COLL CORR1 COLL RF CORR2 COLL RF A DATACADU 8Y Py DATA CMD 1 2 DC Rdc Rdc DATA RDC DATA RCCO1 31 DATA RCMP 1 31 DC DATA RCCO 1 3 DATA RCMPt1 31 CORR1 COLL SAVE CORR2 COLL SAVE CORR1 COLL CORR2 COLL CORR1 COLL DC CORR2 COLL DC gt 3 e DATA RCAD 1 312 DATA RCMDt1 21 DC DC 4287apj014
383. IEEE IEEE488 2 EN DOS CN lt new line gt 6 2
384. Rs Ls lt lt x Both Rs 50 Q x Both Ls 0 H x Bo 50 Q x Bo 0 s lt lt x Both 1 GPIB 2 GPIB 356 SYST PRES RST oO x Both x Both
385. STAT OPER ENAB 16 2400 OUTPUT Agt4287a SRE 128 2410 Triggering and data read 2420 FOR 1 1 TO Meas_max 2430 REPEAT 2440 OUTPUT Agt4287a STAT OPER COND 2450 ENTER Agt4287a Cond_reg 2460 UNTIL BIT Cond_reg 5 2470 OUTPUT Agt4287a CLS 2480 OUTPUT Agt4287a OPC 2490 ENTER Agt4287a Buff 2500 ON INTR Scode GOTO Meas_end 2510 ENABLE INTR Scode 2 2520 PRINT Set Dut Then input external trigger 2530 Meas_wait GOTO Meas_wait 2540 Meas_end OFF INTR Scode 2550 OUTPUT Agt4287a CALC COMP DATA BIN 2560 ENTER Agt4287a Bin_sort_result 2570 PRINT Meas No amp VAL I BIN Bin_sort_result 2580 NEXT I 2590 2600 Display 2610 2620 BIN Count Result 2630 OUTPUT Agt4287a CALC COMP DATA BCOU 2640 ENTER Agt4287a Bin 2650 Img1 2X 15A 5D UN 2660 PRINT BIN Count Result a 2670 PRINT BIN Count 2680 PRINT Ji 2690 FOR I 1 TO 13 2700 PRINT USING Img1 BIN amp VALW T 8 Bin 1 NN 2710 NEXT1 0 2720 PRINT USING Img1 0UT OF BIN1 13 Bin 14 2730 Statist
386. TNTR Scode GOTO Meas_end ABLE INTR Scode 2 UTPUT Agt4287a TNIT T Waiting 210 Meas_wait GOTO Meas_wait 220 Meas_end OFF INTR Scode 230 PRINT Measurement Complete 240 END 50 1 60 OUTPUT Agt4287a ABOR 70 OUTPUT Agt4287a TRIG SOUR INT 80 1 90 OUTPUT Agt4287a STAT OPER PTR 07 00 OUTPUT Agt4287a STAT OPER NTR 16 10 OUTPUT Agt4287a STAT OPER ENAB 16 20 OUTPUT Agt4287a SRE 128 30 OUTPUT Agt4287a CLS 40 OUTPUT Agt4287a OPC 7 50 ENTER Agt4287a Buff 60 1 0 0 to ep 72 Ra 6 Agilent 4287A 73 9 S ASCII
387. 2780 PRINT Select Test Fixture 2790 PRINT 1 None 2800 PRINT 2 16191A 2810 PRINT 3 16192A 2820 PRINT 4 16193A 2830 PRINT 5 16194A 2840 PRINT 6 16196A 2850 PRINT 7 16196B 2860 PRINT 8 16196C 174 14 2870 PRINT 9 USER 2880 INPUT Input 1 to 9 Inp_char 2890 Fixture IVAL Inp_char 10 2900 TF Fixture lt 1 OR Fixture gt 8 THEN Fixture_select 2910 OFF ERROR 2920 SELECT Fixture 2930 CASE 1 2940 OUTPUT Agt4287a CORR2 FIXT NONE 2950 CASE 2 2960 OUTPUT Agt4287a CORR2 FIXT FXT16191A 2970 CASE 3 2980 OUTPUT Agt4287a CORR2 FIXT FXT16192A 2990 CASE 4 3000 OUTPUT Agt4287a CORR2 FIXT FXT16193A 3010 CASE 5 3020 OUTPUT Agt4287a CORR2 FIXT FXT16194A 3030 CASE 6 3040 OUTPUT Agt4287a CORR2 FIXT FXT16196A 3050 CASE 7 3060 OUTPUT Agt4287a CORR2 FIXT FXT16196B 3070 CASE 8 3080 OUTPUT Agt4287a CORR2 FIXT FXT16196C 3090 CASE 9 3100 OUTPUT Agt4287a CORR2 FIXT USER 3110 CALL Inp_data Electrical Length of the User Fixture E_len 3120 OUTPUT Agt4287a CORR2 FTXT EDEL DIST E len 3130 END SELECT 3140 SUBEND 3150
388. 3 DATA RCMP 1 3 260 1 Ra A 2 Ra B 3 Ra C 1 R DATA RCMDt1 21 260 1 Ra 2 RJ 1 84 6 1 4 1 4
389. 390 Display results 400 410 PRINT Result 420 PRINT Meas Status Stat Paral amp Resl Para2 amp Res2 Imon Imon 430 440 END 1 4 6 2 40 50 GPIB 60 Point 70 80 NORMAL 100 150 1 2 3 4 170 200 1 2 Para1 Para2 220 230 Point 240 250 BIN Rdc
390. 4 4 1 DATA FDATI1 4 257 6 79 2 8 1 1 2 1 3 1 4 1 5
391. 5 0 Condition 3 Lower Limit 5 Dummy 380 U lim 6 3 5 0 Upper Limit 5 Dummy 390 L type 6 3 ALL Limit Type ALL 400 L lim 6 4 10 0 Condition 4 Lower Limit 10 Dummy 410 U lim 6 4 1 0E 9 Upper Limit 1E9 Dummy 420 L_type 6 4 ALL Limit Type ALL 430 440 Measurement Condition Setting 450 460 OUTPUT Agt4287a SYST PRES 470 OUTPUT Agt4287a FORM ASC 480 OUTPUT Agt4287ai SOUR LIST TABL Act_tab 490 OUTPUT Agt4287a SOUR UNIT amp Unit 500 OUTPUT Agt4287a SOUR LIST Nop 510 FOR I 1 TO Nop 1 NN 520 OUTPUT Agt4287a Freq I Ave D Pow 1 7 i 530 NEXT I 540 OUTPUT Agt4287a Freq Nop Ave Nop Pow Nop Ji 550 OUTPUT Agt4287a SOUR LIST STAT ON 560 OUTPUT Agt4287a SOUR LIST RDC ON NN 570 OUTPUT Agt4287a CALC COMP RDC LIM Rdc_1_1im Rdc_u_1im 8 580 OUTPUT Agt4287a CALC PAR1 FORM amp Para 1 590 OUTPUT Agt4287a CALC PAR2 FORM amp Para 2 600 OUTPUT Agt4287a DISP TEXT1 CALC3 OFF 610 OUTPUT Agt4287a DISP TEXT1 CALC4 OFF 620 OUTPUT Agt4287a DISP amp Disp 630 OUTPUT Agt4287a SYST BEEP1 STAT amp Beep 640 OUTPUT Agt4287a SYST
392. HCOPy ABORt Query Display PRINT MENU ABORT PRINTING HCOP CONT HCOPy CONTent SCReen SETup LIST HCOPy CONTent SCReen SETup BIN H 9 LIST
393. INITCONT 281 TRIG SOUR 304 GPIB LAN INIT CONT 2 TRG 202 GPIB LAN TRIG 302 Query 3 ABOR 203
394. INT MAN EXT 0 0 GPIB LAN SOUR LIST TABL READ2 GPIB LAN TRIG SOUR BUS
395. Ra STAN1 CORR2 COLL DC R STAN2 CORR2 COLL DC CORR2 COLL SAVE 4 53 gf S hu 3 9 EE GPIB CORR2 COLL SAVE 249 CORR2 COLL OPEN 248 CORR2 COLL SHOR 249 CORR2 COLL SAVE 249 CORR2 COLL OPEN 248
396. day lt newline gt END gt System SET DATE amp TIME 15 297 wm NM a Query Query Query SYST ERR SYST ERR SYSTem ERRor 4287A 100 CLS Query lt newline gt lt END gt 0 No error CLS 198
397. ol lo lol lol STAT PER PTR 0 pl ol lol lo STAT OPER NTR 16 STAT OPER COND 32768 16384 8192 4096 2048 1024 512 258 128 B4 32 4287apj007 70 5 1 SRQ srq_meas bas SRQ 1 SRQ 30 40 GPIB 60 70
398. 228 229 230 231 232 233 234 235 236 238 239 10 TEXT1 CALC 1 4 FIX TEXT1 CALC 1 4 MSD TEXT1 CALCt11 12 TEXT1 CALCt11 12 DIG TEXT1 CALCt11 12 FIX TEXT1 CALC 11 12 MSD TEXT1 CALC13 DIG TEXT1 CALC13 FIX TEXT1 CALC13 MSD TEXT10 TEXT10 DATA TEXT11 TEXT11 MODE TEXT2 LAB 1 4 UPD FETC FOR FORM HCOP HCOP HCOP HCOP HCOP HCOP BORD ABOR CONT DPR IMAG PRIN CONT CAT COPY CRE DIR DEL LOAD STOR IST CLE ST POIN IST RDC ST RDC OFSC IST SIZE ST STAT IST TABL 3 UNIT OPER OPER COND OPER ENAB OPER NTR OPER PTR PRES QUES 265 265 266 266 267 267 268 268 269 270 270 271 271 22 273 274 276 2 278 278 278 279 280 280 281 281 282 283 283 284 284 285 287 288 289 289 290 290 290 291 291 292 293 293 293 294 294 295 295 STAT QU SYST B ES ENAB EP SYST EP1 STAT SYST i es EP2 STAT SYST SYST ER SYST ER p B B SYST B D TE RS R COUN SYST EXTR SYST KLOC
399. 5 1 2 3 4 2 2 R 3 CORR1 COLL SAVE 240 ll CORR1 COLL SAVE SYST PRES 300 RST 200 SOUR LIST 288 CORR12 225 R
400. 630 740 42 CAL_DATA L gt GPIB CAL_DATA File ASCII 1 10 MHz 4 0 dBm 2 100 MHz 4 0 dBm 3 1 GHz 4 0 dBm Set_cal_kit lt Jp ga Ri Rg Ri
401. 860 PRINT Input Name amp Inp_name 870 INPUT OK Y N Inp_char 880 IF UPC Inp_char lt gt Y THEN Inp_start 890 OFF ERROR 900 SUBEND 130 9 1 9 2 MMEM CAT2 1 filelist bas 9 1 9 2 Used size 276 50 MB 289931264 Byte Free size 798 22 MB 836993024 Byte File information Name STATE1 STA STATE2 STA SCREEN BMP Size Byte 148616 148616 921654 50 70 80 100 200 240 250 260 390 GPIB 4287A Disk_info
402. 9 NE SR SS NL SN 2 NN 134 rr 135 0 136 11 II 140 12 1 F OE EE EA CE SN 142 BIN 144 2 SR ES EE 146 ee emo ee 2 147 147 149 II 150 NS 151 151 9 0 152 A23 154 13 LAN EAN 58 kAN 59 BAN 50 59 AN 60 RR 61 RR hn Sa 61 1 62 telnet 1 64
403. Act_tab Unit Nop 800 MHz 1 Freq Ave Ls Q IZ 1 GHz 3 GHz Pow Rs 100 Q Ri 25 Q Rj 25 Q 100 Q 0pen_1_lim Load_1 1im Load_u 1 Nop Short_u lim im Res 14 450 460 470 480 490 530 540 560 580 620 640 750 770 790 840 860 890 940 960 980 1020 1030 1080 1090 1130 1180 1220 1290 ASCII Act_tab Unit
404. BTIN13 0UT_OF_GOOD_BINS 12 2 BIN INDEX EOM ALARM OVLD READY_FOR_TRIG EXT_TRIG BIN External KEY_LOCK Low BIN 144 12 F BIN 12 2 BIN GPIB BIN 5 BIN BIN1 BIN13 BIN i OUT_OF_GOOD_BINS 0 lt ho NII BIN1 BIN1 1 JI 0 r BIN
405. CORRection2 CK SENSe CORRection2 CK G Cp T STANdard1 LIST lt 1 gt 2 gt 3 gt T STANdard1 LIST lt 1 gt ee CORR2 CKIT LIST OFF NIC Query lt 1 1 gt 2 gt 3 gt G Cp 1 1B6 1E6 1E6 1E6 32 1 0 0 S F
406. x Bot 4 X x Both ABS lt x Both 0 O x Both 0 lt x Bot 0 x Bot BIN ALL oO x Both BIN x GPIB 354 SYST PRES RST j x Fron Low Loss C x O Fron Ra DC Open x Fron Ra DC Short x Fron Ra DC Load x O Fron Open 9
407. 040 Meas_start 050 060 Measurement 070 080 PRINT Set DUT then Push Enter key 090 INPUT Inp_char 100 110 Triggering and data read 120 130 REPEAT 14 171 1140 OUTPUT Agt4287a STAT OPER COND 1150 ENTER Agt4287a Cond_reg 1160 UNTIL BIT Cond_reg 5 1170 OUTPUT Agt4287a TRG 1180 ENTER Agt4287a Res 1190 1 1200 Display Result 1210 1220 1mg 2D 4X 2D 3X MD 3DE X MD 3DE X MD 3DE X MD 3DE X MD 3DE X MD 3DE 1230 PRINT Result 1240 PRINT No Status 8 1250 PRINT USING 3A 8X 3A 8X 3A 8X 3A Para 1 Para 2 Para 3 Para 4 1260 PRINT Tmon Vmon 1270 FOR I 1 TO Nop 1280 PRINT USING Img T Res 1 1 Res I 2 Res I 3 Res I 4 Res 1 5 Res I 6 Res 1 7 1290 NEXT I 1300 1310 INPUT Once more Yl es N o Inp_char 1320 IF UPC Inp_char Y OR UPC Inp_char YES THEN Meas_start 1330 1340 Prog_end
408. 261 m DS cc Pp lt 1 DS Pp mw w NM Ka a E 343 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A DATA CCO1 1 3 DATA CCO 1 6 254 DATA CADt1 8 253 RJ DATA RCCO 1 3 259 R DATA RCAD 1 3 259 DATA CMP 1 3 DATA CMP 1 3 256 DATA CMD 1 2Y 255 RJ DATA RCMP 1 3 260 R DATA RCMDt1 21 260
409. 630 640 660 710 820 188 ASCII 1 Max tab_no Unit 1 Freq 1 Ave 1 Pow R 1 Ls 2 4 1 Max _tab_no 740 760
410. 810 J Info_len 820 END IF Ww 830 NEXT J 840 NEXTI ES 850 1 860 ON ERROR GOTO Printer_select 870 Printer_select 880 PRINT Select Printer 890 FOR 1 1 TO Printers 900 PRINT USING 2D 2A 40A Prin no I Printer 1 910 NEXT I 920 PRINT 930 PRINT Input 1 to amp VAL Prin_no Printers 940 TINPUT Printer No Inp_char 950 Select_pr IVAL Inp_char 10 960 IF Select_pr lt 1 OR Select_pr gt MAX Prin_no THEN Printer_select 970 OFF ERROR 980 990 OUTPUT Agt4287a HCOP DPR Select_pr 1000 OUTPUT Agt4287a HCOP DPR 1010 ENTER Agt4287a Set_pr 1020 PRINT Current Printer Selection amp Set_pr 1030 SUBEND H 365 366 Agilent 4287A 4287A 367 4287A LCD
411. 9 File 20 Inp_char 9 DIM Cal_coef_a1 1 32 1 2 Cal_coef_a2 1 32 1 2 DIM Cal_coef_b1 1 32 1 2 Cal_coef_b2 1 32 1 2 DIM Cal_coef_c1 1 32 1 2 Cal_coef_c2 1 32 1 2 DIM Cal_coef_dc 1 3 REAL Open_1_lim Short_u_lim TNTEGER Scode Nop Result I CLEAR SCREEN ASSIGN Agt4287a TO 717 Scode 7 File CAL_DATA Open_l_lim 100 Short_u lim 25 OUTPUT Agt4287a SYST PRES OUTPUT Agt4287a FORM ASC OUTPUT Agt4287a SOUR LIST TABL 17 OUTPUT Agt4287a SOUR UNIT DBM OUTPUT Agt4287a SOUR LIST 3 OUTPUT Agt4287a 10E6 4 0 OUTPUT Agt4287a 100E6 4 0 OUTPUT Agt4287a 1E9 4 0 OUTPUT Agt4287a ABOR OUTPUT Agt4287a TRIG SOUR BUS PUT Agt4287ai TNIT CONT ON PUT Agt4287a STAT OPER PTR 0 OUTPUT Agt4287a STAT OPER NTR 16 PUT Agt4287a STAT OPER ENAB 16 PUT Agt4287a SRE 128 FOR 1 1 TO 3 OUTPUT Agt4287a CLS OUTPUT Agt4287a OPC ENTER Agt4287a Buff ON INTR Scode GOTO Dummy_meas_end ENABLE INTR Scode 2 OUTPUT Agt4287a CORR1 COLL STAN amp VAL I OUTPUT Agt4287a TRIG gf S hu 3 3 EE Dummy_meas_wa1t GOTO Dummy_meas_wait Dummy_meas_end OFF INTR Scode NEXT I OUTPUT Agt4287a CORR1 COLL SAVE OUTPUT Agt4287a OPC7 59
412. CORRection2 FIXTure NONE IFXT16191A IFXT16192A FXT16193Al FXT16194A IFXT16196A FXT16196B FXT16196C USER SENSe CORRection2 FIXTure CORR2 FIXT EDEL DIST NONE FXT16191A 16191A FXT16192A 16192A FXT16193A 16193A FXT16194A 16194A FXT16196A 16196A FXT16196B 16196B FXT16196C 16196C USER Query NONE IFXT16191AlFXT16192A IFXT16193A FXT16194A IFXT16196A FXT16196B FXT16196C USER lt newline gt lt END gt CORR2 FIXT EDEL DIST 251 CORR2 FIXTLAB 252
413. DISP TEXT1 CALC 11 12 266 SOUR LISTRDC 290 CALC COMP 205 READ 287 TRG 202 15 275 wm NM Query FORM FORM FORMat DATA ASCii REAL FORMat DATA FETC 274 READ 287 TRG 202 DATA 74 ASCii ASCII REAL ASC REAL lt newline gt END gt FORM BORD 277 RST 200 276 15 Query FORM BORD FORM BORD FORMat BORDer NORMal SWAPped FORMat BORDer
414. END gt CORR1 CKITLIST 226 CORR1 CKIT STAN3 FORM 235 CORR1 CKIT STAN1 LIST 229 CORR1 CKIT STAN2 LIST 232 Setup View wm NM 15 237 CORR1 COLL CORR1 COLL SENSe CORRection1 COLLect ACQuire STAN1 STAN2 1STAN3 STAN4 R Query Tnt
415. LL STAN3 LL STAN4 JTPUT Agt4287a DATA RCAD1 Flag 1 TPUT Agt4287a DATA RCAD2 Flag 1 UT Agt4287a DATA RCAD3 hu BS Rdc lt L_1im OR ABS Rdc gt U_1im THEN Err_flag 1 47 1550 IF Err_flag 0 THEN 1560 PRINT Standard amp Data Measurement Complete 1570 ELSE 1580 PRINT ERROR 1590 GOTO Cal_meas 1600 END IF 1610 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 1620 RETURN 0 1630 ELSE 1640 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 1650 PRINT Program Interruption 1660 RETURN 1 1670 END IF 1680 FNEND 1690 1700 Calibration Kit Setup Function 1710 1720 SUB Set_cal_kit Agt4287a 1730 DIM Inp_char 9 Para1 9 Para2 9 1740 INTEGER Def Nop Load_para Point 1750 REAL Open1 Open2 0pen_dc Open_del 1760 REAL Shor1 Shor2 Shor_dc Shor_del1 1770 REAL Load1 Load2 Load_dc Load_de1 1780 1790 ON ERROR GOTO Kit_select 1800 Kit_select 1810 PRINT Select Calibration Kit 1820 PRINT 1
416. Load u lim 420 IF Result lt gt 0 THEN Prog_end 430 440 PRINT Do you want to measure Low Loss Capacitor 450 INPUT Y es N o Inp_char 460 IF UPC Inp_char Y OR UPC Inp_char YES THEN 470 Result FNCal Agt4287a Scode Low Loss C 1 E 9 1 E 9 480 IF Result lt gt 0 THEN Prog_end 490 END IF 500 510 OUTPUT Agt4287a CORR1 COLL SAVE 520 OUTPUT Agt4287a OPC 530 ENTER Agt4287a Buff 540 550 Calibration Coefficient Array Reading 560 570 OUTPUT Agt4287a SOUR LTIST S1ZE 580 ENTER Agt4287a Nop 590 REDIM Cal_coef_a1 1 Nop 1 2 Cal_coef_a2 1 Nop 1 2 600 REDIM Cal_coef_b1 1 Nop 1 2 Cal_coef_b2 1 Nop 1 2 610 REDIM Cal_coef_c1 1 Nop 1 2 Cal_coef_c2 1 Nop 1 2 620 630 OUTPUT Agt4287a DATA CC01 640 ENTER Agt4287a Cal_coef_a1 650 OUTPUT Agt4287a DATA CC02 660 ENTER Agt4287a Cal_coef_b1 670 OUTPUT Agt4287a DATA CC03 680 ENTER Agt4287a Cal_coef_c1 690 OUTPUT Agt4287a DATA CCO4 700 ENTER Agt4287a Cal_coef_a2 710 OUTPUT Agt4287a DATA CC05 720 ENTER Agt4287a Cal_coef_b2 730 OUTPUT Agt4287a DATA CC06 740 ENTER Agt4287a Cal_coef_c2 750 760 OUTPUT Agt4287
417. PCNT Nominal 1 1 0E 7 1 Condition 2 Point_no 2 1 Para 2 Q Lim mode 2 ABS BTN1 1 Condition 1 L_lim 1 1 1 0 U_lim 1 1 1 0 L_type 1 1 IN Condition 2 L_lim 1 2 100 0 U_lim 1 2 1 OE 9 L_type 1 2 IN BTN2 1 Condition 1 L_lim 2 1 1 0 U_lim 2 1 1 0 L_type 2 1 IN 1 Condition 2 L_1im 2 2 100 0 U_lim 2 2 1 0E 9 L_type 2 2 OUT 1 Condition 1 L_lim 3 1 1 0 U_1im 3 1 1 0 L_type 3 1 OUT 1 Condition 2 L_lim 3 2 100 0 U_1im 3 2 1 0E 9 L_type 3 2 IN 1 Measurement Condition Setting OUTPUT Agt4287a SOUR LIST TABL 1 OUTPUT Agt4287a SOUR LIST STAT OFF OUTPUT Agt4287a SOUR LIST POIN 1 OUTPUT Agt4287a CALC PAR1 FORM LS 560 OUTPUT Agt4287a CALC PAR2 FORM Q 570 OUTPUT Agt4287a DISP TEXT1 CALC1 ON 580 OUTPUT Agt4287a DISP TEXT1 CALC2 ON 590 OUTPUT Agt4287a DISP TEXT1 CALC3 OFF 600 OUTPUT Agt4287a DISP TEXT1 CALC4 OFF 610 OUTPUT Agt4287a DISP TEXT1 CALC11 OFF 620 OUTPUT Agt4287a DISP TEXT1 CALC12 OFF 630 OUTPUT Agt4287a SOUR LIST RDC OFF 640 1 650 Bin Sort Setup Table Setting 660 1 670 OUTP
418. SYST KLOC KBD SYST KLOC MOUS SYST POFF SYST PRES SYST TIME SYST VERS TRIG TRIG DEL TRIG SEQ2 DEL TRIG SLOP TRIG SOUR 1 2 3 C GPIB GPIB D GPIB E 4286A vs 4287A GPIB 4286A vs 4287A GPIB 295 296 296 296 297 297 298 298 298 299 299 300 300 300 301 301 302 302 303 303 304 305 322 332 338 11 F
419. TRIG SOUR 304 Internal Ext TRIGGER Externa1 H GPIB LAN TRG 202 HP BASIC Bus TRIGGER Manua1 Trigger CTRIG DEL TRIG SOUR Internal External Bus Manual 4287api003 67
420. gt U_lim THEN 1340 Bin 1 BIN2 N G 1350 ELSE 1360 Bin 1 BIN1 GOOD 1370 END IF 1380 PRINT BIN amp Bin I 1390 NEXT 1400 1410 Display 1420 1430 1Img1 8A 3X 5A 8X 5A 8X 5A 8X 5A 8X 3A 1440 1mg2 5D 3X MD 4DE 2X MD 4DE 2X MD 4DE 2X MD 4DE 2X 10A 1450 PRINT HH Result Parameter amp Paral amp Frequency Freq Hz Osc Level Pow m amp Unit amp 1460 PRINT USING Img1 Dut No Ch 1 Ch 2 Ch 3 Ch 4 BIN 1470 FOR I 1 TO Meas_max 1480 PRINT USING Img2 I D I 1 DI 2 DI 3 DI 4 Bin 1 1490 NEXT I 1500 1510 Prog_end END 1520 1530 Calibration Data Measurement Function 1540 1550 DEF FNCa1 Agt4287a INTEGER Scode Standard REAL L_lim REAL U_lim 1560 DIM Inp_char 9 Trig_sour 9 Buf
421. 15 Query Query 15 261 DATA RDC DATA RDC DATA DATA RDC 1 1 a Ra Query lt newline gt lt END gt qe Query lt CALC COMP DATA RDC 216 DATA VMON DATA DATA VMON 9 9E37 Query lt newline gt lt END gt Er 1 NJ lt newline gt lt END gt N DATA
422. 2310 INPUT Value Inp_char 2320 Inp_val VAL UPC Inp_char 2330 PRINT Input Value Inp_val 2340 INPUT OK Y N Inp_char 2350 IF UPC Inp_char lt gt Y THEN Inp_start 2360 OFF ERROR 2370 SUBEND 194 14 15 Agilent 4287A GPIB GPIB C GPIB 195 NM 4287A
423. 330 340 350 370 450 470 580 590 610 690 710 720 840 860 970 n 100 y Printer_select List_stat MN ENR H a 1 0 2 Content 1 3 Content 1 LCD Content 1 2 lt
424. 377 Y 26 Z 26 66 27 ASCII 75 31 31 GPIB 358 21 IP 358 159 EBI Rdc 305 27 186 350 28 313 362 362 362 2 85 134 PS op 127 350 38 52 38 28 315 293 293 378 318 294
425. 4286A vs 4287A GPIB 337 4287A IP 159 7 mm 38 9 9E37 350 A A23 154 Additional standards needed 368 ASCII 75 autorec sta 127 3 B B 26 bin_sort bas 114 BIN 111 BIN 106 144 110 106 106 calib bas 45 compen bas 59 Cp 26 Cs 26 csv 126 D D 26 data bas 95 DCR 28 dta 126 E Ext Ref Tn 298 F F W 199 Fetch bas 92 File_sav bas 129 FTP 161 G G 26 Gateway 159 GPIB 358 21 GPIB 17 4287A 203 IEEE 198 196 CLS 198 ESE 198 ESR 199 IDN 199 OPC 199 OPC 199 RST 200 SRE 201 STB 201 TRG 202 TST 202 WAI 202 ABORt 203 CALCulate COMParator BEBPer CONDition 205 CALCulate COMParator BIN 1 13 CONDition 1 4 LIMit 207 CA
426. 60 70 90 120 140 150 190 210 250 310 350 360 370 380 400 450 490 500 94 HH GPIB Point 1 Para1 2 ASCII Para2 Point SRQ
427. 9 File 20 Inp_char 9 DIM Cal_coef_a1 1 32 1 2 Cal_coef_a2 1 32 1 2 DIM Cal_coef_b1 1 32 1 2 Cal_coef_b2 1 32 1 2 DIM Cal_coef_c1 1 32 1 2 Cal_coef_c2 1 32 1 2 DIM Cal_coef_dc 1 3 REAL Open_l_lim Short_u_lim Load 1 lim Load_u lim TINTEGER Scode Nop Result CLEAR SCREEN ASSIGN Agt4287a TO 717 Scode 7 File CAL_DATA OUTPUT Agt4287a SYST PRES OUTPUT Agt4287a FORM ASC OUTPUT Agt4287a SOUR LIST TABL 1 OUTPUT Agt4287a SOUR UNIT DBM OUTPUT Agt4287a SOUR LIST 3 OUTPUT Agt4287a 10E6 4 0 OUTPUT Agt4287a 100E6 4 0 OUTPUT Agt4287a 1E9 4 0 PRINT Calibration Kit Setting CALL Set_cal_kit Agt4287a PRINT Rdc Limit Setting CALL Inp_data Open Lower Limit Open_l lim CALL Inp_data Short Upper Limit Short u lim CALL Inp_data Load Lower Limit Load_1 lim CALL Inp_data Load Upper Limit Load u lim PRINT Measurement Result FNCal Agt4287a Scode Open Open_1 lim 1 E 9 IF Result lt gt 0 THEN Prog_end Result FNCa1 Agt4287a Scode Short 1 E 9 Short_u lim IF Result lt gt 0 THEN Prog_end 45 gf S hu 3 3 EE 400 410 Result FNCa1 Agt4287a Scode Load Load_1_lim
428. ABS Rdc 3520 IF ABS Rdc lt L_1im THEN Err_flag 1 3530 CASE Short 3540 OUTPUT Agt4287aj DATA RCAD27 3550 ENTER Agt4287a Rdc 3560 PRINT Rdc ABS Rdc 3570 IF ABS Rdc gt U_lim THEN Err_flag 1 3580 CASE Load 3590 OUTPUT Agt4287a DATA RCAD3 3600 ENTER Agt4287a Rdc 3610 PRINT Rdc ABS Rdc 3620 IF ABS Rdc lt L_lim OR ABS Rdc gt U_1im THEN Err_flag 1 3630 END SELECT 3640 IF Err flag 0 THEN 3650 PRINT Standard amp Data Measurement Complete 3660 ELSE 3670 PRINT ERRORIIZ 3680 GOTO Cal_meas 3690 END IF 3700 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 3710 RETURN 0 3720 ELSE 3730 OUTPUT Agt4287a TRTG SOUR amp Trig_sour 3740 PRINT Program Interruption 3750 RETURN 1 3760 END IF 3770 FNEND 3780 ba 3790 Data Input Function NN 3800 nl 3810 SUB Inp_data Mes Inp_val i 3820 DIM Inp_char 30 NII 4 14 185
429. Ag UTPUT Ag UTPUT Ag UTPUT Ag meas ow dt C 3 PUT OK IF UPC In OUTPUT OUTPUT ENTER A ON INTR ENABLE I SELECT S CASE OUTP CASE OUTP CASE OUTP CASE OUTP END SELE OUTPUT PRINT N Meas_wait Meas_end OF Err flag SELECT S CASE 0 E PR es p gt CAS HH a TE N R IF CASE gt ee TP es J J N A O END SELE r flag L4287a TRIG SOUR 4287a Trig_sour L4287a ABOR t4287a TRIG SOUR BUS Lt4287a INIT CONT ON L4287a STAT OPER NTR L4287a STAT OPER ENAB L4287a SRE 128 Y N Inp_char p_char Y THEN Agt4287a CLS Agt4287a OPC7 gt4287a BufT Scode GOTO Meas_end NTR Scode 2 tandard Open UT Agt4287a CORR1 CO Short UT Agt4287a CORR1 CO Load UT Agt4287a CORR1 CO Low Loss C UT Agt4287a CORR1 CO CT Agt4287a TRIG ow measuring GOTO Meas_wait F INTR Scode 0 tandard Open TER Agt4287a Rdc T Rdc ABS Rdc BS Rdc lt L_lim THEN Err_ Short R Agt4287a Rdc T Rdc ABS Rdc BS Rdc gt U_1im THEN Err_ Load R Agt4287a Rdc T Rdc ABS Rdc CT L4287a STAT OPER PTR 07 16 16 INT Set amp Standard amp Connection L STAN1 LL STAN2
430. COND 1 4 LIM CALC COMP BIN 1 13 COND 1 4 LIM CALCulate COM CALCulate COM BIN1 BI 1 BIN13 BIN13 1 Ph 1 Parator BIN 1 2 3 4 5 6 7 sl9 10 11 12113 CONDition 1 2 3 4 LIMit lt 1 gt lt 2 gt Parator BIN 1 2 3 4 5 6 7 8 9 10 11 12 13 coNDition 1 2 3 4 LIMit COND1 4 COND4 CALC COMP COND 1 4 SNUM CALC COMP COND 1 4 PAR CALC COMP COND 1 4 MODE DEV PCNT CALC COMP COND 1 4 NOM 1 gt 2 gt
431. IMON 257 wm NM gt wx ww Query nls gt x ww Query DISP DISP DISP1ay WINDow STATe ON OFF 1 0 DISPlay WINDow STATe ON 1 OFF 0 1 0 lt newline gt lt END gt Display DISPLAY DISP BACK SPlay BACKlight ON OFF 1 0 ISsPlay BACKlight LCD ON 1 OFF 0 10 lt newline gt END gt System SERVICE MENU BACK LIGHT 262 15
432. PRINT USING Img2 Para 1 1 P1 I 6 P1 1 7 P1 T 8 P1 9 P1 1 10 2960 EXT I 2970 FOR I 1 TO Nop 2980 PRINT USING Img2 Para 2 1 P2 1 6 P2 1 7 P2 T 8 P2 9 P2 1 10 2990 EXT I 3000 1 3010 Save Log Data 3020 3030 OUTPUT Agt4287a MMEM STOR amp File amp LOG 3040 PRINT Log Data File amp File 3050 3060 Prog_end END 3070 3080 Calibration Data Measurement Function 3090 3100 DEF FNCa1 Agt4287a INTEGER Scode Standard REAL L_lim REAL U lim 3110 DIM Inp_char 9 Trig_sour 9 Buff 9 3120 REAL Meas_data 3130 TINTEGER Err flag 3140 OUTPUT Agt4287a TRIG SOUR 3150 ENTER Agt4287a Trig_sour 3160 OUTPUT Agt4287a ABOR 3170 OUTPUT Agt4287a TRIG SOUR BUS 3180 OUTPUT Agt4287a TNIT CONT ON 3190 OUTPUT Agt4287a STAT OPER PTR 0 3200 OUTPUT Agt4287a STAT OPE
433. Querry A 5 CESR 128 64 32 16 8 4 2 1 A STAT OPER ENAB Oh Oh A CSTATOPER PTR 1 ee 0 EN STAT OPER NTR ir kr EE 32768 16384 8192 4096 2048 1024 512 25S 128 64 32 16 8 4 2 1 STAT OPER COND STAT QUES ENAB 1 1 1 1 Rd OUT OF PLL a GOOD BINS 32768 16384 8192 4096 2048 1024 512 256 128 64 32 16 8 4 2 1 STAT QUES 4287apj001 B 315
434. of Rdc Measurement Open_dc Rdc Measurement Shor_dc 2 8 DC Open_dc DC Shor_dc 7 91A N 5 IN 92A 3 93A 94A 96A 96B 96C the User Fixture E_len 63 2800 OUTPUT Agt4287aj CORR2 FIXT EDEL DIST E _ len 2810 END SELECT 2820 SUBEND 2830 2840 Data Input Function 2850 1 2860 SUB Inp_data Mes Inp_val 2870 DIM Inp_char 30 2880 ON ERROR GOTO Inp_start 2890 Inp_start 2900 PRINT Input amp Mes 2910 INPUT Value Inp_char 2920 Tnp_val VAL UPC Inp_char 2930 PRINT Input Value Inp_va1 2940 INPUT OK Y N Inp_char 2950 IF UPC Inp_char lt gt Y THEN Inp_start 2960 OFF ERROR 2970 SUBEND 64
435. 0 90 OUTPUT Agt4287a ABOR 200 OUTPUT Agt4287a TRIG SOUR EXT 210 OUTPUT Agt4287a INIT CONT ON 220 230 1 Status register setting For SRQ 240 250 OUTPUT Agt4287a STAT OPER PTR 0 260 OUTPUT Agt4287a STAT OPER NTR 16 270 OUTPUT Agt4287a STAT OPER ENAB 16 280 OUTPUT Agt4287a SRE 128 290 OUTPUT Agt4287a CLS 300 OUTPUT Agt4287a OPC 310 ENTER Agt4287a Buff 320 330 Triggering and data read 340 350 ON INTR Scode GOTO Meas_end 360 ENABLE INTR Scode 2 370 PRINT Waiting for External Trigger 380 Meas_wait GOTO Meas_wait 390 Meas_end OFF INTR Scode 400 410 420 430 440 450 460 470 480 490 500 510 520 OUTPUT Agt4287a DATA FDAT17 ENTER Agt4287a Res1 OUTPUT Agt4287a DATA FDAT27 ENTER Agt4287a Res2 OUTPUT Agt4287a DATA IMON ENTER Agt4287a Imon Display results PRINT Result PRINT Paral amp Resl Para2 amp Res2 Tmon Imon END 95 9 S 1 4 READ
436. 0 IF ABS Rdc lt L_1im THEN Err_flag 1 980 CASE Short 990 OUTPUT Agt4287a DATA RCAD277 2000 ENTER Agt4287a Rdc 2010 PRINT Rdc ABS Rdc 2020 IF ABS Rdc gt U_lim THEN Err_flag 1 2030 CASE Load 2040 OUTPUT Agt4287a DATA RCAD377 2050 ENTER Agt4287a Rdc 2060 PRINT Rdc ABS Rdc 2070 IF ABS Rdc lt L_lim OR ABS Rdc gt U_lim THEN Frr_flag 1 ogg 2080 END SELECT NN 2090 IF Err flag 0 THEN a 2100 PRINT Standard amp Data Measurement Complete ww 2110 ELSE NII 2120 PRINT ERRORII 2130 GOTO Cal_meas NN 2140 END IF 0 2150 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 2160 RETURN 0 2170 ELSE 2180 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 2190 PRINT Program Interruption 2200 RETURN 1 2210 END IF 2220 FNEND 2230 2240 Data Input Function 2250 2260 SUB Inp_data Mes Inp_val 14 193 2270 DIM Inp_char 30 2280 ON ERROR GOTO Inp_start 2290 Inp_start 2300 PRINT Input amp Mes
437. 0 THEN Prog_end 760 770 OUTPUT Agt4287a CORR1 COLL SAVE 780 OUTPUT Agt4287a OPC 790 ENTER Agt4287a Buff 800 810 Compensation 820 830 PRINT Test Fixture Setting 840 CALL Set_fixture Agt4287a 850 860 OUTPUT Agt4287a CORR2 CKIT DEF 870 880 PRINT Measurement for Compensation 890 PRINT Set the test fixture on the coaxial port then 900 Result FNCompen Agt4287a Scode Open Open_1_lim 910 IF Result lt gt 0 THEN Prog_end 920 930 Result FNCompen Agt4287a Scode Short Short_u_lim 940 IF Result lt gt 0 THEN Prog_end ba 950 NN 960 OUTPUT Agt4287a CORR2 COLL SAVE a 970 OUTPUT Agt4287a OPC 980 ENTER Agt4287a Buff NII 990 000 Trigger source setting 010 020 OUTPUT Agt4287a TRIG SOUR BUS 030 OUTPUT Agt4287a INIT CONT ON
438. 080 EXT I 1090 ELSE 1100 OUTPUT Agt4287a SOUR LIST POIN 1110 ENTER Agt4287a Meas_point 1120 PRINT Point No Meas_point 122 130 PRINT Statistical Value for Normal Measurement Data 140 PRINT Mean Res 1 1 150 PRINT Sigma Res 1 2 160 PRINT 3 Sigma Mean Res 1 3 170 PRINT Minimum Res 1 4 180 PRINT Maximum Res 1 5 190 PRINT Occurrence Count 200 PRINT Normal Res 1 6 210 PRINT Rdc Fail Res 1 7 220 PRINT Overload Res 1 8 230 PRINT Abnormal Res 1 9 240 PRINT All Res 1 10 250 END IF 260 SUBEND 8 S a 8 123 124 9 125
439. 1 1 Item Nop Res 8 1 stat bas 10 DIM Title 1 7 20 Para 9 20 REAL Point 30 TNTEGER Number Disp_status Item I 40 CLEAR SCREEN 50 1 60 ASSIGN Agt4287a TO 717 70 1 80 OUTPUT Agt4287a CALC EXAM POIN 90 ENTER Agt4287a Point 00 IF Point lt 1 THEN 10 PRINT NO DATAIU7 20 GOTO Prog_end 30 END IF 40 50 Number 1 60 FOR I 1 TO 4 70 OUTPUT Agt4287a DISP TEXT1 CALC amp VALW T amp 77 80 ENTER Agt4287a Disp_status 90 IF Disp_status 1 THEN 200 OUTPUT Agt4287a CALC PAR amp VAL 1 amp FORM 210 ENTER Agt4287a Para 220 Title Number Parameter amp VAL D amp amp Para amp 230 Number Number 1 240 END IF 250 NEXT I 260 1 270 OUTPUT Agt4287a DISP TEXT1 CALC1177 3 280 ENTER Agt4287a Disp_status st 290 IF Disp_status 1 THEN a 300 Title Number I Level Monitor 3 310 Number Number
440. 1 320 END IF 330 1 340 OUTPUT Agt4287a DISP TEXT1 CALC12 350 ENTER Agt4287a Disp_status 360 IF Disp_status THEN 370 Title Number V Level Monitor 380 Number Number 1 390 END IF 400 410 OUTPUT Agt4287a SOUR LIST RDC 420 ENTER Agt4287a Disp_status 430 IF Disp_status THEN 440 Title Number Rdc Measurement 450 Number Number 1 460 END IF 470 Number Number 1 480 490 IF Number 0 THEN 500 PRINT NO ANALYSIS ITEM 510 GOTO Prog_end 520 END IF 530 540 ON ERROR GOTO Item_select 550 Item_select 8 121 560 PRINT Statistical Analysis 570 PRINT Select Analysis Item 580 FOR 1 TO Number 590 PRINT amp VAL DD amp 7 amp Title 1 600 NEXT I 610 PRINT 620 PRINT Tnput 1 to amp VAL Number 630 INPUT Number Inp_char 640 Ttem IVAL Inp_char 10 650 IF Item lt 1 OR Item gt Number THEN Item_select 660 OFF ERROR 670 680 CLEAR SCREEN 690 PRINT Analysis Item amp Title Item 700 CALL Stat_ana Agt4287a Ttem 710 720 Prog_end END 730 740 Statistical Analysis Function 750
441. 1 4 257 IMON 257 RAW 258 RCAD 1 3 259 RCCO 1 3 259 RCMD 1 2 260 RCMP 1 3 260 DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA RDC 261 DATA DATA VMON 261 SPlay BACKlight 262 SPlay CCLear 263 ay UPDate 273 ayl WINDow STATe 262 EXPRession NAM EXPRession STA C 266 ay ay ay ayl WI ay WI WI WI Dow Dow Dow Dow Dow TEXT1 TEXT1 TEXT1 TEXTI CALCulate 11 12 DIGit CALCulate 11 12 FIX TEXT1 CALCulate 11 12 MSD CALCulate 11 12 STATe CALCulate 1 4 DIGit TEXT1 TEXT1 CALCula TEXT1 CALCula Dow Dow Dow ay ay ay C TEXT1 TEXT1 CALCula TEXT1 CALCula TEXT1 STATe Dow Dow Dow Dow Dow Dow Dow ay ay ay ay ay ay ay TEXT10 STATe CALCulat Le Le TEXT10 DATA 270 TEXT11 MODE 271 Dow TEXT11 STATe Dow ay SP ay WI FETCh 274 FORMat BORDer 277 FORMat DATA 276 HCOPy ABORt 278 HCOPy CONTent 278 HCOPy DPRinter 279 C gd 376 TEXT2 LABel 1 4 FIX 265 1 4 MSD 265 1 4 STATe CALCulate13 D
442. 1E20 1E20 1E20 1E20 0 0 F mz 1P 20 1E 20 1 1 gt 2 gt lt 1 gt 2 gt 1 2 lt newline gt lt END gt Query CALC COMP COND 1 41 SNUM 212 CALC COMP COND 1 41 PAR 211 CALC COMP COND 1 4 MODE 209 CALC COMP COND 1 41 NOM 210 CALC COMP BIN 1 13 CONDt1 4 LTYP 208 Setup View BIN 15 lt 207 wm L NM Query CALC COMP BIN 1 13 COND 1 4 LTYP CALC COMP BIN 1 13 COND 1 4 LTYP CALCulate COMParator
443. 2 BIN2 2 sg BIN3 BIN3 3 S BIN4 BIN4 4 BIN5 BIN5 5 TP 0 BIN7 BIN7 7 BIN8 BIN8 8 BIN9 BIN9 9 BIN10 BIN10 10 BIN11 BINI1 0UT_OF_GOOD_BINS 11 BIN BIN12 BIN12 0UT_OF_GOOD_BINS 12 1 BIN13 BIN13 0UT_OF_ GOOD_BINS 13 2 OVLD 1 9 9E37 Ri RDC_0UT_OF_RANGE 2 14 Ra OVLD RDC_0UT_OF_RANGE 3 9 9E37 1 BIN1 BIN10 BIN BIN11 BIN13 BIN CALC COMP OGB 217 10 2 GPIB BIN 14 OVLD 3
444. 2 3 4 STATe 1 CALC1 4 CALC4 ON 1 OFF 0 1 0 lt newline gt lt END gt Display SETUP MEAS DISP PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 DISPLAY DISP TEXT1 CALC 1 4 DIG DISPlay WINDow TEXT1 CALCulate 1 2 3 4 DIGit lt gt DISPlay WINDow TEXT1 CALCulate 1 2 3 4 DIGit 1 CALC1 4 CALC4 gt 4 6 4 1 lt newline gt lt END gt Display SETUP MEAS DISP PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 DIGIT 264 15 Query Query
445. 2 32 82 S2 lt FXTLpV CE ww 3 w w ET WF 4 w dl lt BIN1 S lt lt lt 7BIN2 lt BIN11 7 BIN12 lt lt 7BIN13 lt lt OUT_OF_GOOD_BINS lt READY_FOR_TRIG lt 7RDC_OUT_OF_RANGE lt lt 7 OVLD lt lt ALARM 5 4 lt ANDEX lt lt 7 EOM 1 lt lt COM J5 8 1 4287A Common 4287ase05006 12 153 F A23 10 4287A
446. 205 wm NM 15 215 Query CALC COMP DATA RDC CALC COMP DATA RDC CALCulate COMParator DATA RDC Ra S0UR LIST RDC ON BIN CALC COMP ON R CALC COMP RDC LIM Query 1 10 lt newline gt END gt Ra BIN 1 0 SOUR LISTRDC 290 CALC COMP 205 CALC COMP RDC LIM 218 DATA RD
447. 291 SOUR LISTPOIN 289 Setup View 204 Ne a 15 CALC COMP CALC COMP CALCulate COMParator STATe ON OFF 1 0 CALCulate COMParator STATe BIN ON 1 BIN OFF 0 BIN Query 110 lt newline gt lt END gt System COMPARATOR CALC COMP BEEP COND CALCulate COMParator BEEPer CONDition FAIL PASS CALCulate COMParator BEEPer CONDition BIN SYST BEEP2 STAT ON BIN BIN1 BIN13 BIN CALC COMP 0GB BIN BIN BIN
448. 3 1670 CASE Low Loss C 1680 OUTPUT Agt4287a CORR1 COLL STAN4 1690 END SELECT 1700 OUTPUT Agt4287a TRIG 172 14 710 PRINT Now measuring 720 Meas_wait GOTO Meas_wait 730 Meas_end OFF INTR Scode 740 Err_flag 0 750 SELECT Standard 760 CASE Open 770 OUTPUT Agt4287a DATA RCAD17 780 ENTER Agt4287a Rdc 790 PRINT Rdc ABS Rdc 800 IF ABS Rdc lt L_1im THEN Err_flag 1 810 CASE Short 820 OUTPUT Agt4287a DATA RCAD27 830 ENTER Agt4287a Rdc 840 PRINT Rdc ABS Rdc 850 IF ABS Rdc gt U_1im THEN Err_flag 1 860 CASE Load 870 OUTPUT Agt4287a DATA RCAD37 880 ENTER Agt4287a Rdc 890 PRINT Rdc ABS Rdc 900 IF ABS Rdc lt L_lim OR ABS Rdc gt U_1im THEN Brr_flag 1 910 END SELECT 920 IF Err_flag 0 THEN 930 PRINT Standard amp Data Measurement Complete 940 ELSE 950 PRINT ERRORIIZ 960 GOTO Cal_meas 970 END IF 980 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 990 RETURN 0 2000 ELSE 2010 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 2020 PRINT Program Interruption 2030 RETURN 1 2040 END IF 2050 FNEND 2060
449. 3 LIST 232 DC 233 EDELay TIM CKIT STANdard3 FORMat 235 CKIT COLLect ACQui COLLect ACQui COLLect ACQui COLLect SAVE 2 STATe 225 CKIT LIST STA CKIT STANdard1 CKIT STANdard1 CKIT STANdard2 STANdard3 LIST 236 re 238 re DC 239 re RF 240 40 Te 241 DC 242 LIST 243 DC 244 CKIT STANdard2 LIST 245 COLLect ACQuire 246 COLLect ACQuire DC 247 COLLect ACQuire RF 248 COLLect OPEN STATe 248 COLLect SAVE 249 COLLect SHORt STATe 249 FIXTure 250 FIXTure EDELay DISTance FIXTure LABEL 252 CLEar 289 POINt 289 RDC 290 RDC AVERage 305 RDC OFSCance1 290 SIZE 290 STATe 291 SOURce LIST TABLe 291 SOURce UNIT 292 STATus OPERation CONDition 293 STATus OPERation ENAB e 293 STATus OPERation EVENt 293 STATus OPERation NTRansition 294 STATus OPERation PTRansition 294 STATus PRESet 295 STATus QUEStionable ENABle 295 STATus QUEStionable EVENt 295 SYSTem BEEPer1 IMMediate 296 SYSTem BEEPer1 STATe 296 SYSTem BEEPer2 IMMediate 296 SYSTem BEEPer2 STATe 297 SYSTem DATE 297 SYSTem ERRor COUNt 298 SYSTem ERRor 298 SYSTem EXTRef 298 m m m m m m SYSTem KLOCk FRONt 299 309 SYSTem KLOCk KBD 299 310 SYSTem KLOCk MOUSe 300 SYSTem POFF 300 SYSTem PRESet 300 SYSTem TIME 301 SYSTem VERSio
450. 30 2260 BIN BIN 2300 2320 2370 2400 SRQ 2420 2580 Meas_max BIN 1 2430 2460 2 2470 2490 3 2500 2510 SRQ SRQ 4 2520 2530 4287A
451. 4287a INTEGER Scode Standard REAL Limit DIM Inp_char 9 Trig_sour 9 Buff 9 REAL Rdc TBGER Err_flag UTPUT Agt4287a TRIG SOUR TER Agt4287a Trig_sour UTPUT Agt4287a ABOR UTPUT Agt4287a TRIG SOUR BUS PUT Agt4287a TNIT CONT ON UTPUT Agt4287a STAT OPER PTR 0 UTPUT Agt4287a STAT OPER NTR 16 UTPUT Agt4287a STAT OPER ENAB 16 UTPUT Agt4287a SRE 128 Compen_meas PRINT Set amp Standard amp Connection INPUT OK Y N Inp_char IF UPC Inp_char Y THEN OUTPUT Agt4287a CLS OUTPUT Agt4287a OPC 7 ENTER Agt4287a Buff ON INTR Scode GOTO Meas_end ENABLE INTR Scode 2 SELECT Standard CASE Open OUTPUT Agt4287a CORR2 COLL STAN1 CASE Short OUTPUT Agt4287a CORR2 COLL STAN2 END SELECT OUTPUT Agt4287a TRIG PRINT Now measuring Meas_wait GOTO Meas_wait Meas_end OFF INTR Scode Err flag 0 SELECT Standard CASE Open OUTPUT Agt4287a DATA RCMD17 ENTER Agt4287a Rdc PRINT Rdc ABS Rdc IF ABS Rdc lt Limit THEN Err_flag 1 CASE Short UT Agt4287a DATA RCMD27 TER Agt4287a Rdc RINT Rdc ABS Rdc F ABS Rdc gt Limit THEN Err_flag 1 END SELECT F Err flag 0 THEN PRINT Standard amp Data Measurement Complete ELSE PRINT ERROR GOTO Compen_meas END IF OUTPUT Agt4287a TRIG SOUR am
452. 50 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 470 480 500 510 520 530 540 550 DIM File 300 Inp_char 30 Extension 9 Par 9 TNTEGER List_stat Point Content Max_no CLEAR SCREEN ASSIGN Agt4287a TO 717 OUTPUT Agt4287a SOUR LIST STAT ENTER Agt4287a List_stat OUTPUT Agt4287a CALC EXAM MEM POIN ENTER Agt4287a Point ON ERROR GOTO Content_select Content_select PRINT Save Content Selection PRINT Select Content PRINT 1 State PRI PRI PRI 9 T 3 Setup Table 2 4 aX_ Screen Comparator no 4 TF List_stat 1 THEN END PRINT 5 List Measurement Results Max_no Max_no 1 F IF Point gt 1 THEN YY END PRI PRI RINT amp VAL Max_no l amp Data for Statistical Analysis ASCII RINT amp VAL Max_no 2 amp Data for Statistical Analysis Binary ax_no Max_no 2 F 1 TT Input 1 to amp VAL Max_no INPUT Number Inp_char Cont ent IVAL Inp_char 10 IF Content lt 1 OR Content gt Max no THEN Content_select OFF SELECT Cont CASE 1 CASE 2 CASE 3 CASE 4 CASE 5 ERROR t Extension sta Extension bmp 17 6 a Extension csv Par SET 1 J
453. 7 106 srq_meas bas 71 E 106 stat bas 121 160 trg bas 87 trg_real bas 89 18 305 312 68 135 51 70 o 119 315 201 301 127 31 159 127 36 27 150 67 TRG ASCII 361 87 30 TRG 314 89 38 52 DATA FDAT 1 41 95 BIN 106 FETC 92 198 READ
454. 7 mm Standard 1830 PRINT 2 User Defined 1840 INPUT Input 1 or 2 Inp_char 1850 Kit IVAL Inp_char 10 1860 IF Kit lt 1 OR Kit gt 2 THEN Kit_select 1870 OFF ERROR 1880 1890 IF Kit 1 THEN 1900 OUTPUT Agt4287a CORR1 CKIT DEF 1910 ELSE 1920 OUTPUT Agt4287a CORR1 CKIT USER 1930 1940 ON ERROR GOTO Def_select 1950 Def_select 1960 PRINT Select Definition Type 1970 PRINT 1 Fixed 1980 PRINT 2 Not Fixed 1990 TINPUT Input 1 or 2 Inp_char 2000 Def IVAL Inp_char 10 2010 IF Def lt 1 OR Def gt 2 THEN Def_select 2020 OFF ERROR 2030 SELECT Def 2040 CASE 1 2050 OUTPUT Agt4287a CORR1 CKIT LIST OFF 2060 Nop 1 2070 CASE 2 2080 OUTPUT Agt4287a CORR1 CKIT LIST ON 2090 OUTPUT Agt4287a SOUR LIST SIZE 2100 ENTER Agt4287a Nop 2110 END SELECT 2120 48 2130 2140 2150 2160 2170 2180 2190 2200 2210 2220 2230 2240 2250 2260 2270 2280 2290 2300 2310 2320 2330 2340 2350 2360 2370 2380 2390 2400 2410 2420 2430 2440 2450 2460 2470 2480 2490 2500 2510 2520 2530 2540 2550 2560 2570 2580 2590 2600 2610 2620 2630 2640 2650 2660 2670 2680 2690 2700 Load S R R R R O DD no H EN FO EN PR IN IF ERROR GOTO Load_select elect 1 INT Select Load Def
455. 80 2 8 Query 1 CO NN OO ek ww DO 1 1 1 1 2 2 2 2 4 LT gt Query 1 Nx2 lt newline gt END gt
456. 87a CALC PARI FORM Agt4287a Para UT Agt4287a CALC PAR2 FORM R Agt4287a Para2 C ss ti EF mc UT Agt4287a SOUR LIST STAT OFF T Agt4287a SOUR LIST POIN Point UT Agt4287a CALC COMP OFF UTPUT Agt4287a SOUR LIST RDC OFF C UU C rigger source setting UTPUT Agt4287a ABOR UTPUT Agt4287a TRIG SOUR EXT riggering and data read 3 UTPUT Agt4287a READ 7 T Waiting for External Trigger TER Agt4287a Stat Res1 Res2 Imon 3 Display results PRINT Result PRINT Meas Status Stat Paral amp Resl Para2 amp Res2 Tmon Tmon END 97 9 S 6 6 1 4 READ2 READ
457. 900KE 99 12 2 statel sta 145KE 99 12 20 state2 sta Fo1der1 Fo1der2 Mper Close 4287apj023 4 Windows 98 13 2 5 4287A 13 2 6 4287A S 13 163 13 3 1 2 3 4 LAN telnet telnet LAN 4287A telnet TELNET Windows 4287A IP 192 168 0 1 4287a telnet MS DOS MS DOS telnet 192 168 0 1 te
458. A1 2 B1 3 C1 4 A2 5 B2 6 C2 Query 1 nx2 1 gt n nx2 gt n 2 Nx2 n 1 N 1 Nx2 lt newline gt lt END gt 254 15 DATA CMD 1 2 DATA CMD 1 2
459. AM SIZE 221 CALC EXAM POIN 220 326 GPIB GPIB GPIB CLS 198 STB 201 SRE 201 ESR 199 ESE 198 OPC 199 0PC STAT PRES 295 STAT OPER COND 293 STAT OPER ENAB 293 STAT OPER 293 STAT OPER PTR 294 STAT OPER NTR 294
460. ARameter 112 1 PAR1 4 3 4 4 PAR4 MATH EXPRession NAME DEV PCNT MATH BXPRession NAME mp DEV PCNT y gt 8 lt CALC PAR 1 4 EXPR CENT 2 DEV PCNT lt newline gt lt END gt x100 CALC PAR 1 4 EXPR CENT 222 Prmtr SETUP DATA MATH PRMTR 1 PRMTR 2 PRMTR 3 PRMTR 4 STAT CALC PAR 1 4 EXPR STAT CALCulate PARameter 213 CALCulate PARameter 112 3 1 4 4 MATH EXPRession STATe ON OFF 1 0 MATH EXPRession STATe PAR1 4 PAR4 CALC PAR 1 4 EXPR CENT
461. AT SENS CORR1 EDEL 340 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A CORR2 CKIT 241 SENS CORR2 CKIT LAB SENS CORR2 CKIT SAVE CORR2 CKIT LIST 241 SENS CORR2 CKIT STAN1 G CORR2 CKIT STAN1 LIST 243 SENS CORR2 CKIT STAN1 C CORR2 CKIT STAN1 DC 242 SENS CORR2 CKIT STAN2 R CORR2 CKIT STAN2 LIST 245 SENS CORR2 CKIT STAN2 L CORR2 CKIT STAN2 DC 244 SENS CORR2 CKIT STAN3 R SENS CORR2 CKIT STAN3 L
462. Agilent 4287A RF LCR me 8 FIRMWARE REVISIONS SERIAL NUMBERS 2 X MY433 A Agilent Technologies Agilent Part No 04287 97081 2004 12 Printed in Japan wr 7
463. BEBP2 STAT amp Beep 650 OUTPUT Agt4287a SYST KLOC amp Lock 660 OUTPUT Agt4287a SYST KLOC KBD amp Lock 670 OUTPUT Agt4287a SYST KLOC MOUS amp Lock 680 690 1 Calibration 14 181 1700 1710 OUTPUT Agt4287a CORR1 CKIT USER 1720 OUTPUT Agt4287a CORR1 CKIT LIST ON 1730 OUTPUT Agt4287a CORR1 CKIT STAN3 FORM RL 1740 FOR I 1 TO Nop 1750 PRINT For Point No 17 Frequency Freq 1 7 1760 CALL Inp_data Load Rs Value Load_rs 1770 CALL Inp_data Load Ls Value Load_ls 1780 OUTPUT Agt4287a CORR1 CKIT STAN3 LIST Load_rsi Load ls 1790 NEXT I 1800 PRINT For Rdc 1810 CALL Inp_data Load Rdc Value Load_rdc 1820 OUTPUT Agt4287a CORR1 CKIT STAN3 DC iLoad_rdc 1830 1840 PRINT Measurement for Calibration 1850 Result FNCa1l Agt4287a Scode Open Open_1_1im Open_u_lim 1860 IF Result lt gt 0 THEN Prog_end 1870 1880 Result FNCal Agt4287a Scode Short Short_1 lim Short_u lim 1890 IF Result lt gt 0 THEN Prog_end 1900 1910 Res
464. BI 5 lt 10 1460 1470 ASCII 1480 1490 Act_tab Unit 1500 1540 1550 1560 1570 Ra Ra Rdc_1 lim Rdc_u lim 1580 1610 1 2 BIN Para 1 Para 2 3 4 x NI RI MN E 1620 1640 1650 1670 1710 1730
465. BIN 1 2 3 4 sl6l7 8 9 10 11 12 13 CONDi tion 1 2 3 4 LTYPe IN OUT ALL CALCulate COMParator BIN 1 2 3 4 5 6 7 8 9 10 11 12 13 CONDi tion 1 2 3 4 LTYPe BIN1 BIN1 BIN13 BIN13 1 COND1 4 COND4 BIN IN OUT ALL IN OUT ALL lt newline gt END gt CALC COMP BIN 1 131 COND 1 4 LIM 207 Setup View BIN CALC COMP CLE CALCulate COMParator CLEar BIN BIN R Query BIN Setup View Alt 2 8 2 208 15 Query
466. C 261 216 15 I Query 15 217 CALC COMP 0GB CALC COMP OGB CALCulate COMParator OGBins lt gt CALCulate COMParator 0GBins BIN BIN OUT_ OF GOOD_BINS BIN BIN BIN BIN BIN BIN BIN BIN BIN 0UT_OF_GOOD_BINS Low BIN 0OUT_OF_GOOD_BINS BIN BIN1 BIN13 BIN gt BIN 1 13 10 1
467. COU BIN RDC OGBTNs RDC LIMit STATe PARameter MATH EXAMine MEMory STARt POTNt SAVE PARameter 1 2 3 4 FORMat MATH EXAMine GET LIMit EXPRession CENTer NAME STATe lt gt lt gt INIOUTIALL ONIOFF 110 Query ABS DEV PCNT gt ZIYILSILPICSICPIRSIRPIDIQIXIGIBITZRITZDITYR ITYD gt Query ONIOFF 110 Query Query Query lt gt lt gt gt ON OFF 1 0 Query Query Query gt ZIYILSILPICSICPIRSIRPIDIQIXIGIBITZRITZDITYR ITYD Query gt Query lt gt gt gt DEV PCNT ON OFF 1 0 332 PI Ba DATA DATA CAD 1 21314 5 617 81 Query CCO1 21314 5 6 gt gt CMD 1 2 Query CMP 1 2 3 gt gt FDATa 1 2 3 4 Query TMON Query RAW Query RCAD 1 2 3 Query RCCO 1 2 3 gt RCMD 1 2 9 Query RCMP 1 2 3 gt RDC Query VMON
468. D 1 4 SNUM CALCulate COMParator CONDition 1 2 CALCulate COMParator CONDition 1 2 1 E COND1 4 C CO 3 4 SNUMber lt gt 3 4 SNUMber BIN E D4 SOUR LIST SOUR LIST CLE gt 1 32 1 1 lt newline gt lt END gt CALC COMP COND 1 4 PAR 211 SOUR LIST 288 SOUR LISTCLE 289 Setup View BIN 212 i 15 Query 15 213
469. D 299 System KEY LOCK MENU MOUSE LOCK SYST POFF SYSTem POFF 4287A Query SYST PRES SYSTem PRESet RST Query RST 200 Preset 300 15 Query Query SYST TIME SYST TIME SYSTem TIME lt hour gt lt min gt sec gt SYSTem TIME 4287A hour gt min gt sec gt 24 0 23 0 59 0 59 1 1 1 hour min sec lt new
470. D 6A 10D 7A 270 PRINT USING Img Used size Used_size_m MB Used_size Byte 280 PRINT USING Img Free size Free_sizem MB Free_size Byte 290 PRINT File information 300 IF N lt 3 THEN 1024KB 1024KB 1048576Byte 1048576Byte 310 PRINT Nothing 320 ELSE 330 PRINT Name Size Byte 340 PRINT 350 Img 20A 2X 10D 360 FOR 1 3 TON STEP 3 370 PRINT USING Img Disk data I VAL Disk_data T 2 380 EXT I 390 END IF 400 410 END 132 10 Agilent 4287A 4 E T 133 SYST ERR 298
471. Definition Type 1970 PRINT 1 Fixed 1980 PRINT 2 Not Fixed 1990 INPUT Input 1 or 2 Inp_char 2000 Def IVAL Inp_char 10 2010 IF Def lt 1 OR Def gt 2 THEN Def_select 2020 OFF ERROR 2030 SELECT Def 2040 CASE 1 2050 OUTPUT Agt4287a CORR2 CKIT LIST OFF 2060 Nop 1 2070 CASE 2 2080 OUTPUT Agt4287a CORR2 CKIT LIST ON 2090 OUTPUT Agt4287a SOUR LIST SIZE 2100 ENTER Agt4287a Nop 110 END SELECT 120 130 FOR Point 1 TO Nop IF Nop gt 1 THEN KO DD DD DD DD DD DH 150 PRINT Point No amp VAL Point amp 160 END IF 170 CALL Inp_data Open G Value Open1 180 CALL Inp_data Open Cp Value Open2 2190 CALL Inp_data Short Rs Value Shor1 2200 CALL Inp_data Short Ls Value Shor2 2210 OUTPUT Agt4287a CORR2 CKIT STANI LIST Point Openl Open2 62 4 2220 2230 2240 2250 2260 2270 2280 2290 2300 2310 2320 2330 2340 2350 2360 2370 2380 2390 2400 2410 2420 2430 2440 2450 2460 2470 2480 2490 2500 2510 2520 2530 2540 2550 2560 2570 2580 2590 2600 2610 2620 2630 2640 2650 2660 2670 2680 2690 2700 2710 2720 2730 2740 2750 2760 2770 2780 2790 NEXT Point PRINT Do INPUT Y es N o Inp_char IF UPC Inp_char Y OR UPC ALL Inp END IF SUB Set_fixtu you want to de _data Open G e Agt4287a DIM Inp_char 30 INTE
472. Display Off Done Warn Beeper Off Front panel KBD Mouse Lock On 140 Meas_max 10 150 Max_tab_no 4 160 Unit V 170 Freq 1 OE 8 180 Ave 1 190 Pow 500 200 Paral LS 210 Disp ON 220 Update OFF 230 Beep OFF 240 Lock ON 250 260 1 Limit 270 280 Nom 1 0E 8 1 Nominal Value 10 nH 290 Lim 10 1 Limit 10 300 L_1im Nom 1 Lim 100 310 U_lim Nom 1 Lim 100 320 330 1 Rdc Limit for Calibration Compensation 340 350 Open_l_lim 100 Open Rdc Lower Limit 100 ohm 360 Open_u_lim 1 E 9 Open Rdc Upper Limit Dummy 370 Short_ lim 1 E 9 1 Short Rdc Lower Limit Dummy 380 Short_u_lim 25 Short Rdc Upper Limit 25 ohm 390 Load_1 lim 1 E 9 Load Rdc Lower Limit Dummy 400 Load u lim 1 E 9 Load Rdc Upper Limit Dummy 410 420 Measurement Condition Setting 430 440 OUTPUT Agt4287a SYST PRES 450 OUTPUT Agt4287a FORM ASC 460 FOR Tab 1 TO Max_tab_no 470 OUTPUT Agt4287a SOUR LIST TABL Tab 480 OUTPUT Agt4287a SOUR UNIT amp Unit 490 OUTPUT Agt4287a SOUR LIST 1 Freq Ave Pow 500 NEXT Tab 510 520 OUTPUT Agt4287a SOUR LIST STAT ON 530 OUTPUT Agt4287
473. END 1350 1360 Calibration Data Measurement Function 1370 1380 DEF FNCa1 Agt4287a INTEGER Scode Standard REAL L_1im REAL U lim 1390 DIM Inp_char 9 Trig_sour 9 Buff 9 1400 REAL Meas_data 1410 INTEGER Err flag 1420 OUTPUT Agt4287a TRIG SOUR 1430 ENTER Agt4287a Trig_sour 1440 OUTPUT Agt4287a ABOR 1450 OUTPUT Agt4287a TRIG SOUR BUS 1460 OUTPUT Agt4287a TINIT CONT ON 1470 OUTPUT Agt4287a STAT OPER PTR 07 1480 OUTPUT Agt4287a STAT OPER NTR 16 1490 OUTPUT Agt4287a STAT OPER ENAB 16 1500 OUTPUT Agt4287a SRE 128 1510 Cal_meas 1520 PRINT Set amp Standard amp Connection 1530 INPUT OK Y N Tnp_char 1540 IF UPC Inp_char Y THEN 1550 OUTPUT Agt4287a CLS 1560 OUTPUT Agt4287a OPC 1570 ENTER Agt4287a Buff 1580 ON INTR Scode GOTO Meas_end 1590 ENABLE INTR Scode 2 1600 SELECT Standard 1610 CASE Open 1620 OUTPUT Agt4287a CORR1 COLL STAN1 1630 CASE Short 1640 OUTPUT Agt4287a CORR1 COLL STAN2 1650 CASE Load 1660 OUTPUT Agt4287a CORR1 COLL STAN
474. GER Fix REAL E_len Lure Fine s Value C CALL Inp_data Short R Value for OUTPUT Agt4287a CORR2 CKIT STA OUTPUT Agt4287a CORR2 CKIT STA ON ERROR GOTO Fixture_select Fixture_select PRINT Select Test Fixture el TF Fixture lt OFF ERROR 6191A 6192A 6193A 6194A 6196A 6196B 6196C PRINT 1 None PRINT 2 PRINT 3 PRINT 4 PRINT 5 PRINT 6 PRINT 7 PRINT 8 PRINT 9 USER INPUT Input 1 to 9 Inp_char Fixture IVAL Inp_char 10 OR Fixture gt 8 THEN Fixture_select SELECT Fixture CASE 1 CASE 2 CASE 3 CASE 4 CASE 5 CASE 6 OUTPUT CASE 7 CASE 8 CASE 9 OUTPUT Agt4287a COR OUTPUT Agt4287a COR OUTPUT Agt4287a COR OUTPUT Agt4287a COR OUTPUT Agt4287a COR OUTPUT Agt4287a COR OUTPUT Agt4287a COR OUTPUT Agt4287a COR Agt4287a COR R2 FIXT R2 FIXT R2 FIXT R2 FIXT R2 FIXT R2 FIXT R2 FIXT R2 FIXT R2 FIXT OUTPUT Agt4287a CORR2 CKIT STA Landa d 2 LIST Point Shorl Shor2 values for Rdc measurement Inp_char YES THEN for NONE FXT FXT FXT FXT FXT FXT FXT 6 USER CALL Inp_data Electrical Length
475. IGit 268 tel3 FIX 268 te13 MSD 269 263 270 271 4 272 SOURce SOURce SOURce SOURce SOURce SOURce SOURce SOURce Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se Se 251 Se AVE COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR COR LIST LIST LIST LIST LIST LIST LIST LIST COPY 283 CRBate ectory 283 DELete 284 LOAD 284 STORe 285 READ 287 SE SE SE SE SE E 228 SE SE SE E 231 SE SE SE El 234 Rage Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti Recti 288 COUNt 204 on on onl onl on on on onl onl onl onl onl onl onl on on on on2 on2 on2 on2 on2 on2 on2 on2 on2 on2 on2 on2 on2 on2 CKIT 225 241 CKIT LIST STATe 226 CKIT STANdard1 DC 227 CKIT STANdard1 EDELay TTM CKIT CKIT CKIT STA STA STA dard1 dard2 dard2 LIST 229 DC 230 EDELay TIM CKIT CKIT CKIT STANdard2 STANdard3 STANdard
476. LCulate COMParator BIN 1 13 CONDition 1 4 LTYPe 208 CALCulate COMParator BIN1 13 STATe 206 CALCulate COMParator CLEar 208 CALCulate COMParator CONDition 1 4 MODE 209 CALCulate COMParator CONDition 1 4 NOMina1 210 CALCulate COMParator CONDition 1 4 PARameter 211 CALCulate COMParator CONDition 1 4 SNUMber 212 CALCulate COMParator COUNt CLEar 213 CALCulate COMParator COUNt STATe 213 CALCulate COMParator DATA BCOUnt 214 CALCulate COMParator DATA BIN 215 CALCulate COMParator DATA RDC 216 CALCulate COMParator OBINs 217 CALCulate COMParator RDC LIMit 218 CALCulate COMParator STATe 205 375 CALCu CALCu CALCu CALCu te PARameter 1 4 te PARameter 1 4 ate MATH EXAMine CALCulate MATH EXAMine ate MATH EXAMine CALCulate MATH EXAMine a a GET 219 MEMory POINt 220 MEMory SIZE 221 MEMory STARt 222 FORMat 224 ATH EXPRession CEN HCOPy IMAGe 280 HCOPy PRINters 280 HCOPy IMMediate 278 Tiate CONTinuous 281 Tiate IMMediate 281 CATalog 282 Ter 222 CALCulate PARame E 223 CALCulate PARame Te 223 DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA ter 1 4 MATH ter 1 4 MATH CAD 1 8 253 CCO 1 6 254 CMD 1 2 255 CMP 1 3 256 FDATa
477. N12 13 BIN13 14 CO NO OO wD 1 4 Ra Ra BIN BIN 274 15 1 3 1 4 14 FETC 9 9E37 BIN stat 1 parl 1 par2 1 par3 1 par4 1 Imon 1 Vmon 1 Rdc 1 stat N parl N par2 N par3 N par4 N Imon N Vmon N Rdc N comp lt newline gt lt END gt
478. O Fron Short x Fron R DC 0pen x O Fron Ra DC Short x Fron SF 2 autorec sta A Mi JO x O Fron Ra 25 9 oO ee 2 100 LQ F 2 2 N j9 F 50 9 x ron G 355
479. PB a SENSe AVERage COUNt gt CORRection1 CKIT DEFAULT USER LIST STATe ON OFF 1 0 STANdard DC gt EDELay TIME gt LIS lt gt lt gt lt gt STANdard2 DC gt EDELay TIME gt LIS gt lt gt lt gt STANdard3 DC gt EDELay TIME gt FORMat RL LQF CDF LIS lt gt gt lt gt COLLect ACQuire STANdard1 STANdard2 STANdard3 STANdard4 Query RF STANdard1 STANdard2 STANdard3 STANdard4 Query DC STANdard1 STANdard2 STANdard3 Query SAVE Query STATe 1 0 Query CORRection2 CKIT DEFAULT USER LIST STATe ON OFF 1 0 STANdard DC gt LIST lt gt lt gt STANdard2 DC gt LIST gt gt COLLect ACQuire STANdard1 STANdard2 Query RF STANdard1 STANdard2 Query DC STANdard1 STANdard2 Query OPEN STATe ON OFF 1 0 SAVE Query SHORT STATe ON OFF 1 0 FIXTure NONE 16191A 16192A 16193A 16194A 16196A 16196B 16196C USER LAB
480. PCNT Deviation Mode Para 1 ON Pcnt Dev 2 DEV Para 2 ON Dev Dev 3 OFF Para 3 OFF Dev 4 OFF Para 4 OFF Cent 1 1 0E 7 Reference Value Para 1 100 nH Cent 2 10 1 for Deviation Mode Para 2 10 ohm Cent 3 0 Para 3 Dummy Cent 4 0 Para 4 Dummy 560 FOR 1 1 TO Nop 1 570 OUTPUT Agt4287a Freq 1 Ave T Pow 1D 580 NEXT I 590 OUTPUT Agt4287a Freq Nop Ave Nop Pow Nop 600 1 610 Measurement Parameter 620 1 630 FOR 1 1 TO 4 640 IF Para 1 OFF THEN 650 OUTPUT Agt4287a DISP TEXT1 CALC amp VAL T amp OFF 660 ELSE 670 OUTPUT Agt4287a DISP TEXT1 CALC7 amp VAL T amp ON 680 OUTPUT Agt4287a CALC PAR amp VAL 1 amp FORM amp Para I 690 IF Dev 1 OFF THEN 700 OUTPUT Agt4287a CALC PAR amp VAL 1 amp EXPR STAT OFF 710 ELSE 720 OUTPUT Agt4287a CALC PAR amp VAL 1 amp EXPR STAT ON 730 OUTPUT Agt4287a CALC PAR amp VAL 1 amp EXPR NAME amp Dev I 740 OUTPUT Agt4287a CALC PAR amp VAL 1 amp EXPR CENT Cent I 750 END IF 760 END IF 770 NEXT I 780 790 Measurement Point s 800 1 810 OUTPUT Agt4287a SOUR LIST POIN Point_no 820 OUTPUT Agt4287a SOUR LIST STAT amp List 830 840 Test Signal Level Monito
481. Para 1 4 9 Buff 9 Inp_char 9 Img 200 REAL Freq 1 32 Pow 1 32 Res 1 32 1 7 0pen_1_1im Open u lim RBAL Short_1_lim Short_u lim Load_1_lim Load_u_ lim TNTEGER Scode Act_tab Nop Ave 1 32 Result I CLEAR SCREEN ASSIGN Agt4287a TO 717 Scode 7 1 Measurement Condition Act_tab 1 Active Table Number 1 Unit A Power Level unit mA Nop 4 Number of Points 4 Freq 1 1 OE 8 1 Point No 1 Frequency 100 MHz Ave 1 1 Averaging Factor 1 Pow 1 2 OSC Level 0 2 mA Freq 2 8 OE 8 Point No 2 Frequency 800 MHz Ave 2 1 Averaging Factor 1 Pow 2 2 OSC Level 0 2 mA Freq 3 1 OE 9 Point No 3 Frequency 1 GHz Ave 3 1 Averaging Factor Pow 3 2 OSC Level 0 2 mA Freq 4 3 OE 9 1 Point No 4 Frequency 3 GHz Ave 4 1 Averaging Factor Pow 4 2 OSC Level 0 2 mA Para 1 LS Measurement Para 1 Ls Para 2 Q Parameter Para 2 Q Para 3 7 Para 3 Z Para 4 Rs Para 4 RS Rdc Limit for Calibration Compensation Open_l_lim 100 Open Rdc Lower Limit 100 ohm Open_u_lim 1 E 9 Open Rdc Lower Limit Dummy Short _ lim 1 E 9 Short Rdc Lower Limit Dummy Short_u_lim 25 Short Rdc Lower Limit 25 ohm Load_1_lim 25 Load Rdc Lower Limit 25 ohm Load_u_lim 100 Load Rdc Lower Limit 100 ohm REDIM Res 1 Nop 1 7 ii Measurement Conditi
482. Query DISPlay BACKIight ON OFF 1 0 CCLear Query UPDate ON OFF 1 0 WINDow STATe ON OFF 1 0 TEXT1 CALCulate 1 2 3 4 STATe ON OFF 1 0 DIGit gt FIX ON OFF 1 0 MSD gt CALCulate 11 12 STATe ONIOFF 1 0 DIGit gt FIX ON OFF 1 0 MSD gt CALCulate13 DIGit gt FIX ON OFF 110 MSD gt STATe ON OFF 1 0 1 TEXT10 CO DATA gt STATe ON OFF 1 0 TEXT11 STATe ON OFF 1 0 2 MODE STAMp LIVE TEXT2 LABel 1 2 3 4 PAR1 PAR2 PAR3 PAR4 VMON IMON FREQ AVER pow RDC D 333 GPIB FETCh Query FORMat BORDer NORMa1 SWAPped DATA ASCii REAL HCOPy ABORt Query CONtent SCReen SETup LIST DPRINter gt IMAGe NORMa1 INVert MONochrome PRINters Query TMMediate TNITiate CONTinuous TMMediate MMEMory CATalog COPY CREate DIRectory DELete LOAD STORe READY ON OFF 1 0 gt lt gt Query Query Query Query Query Query Query Query Query 334
483. R LISTRDC OFSC 290 Ru Ra CALC COMP RDC LIM 218 28 1 PAR1 4 PAR4 CALC PAR 1 4 EXPR STAT 223
484. R NTR 16 3210 OUTPUT Agt4287a STAT OPER ENAB 16 3220 OUTPUT Agt4287a SRE 128 3230 Cal_meas 3240 PRINT Set amp Standard amp Connection 3250 INPUT OK Y N Inp_char 3260 IF UPC Inp_char Y THEN 3270 OUTPUT Agt4287a CLS 3280 OUTPUT Agt4287a OPC 3290 ENTER Agt4287a Buff 3300 ON INTR Scode GOTO Meas_end 3310 ENABLE INTR Scode 2 3320 SELECT Standard 3330 CASE Open 3340 OUTPUT Agt4287a CORR1 COLL STAN1 3350 CASE Short 3360 OUTPUT Agt4287a CORR1 COLL STAN2 3370 CASE Load 3380 OUTPUT Agt4287a CORR1 COLL STAN3 3390 CASE Low Loss C 184 14 3400 OUTPUT Agt4287a CORR1 COLL STAN4 3410 END SELECT 3420 OUTPUT Agt4287a TRIG 3430 PRINT Now measuring 3440 Meas_wait GOTO Meas_wait 3450 Meas_end OFF INTR Scode 3460 Err flag 0 3470 SELECT Standard 3830 ON ERROR GOTO Inp_start 3840 Inp_start 3850 PRINT Input amp Mes 3860 TINPUT Value Inp_char 3870 1Inp_val VAL UPC Inp_char 3880 PRINT Input Value Inp_val 3890 INPUT OK Y N Inp_char 3900 IF UPC Inp_char gt Y THEN Inp_start 3910 OFF ERROR 3920 SUBEND 3480 CASE Open 3490 OUTPUT Agt4287a DATA RCAD17 3500 ENTER Agt4287a Rdc 3510 PRINT Rdc
485. R1 CKIT STAN3 LIST 1 RL Bi Rs Ls LQF Ls Q Quality factor CDF Cp RL LQF CDF lt newline gt lt END gt CORR1 CKIT STAN3 LIST 236 Setup View 1 15 E wm NM 235 CORR1 CKIT STAN3 LIST CORR1 CKIT STAN3 LIST SENSe CORRection1 CKIT STANdard3 LIST lt 1 gt lt 2 gt 3 gt SENSe CORRection1 CKIT STANdard3 LIST lt 1 gt CORR1 CKIT STAN3 FORM
486. R2 COLL STAN2 SELECT UT Agt4287a TRIG PRINT Now measuring 2390 Meas_wait GOTO Meas_wait 2400 Meas_end OFF INTR Scode 2410 Err flag 0 2420 SELECT Standard 2430 CASE Open 2440 OUTPUT Agt4287a DATA RCMD1 2450 ENTER Agt4287a Rdc 2460 PRINT Rdc ABS Rdc 2470 IF ABS Rdc lt Limit THEN Err flag 1 2480 CASE Short 2490 OUTPUT Agt4287a DATA RCMD2 2500 ENTER Agt4287a Rdc 2510 PRINT Rdc ABS Rdc 2520 IF ABS Rdc gt Limit THEN Err flag 1 2530 END SELECT 2540 IF Err flag 0 THEN 2550 PRINT Standard amp Data Measurement Complete 2560 ELSE 2570 PRINT ERRORI 2580 GOTO Compen_meas 2590 END IF 2600 OUTPUT Agt4287a TRIG SOUR amp TTig_sour 2610 RETURN 0 2620 ELSE 2630 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 2640 PRINT Program Interruption 2650 RETURN 1 2660 END IF 2670 FNEND 2680 1 2690 Test Fixture Setting Function 2700 2710 SUB Set_fixture Agt4287a 2720 DIM Inp_char 30 2730 TNTEGER Fixture 2740 REAL E len 2750 2760 ON ERROR GOTO Fixture_select 2770 Fixture_select
487. RIN 280 Display PRINT MENU SELECT DEFAULT PRINTER wm NM gt wx ww Query Query HCOP IMAG HCOP IMAG HCOPy IMAGe NORMal INVert MONochrome HCOPy IMAGe LCD HCOP CONT SCR NORMa1 INVert MONochrome NORM INV MON lt newline gt END gt HCOP CONT 278 Display PRINT MENU IMAGE HCOP PRIN HCOPy PRINters 4287A HCOP DPR Query
488. Rdc ON List Measurement ON Displayed Parameter Label 1 Freq for List Measurement Label 2 Para 1 Label 3 Para 2 Label 4 Para 3 Test Signal Current Display On Level Monitor Voltage Display On Rdc Measurement ON Rdc_ im 5 Rdc Measurement Lower Limit 0 5 ohm Rdc_u lim 5 Comparator Function Upper Limit 0 5 ohm Title_disp ON Title Display Area Display On Title Example 3 1 Clock_disp LIVE OUTPUT Agt4287a SYST PRES 1 Measurement Point Setup Table OUTPUT Agt4287a SOUR LIST TABL Act_tab OUTPUT Agt4287a SOUR UNIT amp Unit OUTPUT Agt4287a SOUR LIST Nop Title Example 3 1 Time and Date Display ON Live Active Table Number 3 Point_no 1 Selected Point No 1 Unit DBM Power Level unit dBm Nop 4 Number of Points 4 Freq 1 1 0E 6 Point No 1 Frequency 1 MHz Ave 1 2 Averaging Factor 2 Pow 1 10 OSC Level 10 dBm Freq 2 1 OE 7 Point No 2 Frequency 10 MHz Ave 2 2 Averaging Factor 2 Pow 2 10 OSC Level 10 dBm Freq 3 1 OE 8 Point No 3 Frequency 100 MHz Ave 3 2 Averaging Factor 2 Pow 3 10 OSC Level 10 dBm Freq 4 1 OE 9 Point No 4 Frequency 1 GHz Ave 4 2 Averaging Factor 2 Pow 4 10 OSC Level 10 dBm Para 1 LS 1 Measurement Para 1 Ls Para 2 RS Parameter Para 2 Rs Para 3 Q Para 3 Q Para 4 OFF Para 4 Display Off Dev 1
489. SEGM FREQ SENS LIST SEGM QUIT SENS LIST SEGM SAVE Ra SENS RDC SOUR LISTRDC 290 CALC RDC LIM STAT CALC RDC LIM UPP CALC COMP RDC LIM 218 CALC RDC LIM LOW SENS SWE DWEL2 TRIG DEL 302 SENS SWE DWEL1 TRIG SEQ2 DEL 303 339 m DS cc Pp lt 1 DS Pp mw w NM Ka a 4286A vs 4287A GPIB 4286A vs 4287A GPIB GPIB 4286A 4287A SENS CORR1 CKIT CORR1 CKIT 225 SENS CORR1 CKIT LAB SENS CORR1 CKIT SAVE
490. Setup View wm NM 15 241 gt wx ww Query CORR2 CKIT STAN1 DC CORR2 CKIT STAN1 DC SENSe CORRection2 CKIT STANdard1 DC lt gt SENSe CORRection2 CKIT STANdard1 DC R gt 1E6 1E6 0 S 1E 18 lt newline gt lt END gt CORR2 CKIT STAN2 DC 244 Setup View 242 15 Query CORR2 CKIT STAN1 LIST CORR2 CKIT STAN1 LIST SENSe
491. T Status Ls Q BIN 010 PRINT 020 FOR I 1 TO 50 030 REPEAT 040 OUTPUT Agt4287a STAT OPER COND 050 ENTER Agt4287a Cond_reg 060 UNTIL BIT Cond_reg 5 070 OUTPUT Agt4287a TRG 080 ENTER Agt4287a Stat Ls Q Bin_res 090 PRINT USING Img I Stat Ls Q Bin_res 100 NEXT I 110 OUTPUT Agt4287ai CALC COMP DATA BCOU 7 115 1120 ENTER Agt4287a Bin 1130 Img 2X 17A 5D 1140 PRINT BIN COUNT RESULT 1150 PRINT BIN Count 1160 PRINT 1170 FOR 1 1 TO 13 1180 PRINT USING Img BIN amp VAL TD amp Bin 1 1190 NEXT I 1200 PRINT USING Img OUT OF GOOD BINS Bin 14 1210 1220 END 116 117 4 9 Tul NN o
492. T Agt4287a CALC PAR amp VAL 1 amp FORM ENTER Agt4287a Title 1 NEXT I OUTPUT Agt4287a DISP TEXT1 CALC119 ENTER Agt4287a Stat 5 Title 5 Imon OUTPUT Agt4287a DISP TEXT1 CALC12 ENTER Agt4287a Stat 6 Title 6 Vmon OUTPUT Agt4287a SOUR LIST RDC ENTER Agt4287a Stat 7 Title 7 Rdc OUTPUT Agt4287a CALC COMP ENTER Agt4287a Bin_stat OUTPUT Agt4287a SOUR LIST STAT ENTER Agt4287a List_stat IF List_stat 1 THEN OUTPUT Agt4287a SOUR LIST SIZE ENTER Agt4287a Stop_no Star_no 1 ELSE OUTPUT Agt4287a SOUR LIST POIN ENTER Agt4287a Stop_no Star_no Stop_no END IF Data_size 1 Stat 1 Stat 2 Stat 3 Stat 4 Stat 5 Stat 6 Stat 7 Stop_no REDIM Res 1 Data_size Trigger source setting OUTPUT Agt4287a ABOR OUTPUT Agt4287a TRIG SOUR MAN OUTPUT Agt4287a INIT CONT ON 1 Status register setting For SRQ OUTPUT Agt4287a STAT OPER PTR 0 OUTPUT Agt4287a STAT OPER NTR 16 OUTPUT Agt4287a STAT OPER ENAB 16 OUTPUT Agt4287a SRE 128 OUTPUT Agt4287a CLS 1 4 610 OUTPUT Agt4287a OPC7 620 ENTER gt4287a Buff 3 630 640 Triggering and data rea
493. UT Agt4287ai CALC COMP CLE 680 OUTPUT Agt4287ai CALC COMP ON 690 FOR I 1 TO Max_cond HH 700 OUTPUT Agt4287a CALC COMP COND amp VAL T amp SNUM Point_no 1 710 OUTPUT Agt4287a CALC COMP COND7 amp VALW T amp PAR amp Para 1 9 720 OUTPUT Agt4287a CALC COMP COND amp VAL S T amp MODE amp Lim mode 1 730 IF Lim mode 1 lt gt ABS THEN 740 OUTPUT Agt4287a CALC COMP COND amp VAL 1 amp NOM Nominal I 750 END IF 760 FOR 1 TO Max_bin 770 OUTPUT Agt4287a CALC COMP BIN7 amp VAL J amp ON 780 OUTPUT Agt4287a CALC COMP BIN amp VAL J amp COND7 amp VALS T LTYP 7 amp L_t ype J 1 790 IF L_type J ID 7ALL THEN 800 OUTPUT Agt4287a CALC COMP BIN amp VAL J amp COND7 amp VALS TDAELIM SL lim J Di SU 1im J 1 810 END IF 820 NEXT J 830 NEXT I 840 OUTPUT Agt4287ai CALC COMP OGB 0gbin 850 OUTPUT Agt4287a CALC COMP COUN ON 860 870 Measurement 880 890 UTPUT Agt4287a FORM ASC 900 UTPUT Agt4287a ABOR 910 UTPUT Agt4287a TRIG SOUR BUS 920 UTPUT Agt4287a TINIT CONT ON 940 UTPUT Agt4287a OPC 950 TER Agt4287a Buff 960 970 0 0 0 0 930 OUTPUT Agt4287a CALC COMP COUN CLE 0 E CLEAR SCREEN 1 980 mg 3D 3X D 4X MD 4DE 2X MD 4DE 2X 2D 990 PRINT MEASUREMENT and BIN SORT RESULT 000 PRIN
494. UTO DISP BACK 262 DISP DATA PARAI1 2 MSD FIX DISP 262 DISP ALL DISP UPD 273 DISP BCOU STAT DISP TEXT1 263 BT DISP TEXT1 CALC 1 4 264 DISP TEXTI1 10 STAT DISP TEXT1 CALC 1 4 DIG 264 DISP TRAC STAT 2 DISP TEXT1 CALC11 4 MSD 265 DISP TEXT1 CALC 11 12 266 DISP TEXT1 CALC 11 12 DIG 266 DISP TEXT1 CALC111 12 FIX 267 DISP TEXT1 CALC 11 12 MSD 267 DISP TEXT1 CALC13 DIG 268 DISP TEXT1 CALC13 FIX 268 DISP TEXT1 CALC13 MSD 269 DISP TEXT10 270 DISP TEXT10 DATA 270 DISP TEXT11 271 DISP TEXT11 MODE 271 DISP TEXT2 LAB 1 4 272 1 SYST KLOC 299 SYSTKLOC KBD 299 SYSTKLOC MOUS 300 SYST BEEP1 STAT 296 BIN SYST BEEP2 STAT 297 CALC BEEP COND CALC COMP BEEP COND 205 SYST DATE
495. UTPUT Agt4287a HCOP CONT SET 430 CASE 3 440 OUTPUT Agt4287a HCOP CONT LIST 450 END SELECT 460 470 OUTPUT Agt4287a HCOP 480 490 PRINT Program finished 500 END 510 520 1 Printer Selection Function 530 364 H 540 SUB Printer_select Agt4287a 550 DIM Info 500 Prin_info 0 20 50 Printer 1 20 50 Set_pr 50 560 TINTEGER Info_len Loc N Prin_no 1 20 570 580 OUTPUT Agt4287a HCOP PRIN 590 ENTER Agt4287a USING K Info 600 Info_len LEN Info 610 Loc 2 620 N 0 630 FOR 1 2 TO Info_len 1 640 IF Info I 1 CHR 10 THEN 650 Prin_info N Info Loc 1 1 660 Loc I l 670 N N 1 680 END IF 690 NEXT I 700 710 Printers IVAL Prin_info 0 10 720 FOR I 1 TO Printers 730 IF Prin_info 1 1 THEN 740 Prin_info 1 Prin_info 1 2 Info_len 750 END IF 760 Info_len LEN Prin_info T 770 FOR 1 TO Info_len 780 IF Prin_info 1 J 1 THEN 790 Printer T Prin_info 1 1 Info_l1en J 800 Prin_no 1 IVAL Prin_info 1 1 J 1 10
496. a DATA RCCO1 770 ENTER Agt4287a Cal_coef_dc 1 780 OUTPUT Agt4287a DATA RCC02 790 ENTER Agt4287a Cal_coef_dc 2 800 OUTPUT Agt4287a DATA RCCO03 810 ENTER Agt4287a Cal_coef_dc 3 820 1 830 Calibration Coefficient Saving 840 1 850 Data_size Nop 2 6 3 8 860 ON ERROR GOTO Skip_purge 870 PURGE File 880 Skip_purge OFF ERROR 890 CREATE File Data_size 900 ASSIGN File TO File FORMAT OFF 910 OUTPUT File Cal_coef_a1 Cal_coef_b1 Cal_coef_c1 Cal_coef_a2 Cal_coef_b2 Cal_coef_c2 Cal_coef_dc 920 ASSIGN File TO 930 940 PRINT Done 950 PRINT Save file name amp File 960 46 970 Prog_end END 980 990 000 010 020 030 040 050 060 070 080 090 100 110 120 130 140 150 160 170 180 190 200 210 220 230 240 250 260 270 280 290 300 310 320 330 340 350 360 370 380 390 400 410 420 430 440 450 460 470 480 490 500 510 520 530 540 4 DEF FNCa1 Agt4287a INTEGER Scode Standard REAL L_1im REAL U lim DIM Inp_char 9 Trig_sour 9 Buff 9 REAL Meas_data TEGER Er UTPUT Ag TER Agt UTPUT Ag UTPUT Ag UTPUT Ag PUT
497. a SOUR LIST RDC OFF 540 OUTPUT Agt4287a CALC PAR1 FORM amp Para1 550 OUTPUT Agt4287a DISP TEXT1 CALC2 OFF 190 14 560 OUTPUT Agt4287a DISP TEXT1 CALC3 OFF 570 OUTPUT Agt4287a DISP TEXT1 CALC4 OFF 580 OUTPUT Agt4287a DISP TEXT1 CALC11 OFF 590 OUTPUT Agt4287a DISP TEXT1 CALC12 OFF 600 OUTPUT Agt4287a DISP amp Disp 610 OUTPUT Agt4287a DISP UPD amp Update 620 OUTPUT Agt4287a SYST BEEP1 STAT amp Beep 630 OUTPUT Agt4287a SYST BEEP2 STAT amp Beep 640 OUTPUT Agt4287a SYST KLOC amp Lock 650 OUTPUT Agt4287a SYST KLOC KBD amp Lock 660 OUTPUT Agt4287a SYST KLOC MOUS amp Lock 670 680 Calibration 690 700 PRINT Load Definition 710 FOR Tab 1 TO Max_tab_no 720 PRINT Table No Tab 730 OUTPUT Agt4287aj SOUR LIST TABL Tab 740 OUTPUT Agt4287a CORR1 CKIT USER 750 OUTPUT Agt4287a CORR1 CKIT LIST ON 760 OUTPUT Agt4287a CORR1 CKIT STAN3 FORM RL 770 CALL I
498. ag 1 Err_flag 0 R 8S Err_ flag 1 Ru Trig_sour 0 1160 y 1 43 1790 1810 1840 1850 1860 1900 1920 1940 2020 2050 2060 2080 2100 2130 2220 2230 2360 2380 2510 2530 2540 2550 2620 2640 2650 44 1720 2750 Set_cal_kit
499. ax_tab_no 100 OUTPUT Agt4287aj SOUR LIST TABL Tab 110 OUTPUT Agt4287a CORR1 COLL SAVE 120 0UTPUT Agt4287a OPC 130 ENTER Agt4287a Buff 14 191 1140 NEXT Tab 1150 1 1160 Trigger source setting 1170 1 1180 OUTPUT Agt4287a ABOR 1190 OUTPUT Agt4287a TRIG SOUR EXT 1200 1 1210 Measurement 1220 1230 PRINT Measurement 1240 FOR I 1 TO Meas_max 1250 PRINT Set the Dut 1260 FOR Tab 1 TO Max_tab_no 1270 PRINT Set the Scanner s Channe to No amp VAL Tab amp 1280 OUTPUT Agt4287aj READ Tab 1290 PRINT Input External Trigger after the READY_FOR_TRIG signal changed to Low level 1300 ENTER Agt4287a Status D I Tab 1310 NEXT Tab 1320 BIN sorting 1330 IF ODI 1 lt L_lim OR DI 1 gt U_lim OR DU 2 lt L_1im OR D T 2 2U_1im OR ODI 3 lt L_lim OR DI 3 gt U_lim OR DI lt L_lim OR DI 4
500. d NO 650 660 ON INTR Scode GOTO Meas_end C 670 ENABLE INTR Scode 2 680 PRINT Push Trigger Key 690 Meas_wait GOTO Meas_wait 700 Meas_end OFF INTR Scode 710 OUTPUT Agt4287a FETC 720 ENTER Agt4287a Res 730 1 740 Display results 750 760 PRINT Result 770 PRINT No Stat 780 FOR J 1 TO 7 790 F Stat J 1 THEN 800 PRINT USING 3X 5A 2X Tit1e J 810 END ITF 820 NEXT J 830 PRINT 840 850 Loc 1 860 FOR I Star no TO Stop_no 870 PRINT USING 2D 4X D 1 Res Loc 880 Loc Loc 1 890 FOR 1 TO 7 900 IF Stat J 1 THEN 910 PRINT USING X MD 2DE Res Loc 920 Loc Loc 1 930 END IF 940 NEXT J 950 PRINT 960 NEXT I 970 IF Bin_stat 1 THEN 980 PRINT BIN Sort Res Loc 990 END IF 1000 1010 Prog_end END 1 4 6 4 DATA FDAT 1 41 data bas 1 2 40 50
501. e1 gt EDELay DISTance gt 335 i mw ww NM TF a GPIB SOURce LIST lt gt gt X3 1 CLEar Query POINt lt gt RDC ONIOFF 1 0 OFSCance1 ONIOFF 110 SIZE Query STATe ON OFF 1 0 TABLe gt UNIT DBM V A STATus OPERation CONDition Query ENABle lt gt NTRansition gt PTRansition gt EVENt Query PRESet Query QUEStionable ENABle gt BVENt Query SYSTem BEEPer1 TMMediate Query STATe ON OFF 1 0 BEEPer2 TMMediate Query STATe ON OFF 1 0 DATE lt gt gt lt gt ERRor Query ERRor COUNt Query EXTRef Query KLOCk FRONt ON OFF 1 0 KBD ON OFF 1 0 MOUSe ON OFF 1 0 POFF Query PRESet Query CONFirm ONIOFF 110 TIME lt gt gt VERSion Query TRIGger SEQuence1 DELay gt MS MIS IMMediate Query SOURce INTernal MANual EXTernal BUS SEQuence2 DELay
502. f 9 1570 REAL Meas_data 1580 INTEGER Err flag 1590 OUTPUT Agt4287a TRIG SOUR 1600 ENTER Agt4287a Trig_sour 1610 OUTPUT Agt4287a ABOR 1620 OUTPUT Agt4287a TRIG SOUR BUS 1630 OUTPUT Agt4287a TNIT CONT ON 1640 OUTPUT Agt4287a STAT OPER PTR 07 1650 OUTPUT Agt4287a STAT OPER NTR 16 1660 OUTPUT Agt4287a STAT OPER ENAB 16 1670 OUTPUT Agt4287a SRE 128 1680 Cal_meas 192 14 690 PRINT Set amp Standard amp Connection 700 INPUT OK Y N Inp_char 710 IF UPC Inp_char Y THEN 720 OUTPUT Agt4287a CLS 730 OUTPUT Agt4287a OPC 740 ENTER Agt4287a Buff 750 ON INTR Scode GOTO Meas_end 760 ENABLE INTR Scode 2 770 SELECT Standard 780 CASE Open 790 OUTPUT Agt4287a CORR1 COLL STAN1 800 CASE Short 810 OUTPUT Agt4287a CORR1 COLL STAN2 820 CASE Load 830 OUTPUT Agt4287a CORR1 COLL STAN3 840 CASE Low Loss C 850 OUTPUT Agt4287a CORR1 COLL STAN4 860 END SELECT 870 OUTPUT Agt4287a TRIG 880 PRINT Now measuring 890 Meas_wait GOTO Meas_wait 900 Meas_end 910 Err flag 0 920 SELECT Standard 930 CASE Open 940 OUTPUT Agt4287ai DATA RCAD177 950 ENTER Agt4287a Rdc 960 PRINT Rdc ABS Rdc 97
503. g_real bas 10 DIM Paral 9 Para2 9 Buff 9 20 REAL Stat Res1 Res2 Imon 30 INTBGER Point Cond reg 40 ASSIGN Agt4287a TO 717 50 ASSIGN Binary TO 717 FORMAT OFF 60 Point 1 70 OUTPUT Agt4287a FORM REAL 80 OUTPUT Agt4287a FORM BORD NORM 90 00 OUTPUT Agt4287a DISP TEXT1 CALC1 ON 10 OUTPUT Agt4287a DISP TEXT1 CALC2 ON 20 OUTPUT Agt4287a DISP TEXT1 CALC3 OFF 30 OUTPUT Agt4287a DISP TEXT1 CALC4 OFF 40 OUTPUT Agt4287a DISP TEXT1 CALC11 ON 50 OUTPUT Agt4287a DISP TEXT1 CALC12 OFF 60 70 OUTPUT Agt4287a CALC PAR1 FORM 80 ENTER Agt4287a Paral 90 OUTPUT Agt4287a CALC PAR2 FORM 200 ENTER Agt4287a Para2 210 220 OUTPUT Agt4287a SOUR LIST STAT OFF 230 OUTPUT Agt4287a SOUR LIST POIN Point 240 OUTPUT Agt4287a CALC COMP OFF 250 OUTPUT Agt4287a SOUR LIST RDC OFF 260 270 Trigger source setting 280 290 OUTPUT Agt4287a TRIG SOUR BUS 300 OUTPUT Agt4287a INIT CONT ON 310 1 320 Triggering and data read 330 340 REPEAT 350 OUTPUT Agt4287a STAT OPER COND 360 ENTER Agt4287a Cond_reg 370 UNTIL BIT Cond reg 5 380 OUTPUT Agt4287a TRG 390 ENTER Agt4287a USING 8A Buff 400 ENTER Binary Stat Res1 Res2 Imon 410 ENTER Agt4287a USING A Buff 420 430 1 Display resul
504. ical Analysis Result 2740 FOR I 1 TO Nop 2750 OUTPUT Agt4287a CALCEEXAMEGET 1 1 2760 ENTER Agt4287a P1 1 1 P1 1 2 P1 1 3 P1 1 4 P1 1 5 P1 1 6 P1 1 7 P1 I 8 P1 9 P1 1 10 2770 OUTPUT Agt4287a CALC EXAM GET 2 1 2780 ENTER Agt4287a P2 1 1 P2 T 2 P2 T 3 P2 1 4 P2 1 5 P2 1 6 P2 1 7 P2 1 8 P2 1 9 P2 1 10 2790 NEXT I 2800 Img1 X 3A X 3D 2X MD 4DE X MD 4DE X MD 4DE X MD 4DE X MD 4DE 2810 Img2 X 3A X 3D 2X 10D 2X 10D 2X 10D 2X 10D 2X 10D 14 183 2820 PRINT Statistical Analysis Result 2830 PRINT Statistical Value for Normal Data 2 2840 PRINT Para Point Mean Sigma 3 Sigma Mean Min Max 2850 FOR I 1 TO Nop 2860 PRINT USING Img1 Para 1 1 P1 I 1 P1 1 2 PI1 I 3 P1 I 4 P1 1 5 2870 EXT I 2880 FOR I 1 TO Nop 2890 PRINT USING Img1 Para 2 1 P2 I 1 P2 1 2 P2 T 3 P2 1 4 P2 1 5 2900 EXT I 2910 PRINT 2920 PRINT 0ccurrence Count 2930 PRINT Para Point Norma1 Rdc Fail Overload Abnormal Al117 2940 FOR I 1 TO Nop 2950
505. inition Parameters INT 1 Rs and Ls INT 2 Ls and Q INT 3 Cp and D PUT Input 1 to 3 Inp_char ad_para IVAL Inp_char 10 Load_para lt 1 OR Load_para gt 3 THEN Load_select F ERROR LECT Load_para CASE 1 OUTPUT Agt4287a CORR1 CKIT STAN3 FORM RL Para1 Rs Para2 Ls CASE 2 OUTPUT Agt4287a CORR1 CKIT STAN3 FORM LQF Paral Ls Para2 Q CASE 3 OUTPUT Agt4287a CORR1 CKIT STAN3 FORM_CDF Paral Cp Para2 D D SELECT R Point 1 TO Nop IF Nop gt 1 THEN PRINT Point No amp VAL Point amp END IF CALL Inp_data Open G Value Open1 CALL Inp_data Open Cp Value Open2 CALL Inp_data Short Rs Value Shor1 CALL Inp_data Short Ls Value Shor2 CALL Inp_data Load amp Para1 amp Value Load1 CALL Inp_data Load amp Para2 amp Value Load2 TPUT Agt4287ai CORR1 CKTT STAN1 LIST Point Open1 Open2 OUTPUT Agt4287a CORR1 CKIT STAN2 LIST iPoint Shorl Shor2 TPUT Agt4287a CORR1 CKIT STAN3 LIST Point Load1 Load2 XT Point INT Do you want to define standard values for Rdc measurement PUT Y es N o Inp_char UPC Inp_char Y OR UPC Inp_char YES THEN CALL Inp_data Open G Value for Rdc Measurement Open_dc CALL Inp_data Short R Value for Rdc Measurement Shor_dc CALL Inp_data L
506. ion Compensation 320 330 Open_l1_lim 100 Open Rdc Lower Limit 100 ohm 340 Open_u_lim 1 E 9 Open Rdc Upper Limit Dummy Bs 350 Short_ lim 1 E 9 Short Rdc Lower Limit Dummy UA 360 Short_u_lim 25 Short Rdc Upper Limit 25 ohm ny 370 Load_1 1im 1 E 9 Load Rdc Lower Limit Dummy 380 Load_u_lim 1 E 9 Load Rdc Upper Limit Dummy 390 400 1 Rdc Limit for Contact Check 410 420 Rdc_1 lim 10 Lower Limit 10 ohm 430 Rdc_u lim 10 Upper Limit 10 ohm 440 450 1 Bin Sort 460 470 Max_cond 4 480 Max_bin 6 490 0gbin 2 500 ALL BIN 510 Point_no 1 1 Condition 1 Point No 1 100 MHz 520 Para 1 LS Parameter Ls 530 Lim mode 1 PCNT Limit mode Percent 14 179 540 Nominal 1 1 0E 8 550 Point_no 2 1 560 Para 2 Q 570 Lim mode 2 ABS 580 Point_no 3 2 590 Para 3 LS 600 Lim mode 3 PCNT 610 Nominal 3 1 OE 8 620 Point_no 4 2 630 Para 4 Q 640 Lim mode 4 ABS 650 660 L_lim 1 1 3 0 670 U_lim 1 1 3 0 680 L_type 1 1 IN 690 L_1im 1 2 10 0 700 U_1im 1 2 1 0E 9 710 L_type 1 2 IN 720 L_lim 1 3 5 0 730 U_lim 1 3 5 0 740 L_type 1 3 IN 750 L_lim 1 4 10 0 760 U_lim 1 4 1 0E 9 770 L_type 1 4 IN 780 790 L_
507. lim 2 1 5 0 800 U_1im 2 1 5 0 810 L_type 2 1 IN 820 L_lim 2 2 10 0 830 U_lim 2 2 1 0E 9 840 L_type 2 2 TN 850 L_1im 2 3 5 0 860 U_1im 2 3 5 0 870 L_type 2 3 TN 880 L_lim 2 4 10 0 890 U_lim 2 4 1 0E 9 900 L_type 2 4 IN 910 920 L_lim 3 1 5 0 930 U_1im 3 1 5 0 940 L_type 3 1 IN 950 L_1im 3 2 10 0 960 U_lim 3 2 1 0E 9 970 L_type 3 2 TN 980 L_1im 3 3 5 0 990 U_1im 3 3 5 0 1000 L type 3 3 IN 1010 L lim 3 4 10 0 1020 U_lim 3 4 1 0E 9 1030 L type 3 0UT 1040 1050 L lim 4 1 5 0 1060 Ulim 4 1 5 0 1070 L_type 4 1 IN 1080 L_lim 4 2 10 0 1090 Ulim 4 2 1 0E 9 1100 L_type 4 2 IN 1110 L lim 4 3 5 0 180 Condition Condition Condition Condition Condition Condition Condition Condition Conditi Conditi Conditi Condition Conditi Conditi Conditi Condition Condition 2 Lower Limi Condition 3 Lower Limi 4 Poi on 2 Lower Limi on 3 Lower 1 Lower Limi pper Limi imit Type ower Limi pper Limi imit Type ower Limi pper Limi imi O D 1 1 1 Lower Limi Upper Limi Limit Type Upper Limit Type pper imit Type 10 nF 1 100 MHz Q t mode 2 800 MHz Ls Percent 10 nF
508. line gt END gt 1 0 CORR1 COLL SAVE 240 CORR1 CKIT SENSe CORRection1 CKIT DEFault USER SENSe CORRection1 CKIT 4287A 700 16195B 7mm DEFault 7 mm USER DEF USER lt newline gt END gt Setup View 15 225 wm NM Query CORR1 CKIT LIST CORR1 CKIT LIST SENSe CORRection1 CKIT LIST STATe ONIOFF 110 SENSe CORRection1 CKIT LIST STATe Rd ta
509. line gt lt END gt SYST DATE 297 System SET DATE amp TIME SYST VERS SYSTem VERSion SCPI Query lt newline gt lt END gt YYYY V YYYY V 15 301 wm NM nl wx ww Query TRIG TRIG TRIGger SEQuencel IMMediate a 0 0 Query TRIG DEL TRIGger SEQuencel DELay lt gt TRIGge
510. lnet 4287a telnet 4287A 13 3 UNIX telnet 192 168 0 1 telnet LIES Connection Edit Terminal Help OIRO SO RROD RR RR 3 4287A RF LCR Meter 3 036666606600000066600000000000660000000000006600000000363666638 lt lt current members max members 1 5 gt gt gt 4287api020 4287A Query Query 13 4 SYSTPRES 300 CALC PAR 1 4 FORM 224 1 2 Ls Q
511. lt END gt CLS 198 NS STAT OPER COND STATus OPERation CONDition Query lt newline gt lt END gt N STAT OPER ENAB STATus OPERation ENABle lt gt STATus OPERation ENAB1e gt 0 32767 0 1 32767 Ox7fff AND lt newline gt lt END gt SRE 201 4 STAT PRES 295 TF NJ NM 2 Query Query STAT OPER NTR STAT OPER NTR STATus OPERation NTRan
512. mes 310 PRINT PROGRAM INTERRUPT 320 GOTO Prog_end 330 Skip_err_proc PRINT PROGRAM DONE 340 Prog_end END 10 137 138 10 11 Agilent 4287A 139 Agilent 4287A GPIB 4287A 2 LED 4287A SYSTPOFF 300 4287A 4287A 2 4287A 1
513. n 301 TRIGger SEQuence1 DELay 302 TRIGger SEQuencel IMMediate 302 TRIGger SEQuence1 SOURce 304 TRIGger SEQuence2 DELay 303 TRIGger SLOPe 303 GPIB 337 TD DD DD DD DD DD TD TD GPIB 67 IP 358 159 L LAN 157 LAN 67 Load 38 Local Area Network 157 Lp 26 Ls 26 lvl_mon bas 100 meas_ary bas 190 meas_fxt bas 170 meas_sys bas 179 N Net Mask 159 0 Open 38 52 Operation Manual 4 OUT_OF_GOOD_BINS 107 Ovld 350 P PLL 370 printer bas 364 Programming Manual 4 Q Q 26 R rdc bas 103 Rdc 305 28 83 1 6o 2 101 101 83 84 84 Rdc 350 read bas 97 Rp 26 Rs 26 S setup bas 34 Short 38 52 SRQ 312 135 70 srq_err bas 137 srq_meas bas 7 1 sta 126 stat bas 121 T telnet 164 6 26 trg bas 87 trg_real bas 89 X x 26
514. np_data Load Rs Value Load_rs 780 CALL Inp_data Load Ls Value Load_ls 790 CALL Inp_data Load Rdc Value Load_rdc 800 OUTPUT Agt4287a CORR1 CKIT STAN3 LIST 1 iLoad_rsi 7 Load_1s 810 OUTPUT Agt4287a CORR1 CKIT STAN3 DC iLoad_rdc 820 NEXT Tab 830 840 PRINT Measurement for Calibration 850 PRINT Open Data Measurement 860 FOR Tab 1 TO Max_tab_no 870 OUTPUT Agt4287aj SOUR LIST TABL Tab 880 PRINT Set the Scanner s Channel to No amp VAL Tab amp and 890 Result FNCa1 Agt4287a Scode Open Open_1 lim Open_u_lim 900 IF Result lt gt 0 THEN Prog_end 910 NEXT Tab 920 930 PRINT Short Data Measurement 940 FOR Tab 1 TO Max_tab_no ogg 950 OUTPUT Agt4287a SOUR LIST TABL Tab 960 PRINT Set the Scanner s Channel to No amp VAL Tab amp and i 970 Result FNCal Agt4287a Scode Short Short_1_ lim Short _u lim ww 980 IF Result lt gt 0 THEN Prog_end NII 990 NEXT Tab 1 000 W 010 PRINT Load Data Measurement 020 FOR Tab 1 TO Max_tab_no 030 OUTPUT Agt4287aj SOUR LIST TABL Tab 040 PRINT Set the Scanner s Channel to No amp VAL Tab amp and 050 Result FNCa1 Agt4287a Scode Load Load_1_lim Load u lim 060 IF Result lt gt 0 THEN Prog_end 070 NEXT Tab 080 090 FOR Tab 1 TO M
515. np_val VAL UPCW Inp_char 2860 PRINT Input Value Inp_va1 2870 INPUT OK Y N Inp_char 2880 IF UPC Inp_char gt Y THEN Inp_start 2890 OFF ERROR 2900 SUBEND 50 CORR2 FIXT 250
516. oad R Value for Rdc Measurement Load_dc OUTPUT Agt4287a CORR1 CKIT STAN1 DC Open_dc OUTPUT Agt4287a CORR1 CKIT STAN2 DC Shor_dc J gf S hu 3 3 EE OUTPUT Agt4287ai CORR1 CKIT STAN3 DC iLoad_dc D IF INT Do you want to define standard delay values PUT YJes Nlo Inp_char UPC Inp_char Y OR UPC Inp_char YES THEN CALL Inp_data Open Delay Time Open_del CALL Inp_data Short Delay Time Shor_del CALL Inp_data Load Delay Time Load_del OUTPUT Agt4287a CORR1 CKIT STAN1 EDEL Open_del 49 2710 OUTPUT Agt4287a CORR1 CKIT STAN2 EDEL Shor_de1 2720 OUTPUT Agt4287a CORR1 CKIT STAN3 EDEL Load_de1 2730 END IF 2740 END IF 2750 SUBEND 2760 2770 Data Input Function 2780 2790 SUB Inp_data Mes Inp_val 2800 DIM Inp_char 30 2810 ON ERROR GOTO Inp_start 2820 Tnp_start 2830 PRINT Input amp Mes 2840 INPUT Value Inp_char 2850 T
517. ompen CAL DIALOG 15 239 wm NM CORR1 COLL RF CORR1 COLL RF SENSe CORRection1 COLLect ACQuire RF STAN1 STAN2 STAN3 STAN4 Query nt STAN1 STAN2 STAN3 STAN4 CORR1 COLL 238 CORR1 COLL DC 239 CORR1 COLL SAVE SENSe CORRection1 COLLect SAVE CORR1 COLL
518. on Setting EE a OUTPUT Agt4287a OUTPUT Agt4287a FORM ASC OUTPUT Agt4287a SOUR LIST TABL Act_tab OUTPUT Agt4287a SOUR UNIT amp Unit OUTPUT Agt4287a SOUR LIST Nop 5 FOR I 1 TO Nop 1 OUTPUT Agt4287a Freq 1 Ave T 7 Pow 1 NEXT I OUTPUT Agt4287a Freq Nop Ave Nop Pow Nop OUTPUT Agt4287a SOUR LIST STAT ON 14 560 FOR I 1 TO 4 570 OUTPUT Agt4287ai CALC PAR amp VAL T amp FORM amp Para 1 580 NEXT I 590 600 Calibration 610 620 OUTPUT Agt4287a CORR1 CKIT DEF 630 640 PRINT Measurement for Calibration 650 Result FNCal Agt4287a Scode Open Open_1_lim Open_u_lim 660 F Result lt gt 0 THEN Prog_end 670 680 Result FNCal Agt4287a Scode Short Short_1 lim Short_u_lim 690 F Result lt gt 0 THEN Prog_end 700 710 Result FNCal Agt4287a Scode Load Load_1_lim Load_u_lim 720 F Result lt gt 0 THEN Prog_end 730 740 Result FNCa1 Agt4287a Scode Low Loss C 1 E 9 1 E 9 750 F Result lt gt
519. p LTYP amp L type J 1 2160 IF L_type J ID ALL THEN 2170 OUTPUT Agt4287a CALC COMP BIN amp VAL J amp COND amp VAL 1 amp LIM SL _1im J D SU_lim J 1 2180 END IF 2190 NEXT J 2200 NEXT I 2210 OUTPUT Agt4287a CALC COMP 0GB 0gbin 2220 OUTPUT Agt4287a CALC COMP ON 2230 OUTPUT Agt4287a CALC COMP COUN ON 2240 OUTPUT Agt4287a CALC COMP COUN CLE 2250 OUTPUT Agt4287a OPC 182 14 2260 ENTER Agt4287a Buff 2270 2280 1 Statistical analysis setting 2290 2300 Data_size 5 Nop Meas_max 2310 OUTPUT Agt4287ai CALC EXAM SIZE iData_size 2320 OUTPUT Agt4287a CALC EXAM STAR 2330 2340 Measurement 2350 2360 For SRQ 2370 OUTPUT Agt4287ai STAT OPER PTR 0 2380 OUTPUT Agt4287a STAT OPER NTR 16 2390 OUTPUT Agt4287a
520. p Trig_sour ETURN 0 5 a gf S hu 3 3 EE 0 E P 1 S 61 1640 ELSE 1650 OUTPUT Agt4287a TRIG SOUR amp Trig_sour 1660 PRINT Program Interruption 1670 RETURN 1 1680 END IF 1690 FNEND 1700 1710 Compensation Kit Setup Function 1720 1 1730 SUB Set_comp_kit Agt4287a 1740 DIM Inp_char 30 Para1 9 Para2 9 1750 TINTEGER Def Nop Load_para Point 1760 REAL Open1 Open2 Open_dc 1770 REAL Shor1 Shor2 Shor_dc 1780 1790 0 1800 Kit_ 1810 PRINT Select Compensation Kit Value 1820 PRINT 1 Default P ERROR GOTO Kit_select select 1830 RINT 2 User Defined 1840 INPUT Input 1 or 2 Inp_char 1850 Kit IVAL Inp_char 10 1860 IF Kit lt 1 OR Kit gt 2 THEN Kit_select 1870 OFF ERROR 1880 1890 IF Kit 1 THEN 1900 OUTPUT Agt4287a CORR2 CKIT DEF 1910 ELSE 1920 OUTPUT Agt4287a CORR2 CKIT USER 1930 1940 ON ERROR GOTO Def_select 1950 Def_select 1960 PRINT Select
521. r SEQuencel DELay gt TI 0 100E 6 lt newline gt lt END gt TRIG SEQ2 DEL 303 Trigger Mode SETUPDELAY TRIGGER DELAY 302 15 Query Query TRIG SEQ2 DEL TRIG SEQ2 DEL TRIGger SEQuence2 DELay lt TRIGger SEQuence2 DELay gt 0 1 0 s 100E 6
522. r Result Display 850 860 OUTPUT Agt4287a DISP TEXT1 CALC11 amp Imon disp 870 OUTPUT Agt4287a DISP TEXT1 CALC12 amp Vmon_disp 880 890 Rdc Measurement 900 910 OUTPUT Agt4287a SOUR LIST RDC amp Rdc 920 OUTPUT Agt4287a CALC COMP RDC LIM Rdec_ 1 lim Rdc u lim 930 940 Displayed Parameter in List Measurement Display 950 960 FOR I 1 TO 4 970 OUTPUT Agt4287a DISP TEXT2 LAB amp VAL 1D amp amp List_lab I 980 NEXT I 990 000 Title Display Area 010 020 OUTPUT Agt4287a DISP TEXT10 amp Title disp 030 OUTPUT Agt4287a DISP TEXT10 DATA amp Title amp 040 050 Clock Data Time Display 060 070 IF Clock_disp OFF THEN 080 OUTPUT Agt4287a DISP TEXT11 OFF 090 ELSE 100 OUTPUT Agt4287a DITSP TEXT11 ON 110 OUTPUT Agt4287a DISP TEXT11 MODE amp Clock disp 120 END IF 130 END 36 gf Nu 3 9 EE 4 37
523. sition lt gt STATus OPERation NTRansition gt 0 32767 0 1 32767 Ox7fff AND lt newline gt lt END gt STAT PRES 295 STAT OPER PTR STATus OPERation PTRansition lt gt STATus O0PERation PTRansition gt 0 32767 32767 1 AND lt newline gt lt END gt STAT PRES 295 294 32767 Ox7fff 15
524. sys bas 179 printer bas 364 119 rdc bas 103 Tead bas 97 142 381 setup bas 34 srq_err bas 137 srq_meas bas 71 stat bas 121 trg bas 87 trg_real bas 89 299 309 119 29 303 28 1 WE NN 1 A A lo lt lo N Xx 362 tf 55 52 a 55 81 126 17 300 67 Eu ub S Zu 1 1 367 313 38 Rdc 101 99 1 4 85 LAN 157 127 382
525. t 440 450 PRINT Result 460 PRINT Meas Status Stat amp Paral amp Resl amp Para2 amp Res2 Imon iTmon 470 480 END 1 4 FETC DATA FDAT11 41 8 FETC DATA FDAT 1 41 TRIG 302 kk o 2 4 6 3 FETC2
526. t END gt 290 15 Query Query SOUR LIST STAT SOUR LIST STAT SOURce LIST STATe ON OFF 110 SOURce LIST STATe SOUR LIST POIN ON 1 OFF 0 1 0 lt newline gt lt END gt SOUR LISTPOIN 289 Meas Viewl SOUR LIST TABL SOURce LIST TABLe lt gt SOURce LIST TABLe gt 1 8 1 1
527. uery 1 2 lt newline gt END gt Query SOUR LISTRDC 290 Setup View BIN 218 15 CALC EXAM GET2 CALC EXAM GET 2 CALCulate MATH EXAMine GET lt 1 gt lt 2 gt Query 1 1 2 3 4
528. ult FNCal Agt4287a Scode Load Load_1_1im Load_u_lim 1920 IF Result lt gt 0 THEN Prog_end 1930 1940 OUTPUT Agt4287a CORRI1 COLL SAVE 1950 OUTPUT Agt4287a OPC 1960 ENTER Agt4287a Buff 1970 1980 Trigger source setting 1990 2000 OUTPUT Agt4287a ABOR 2010 OUTPUT Agt4287a TRIG SOUR EXT 2020 OUTPUT Agt4287ai TNIT CONT ON 2030 2040 BIN sort setting 2050 2060 FOR I 1 TO Max_cond 2070 OUTPUT Agt4287a CALC COMP COND amp VAL 1 amp SNUM Point_no I 2080 OUTPUT Agt4287a CALC COMP COND amp VAL 1 amp PAR amp Para IT 2090 OUTPUT Agt4287a CALC COMP COND amp VAL 1 amp MODE amp Lim mode T 2100 IF Lim mode I lt gt ABS THEN 2110 OUTPUT Agt4287a CALC COMP COND amp VAL 1 amp NOM Nominal 1 2120 END IF 2130 FOR J 1 TO Max_bin 2140 OUTPUT Agt4287a CALC COMP BIN amp VAL J amp ON 2150 OUTPUT Agt4287a CALC COMP BIN amp VAL J amp COND amp VAL 1 am

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