3250Aシリーズ 交流電子負荷装置 取扱説明書
Contents
1. 62. 509 3 2 3 2 SYNC OFF SYNC OFF eu EXT YAYA Y SYNC EXT WV 330 d SYNC ON 3 3 3 3 3250A 3 3 3 5 3 3 1 3250A 3250A ON
3. 1 2 3 4 CHAN 2 2 CURR CC CURR LOW HIGH A BHSPHNR2 CC AIB SPINR2Y j LIN A BHSPHNR2H NL So ee a A B JS 1 6 2 4 PL 3 AIB 3250A 4 AU
4. AWG 10 5 5mm AC DC AWG 14 2 0mm d 20A 20A DUT
5. 1 BNC CH1 CH2 Imonitor DUT X 22 KEISOKU GIKEN 3250A 3 4
6. 6 2 3 AIB 3250A 4 0Q CR A 9 123 A 9 123 0 CR B 13 456789 B 13 456789 QO LOAD ON OFF ON OFF DI SES xd GLOB JLOAD SPHOFF ON NL AC DC LOAD ON AC DC GLOB LOAD OFF OFF Sei CHAN 3 LOAD ON 3 LOAD ON
7. X This warranty is valid only in Japan 100 3250A 3250A Rev 2 04 2012 6 21 M 2075 T 224 0037 2 12 2 TEL 045 948 0214 FAX 045 948 0224 URL http www keisoku co jp
8. 0 5V 1 m 20 Lan GIKEN 3 5 Atari O ARE PRE c T DeC XE 20 00A 8 00A 4 000A 3 6 4 1 1 10ms 3250A 20 000 A
9. 3300C 3302C 6 4 2 3302C 6 4 2 1 3300C 3302C OFF 6 4 2 2 6 2 a 100V 115Vac 100V 115V 200V 23
10. NG LIM VA LOW 0 05 0 05VA LIM VA HIGH 250 0 250 0VA SENSE ON OFF SENSE ON OFE GLOB SENSfSPNOIIIOFEIONIINL AC DC DART omae Ele OFF X X VSense siti SENSE ON SENSE ON GLOB SENS ON V Sense AJER ON ar CHAN 2 SENS BE ea NAP Sense OFE 39 KG KEISOKU GIKEN qp gx I sere CHANNEL CH CHAN NL CHAN CH 1 4
11. 2 AFREQ OFF AFREQ OFF SYNC ON SYNC OFF WATT 3250A WATT SPHO 1 OFFIONK INL PRES OFF ON 4 1 2 4 1 2 W VA OFF 4 1 2 4 1 2 BAIL Vrms
12. AC DC INPUT SENSE OFF Vsense C SENSE ON ORF SENSE 23 ON SENSE LEBD 4 1 2 Vsense Vsense 23 OFF 4 1 2 AC DC INPUT 2 T 1 1 PRES LED EE Q 1 D3 SS 2 LIMIT LED QI 4 EE e 0 4 du 3 FREQ LED
13. 3300C OFF 2 2 2 3250A 2 2 3 2 2 3250A 2 2 4 2 2 5 3250A 3300C ON 3 ELECTRONIC MAINFRAME 3250 SERIES ELECTRONIC LOAD ZA az o P oc ef s 2 2 3250A KEISOKU GIKEN 3 3250A GP IB RS 232C
14. CC 40 400Hz X CC 3 5 GO NG BNC 10Vp p 4Vrms Vsense Input BNC 1 1 1 2 1 KEISOKU GIKEN 3250A 3251A 3252A 1 4 VA 300 VA 300 VA 300 VA Ampere 20 Arms 8 Arms 4 Arms Volt 1 10 60 Vrms 15 150 Vrms 30 300 Vrms Pam 0 10 10 20 A 0 4 4 8 A 0 2 2 4 A 2 5 5 mA 1 2 mA 0 5 1 mA 0 5 1
15. 4 8 CR LF CR LF WITH EOI A3 3 GP IB RS 232C GP IB RS 232C GP IB RS 232C nl 0A 16 10 10 b SB 6 1 ice 70 KEISOKU KG Ss GP IB RS 232C CHAN CHAN fap 02 7 CHANSP n NL CHAN 1 4 1 4
16. LIM CURR HIGH LOWHSPHNR2 NL NG LIM CURR LOW 0 05 0 05A LIM CURR HIGH 10 0 10 0A 38 KEISOKU GIKEN POWER Limit LIM POW HIGH LOW SPHNR2H NL NG LIN POW LOW 0 05 0 05W LIM POW HIGH 250 0 250 0W VA Limit LIM VA fHIGHILOWISPHNR2IEINLI
17. mu Eye oh Ee POWER METER MEAS POW NL MEAS POW 4 HAIL W VA METER MEAS VA INL MEAS VA 4 VA 42 KEISOKU GIKEN GLOB GLOBAL 9999 GLOB MBAS VOLT CH1 CCH4 4 1 2 GLOB MEAS VOLT NL GLOB MEAS VOLT CH1 CH4 4 1 2 sulk CHEE DO V CT GLOB MEAS VOLT 4 998 12 002 9999 11 998 CH1 4 998V CHOE 12 002V CH3 CH4 11 998V GLOB M
18. 2 Step 0 t1 t2 EXIT 3 2 LED GO 1 nG 4 START EXIT 61 KEISOKU GIKEN 1 Press S3484 key and S3 and S4 LED are ON Show nl n9 Initial nl 2 Show AUTO SEQ No 1 No 9 Press Up Down key to set nl n9 3 Press Start key to Start Mode Press Start key 1 To recall correspond memory which had been stored in nl n9 memory 2 Check the GO NG indicator 3 Press Exit key to quit the AUTU SEQ mode 4 If test is GO than step is last 4 1 If no than Step 1 continue another step 4 2 If Yes than if all the test in all module is pass Show GO 4 3 If Yes than if there is at least one failure during the test Show NG Show Memery bank and State 6 11 START 62 KEISOKU GIKEN 1 WaveForm Data Bank
19. 4 1 2 UN 2 2 0 BE SE E dE te DE WE BROW VA CH OFF 4 1 2 2 4 1 2 HAIL Vrms E Arms CF PRES OFF Hose eT WATT ON WATT OFF 3 36 KEISOKU GIKEN WAVEFORM BANK 3250A waveform bank RELET PRESET BANK SP td NL d 0 10 1 waveform bank 0 2 2 waveform bank 3 8 3 waveform bank 9 4 waveform bank 10 5 waveform bank 5 114800 waveform bank TA 55
20. AC 3302C 3300C ON OFE 3302C 3300C ON 6 5 3 BRENDA Z A 6 5 3 1 6 5 3 2 dietus imis BABK LED 01 3300C 3302C ON 6 5 3 3 ee ON 6 5 3 4 GPIB GPIB STATE4 STATE5 UP GPIB 0 31 STATE2 GPIB STORE O11 O2 O32 DD p 6 8A 3300C STORE o STATE sTART exm gt Er ir 6 8B 3302C Du 58 KEISOKU GIKEN 6 5 4 STORE RECALL
21. CR 3250A 1 5 1 5 CR 3250A GP IB RS 232C GP IB RS 232C GP IB RS 232C 4 GP IB RS 232C 3 KG KEISOKU GIKEN 1 2 3250A el 142 2 1 2 3 1 2 4 1 2 9 1 2 6 It 1 2 8 LS 12 10 GP IB RS 232C 4 1 2
22. 5 1 1 CC a od se is 5 1 2 5 1 3 46 KEISOKU GIKEN 5 2 CR 5 2 1 CR BEA CR Spe O OO AC 47 KEISOKU GIKEN KG 5 3 LIN CC 5 3 1 ETAM LIN CC LIN CC 5 3 2 5 3 8 5 3 4 LIN GG Spes 48 KEISOKU GIKEN 5 4 LIN CC 3250A 2 2
23. WATT OFF 1 OFF CLK CH PEROA4 1 2 123 7h 8 23 4 1 2 o wa VA EIERE KR AI CC _ LEVEL A LEVEL B 4 1 2 Arms LED Law LIN CC LEVEL A LEVEL B 4 1 2 HU Arms LED EE CR LEVEL A LEVEL B 4 1 2 0Q LED E LEVEL LBD LEVEL A BP B LBD B LEVEL A LEVEL B EE E Ee LEVEL B 225 L
24. CC A BIHSPINR2H NL LIN A BHSPHNR2K NL CC A BHSPHNR2H NL LIN A BESPHNR2K j ON 3250A A B JS 1 6 QNA CUT Bee AIB 3250A A CC A 1 8 A 1 8A LIN B 15 123456 B 15 123456A 33 KG KEISOKU GIKEN RESISTANCE Level CR A BHSPHNR2H NL CR IA BHSPHNR2K NL 3250AD E TL AREY 2 VO BR AA BOS Cl ET Si 1 age x XE i Uk
25. 4 1 b RS 232 RS 232 PC 7 KEISOKU GIKEN _RS232C port on 3300C Mainframe RS232C port on PC TxD TxD RxD RxD RTS RTS crs CTS Figure 4 l a Figure 4 b 4 1 RS 232 28 KEISOKU GIKEN 4 3 3250A GP IB RS 232C 3300C PRESET JFREQ SPHNR2K NL PRESET JCC A BHSPHNR2 NL aaa PRESET CR A B HSPHNR2H INL el PRESET LIN AIB SPHNR2K INL EN X 4 1 GP IB RS 232C 40 BANK PRESET JCC AIBHSPH Y NL LIN CC PRESET JLIN AIB SP X INL 4 2 GP IB RS 232C DE LIM CURR LOW HIGHHSPHNR2K INL LIM CURR LOW HIGHK X INL
26. Sher 1 2 F5 3 SE 4 Za 00 RECO FR SR RU 40 0 400 0Hz CT 5 Hz a FREQ 50 0 50 0Hz b FREQ 60 0 60 0Hz c FREQ 0 OHz ual VOLTAGE Limit LIM VOLT HIGH LOWHSPHNR2K INL NG LIM VOLT LOW 1 0 1 0V LIM VOLT HIGH 200 0 200 0V CURRENT Limit A
27. 7 SCH E 4 000 A 0 001 A BA DAFT 3 6 3250A 1 KG KEISOKU GIKEN Imonitor Imonitor BNC Imonitor BNC Imonitor BNC 0 0 4Vrms 0 10 Vp p Imonitor BNC 250V x BNC GP IB Adv Cv S0 c
28. LIM POW HIGH LOW INL LIM POW LOW W VA Limit LIM VA HIGH LOW 9 NL LIM VA LOW VA NG NG NG INL NG NG 0 NG 1 NG NG Enable Disable NG O ON OFF NGAB NL NGAB NG ON OFF 0 NG 1 NG 45 KEISOKU GIKEN KG 5 K slin BD EU VaVYORAeLCWET 5 1 CC CC
29. Imonitor OL ks ee 2 3250A 3251A 3252A 5 A V 2 A V LA V 3 1 3250A YU AAS Hit fif Imonitor 16 3 2 KEISOKU GIKEN BANK SYNC SR NN C F 2 0 P F 0 85 DC 40 0 400 0Hz
30. 4 NY 60 KEISOKU GIKEN Show nl n9 l Press S3484 key Initial nl n9 2 Show AUTO SEQ No 1 No 9 Press Up Down key to set nl n9 Press Store 3 Press Store key to Store Mode Store Mode 4 Show SP 0 Sp 0 F 16 step Press Exit key Set State No 1 5 Press Store key to next item When press Store key LED show tl Press Up Down key to set Tl tl 01 99 Unit 100mS Press Store key to next item When press Store key LED show t2 Press Up Down key to set T2 tl 00 99 Unit 100mS Press Store key to next item Is last step 16 step E Yes 2 Press Exit key End We 16 10 STORE 6 5 7 1 STATE 3 4 STATE 3 4 LED START D START n1 n9
31. SYNC INL SYNC SYNC 0 OFE 1 ON SENS SENSE ON SENSE OFF SENS NL SENS SENSE 0 OFE 1 ON 82 KEISOKU GIKEN WATT WATT WATT NL WATT WATT 0 OFF 1 ON BANK BANK BANK NL BANK BANK 0 10 Level0 Level10 AFREQ AFREQ AFREQ 1 INL AFREQ AFREQ 0 OFE 1 ON WAVE WAVE WAVE NL WAVE WAVE 0 4 Level1 Level5
32. 1 4 1 2 3 7 3250A 3 8 2 O C P 3 8 LET 4 1 2 oCP 1 4 1 2 3 8 3250A 24 3 8 4 KEISOKU GIKEN BEN O P P 3 9 4 1 2 oPP 1 4 1 2 3 9 3250A
33. CT VA 5 FREQ 23 ON DC 40 0 400 0 Auto bank 0 10 cas sync ON OFF Lis PREBS LED ON OFF ZEIEN Si LED ON LEBD OFF 4 1 2 4 1 2 LX Vrms Arms LED TY zy bh ON PRES LED 4 1 2
34. 3250A SERIES ELECTRONIC LOAD T 14 12 13 14 49 KEISOKU GIKEN KG 6 6 1 3302C 3302C 6 1 1 6 1 2 3300C 3302C 6 1 3 RS 232 RS 232 6 1 8 GPIB 6 2 3302C 3300C 6 1A B 100V 115V 104 200V 230V 10 AC AP 6 1A 3302C ABER OA 50 60 HZ 1A 250V 5 20mm 0 5A 250V 5 20mm 100 W LOOV 115V 10 200V 230V 10 aen AAME O o E
35. 2 2 3250A 3300C 3250A 3250A 3300C 3302C PC GP IB RS 232 3250A 3300C GP IB 5 3250A 3300C 3250A 2 2 1 3250A
36. 3250A 85C 5C 4 1 2 oTP RGURU CPR 1 4 1 2 ER 15cm 25 KG KEISOKU GIKEN 2V 3250A pesi 2V 20V VR6 3 9 1 1 P N 65232601 3 9 2
37. W WH WH NL WH W VAL VAL NL VAL VA 84 KEISOKU GIKEN VAH VAH INL VAH VA NG NG NG NL NG NG 0 NG 1 NG MEAS POW HJ MEAS POW NL MEAS POW 4 W MEAS VA
38. 2 F5 3 SE 0 1 70 0Hz 5 Hz a FREQ 50 0 50 0Hz b FREQ 60 0 60 0Hz c FREQ 0 OHz 1 VL VL SPHNR2 INL NG VL 1 0 1 0V VH VH SPKNR2J G INL NG
39. RENAT JOEL AHH gu Baye A ees 81 KG KEISOKU GIKEN GLOB GLOBAL 9999 GLOB MEAS VOLT CH1C4 4 1 2 GLOB MEAS VOLT NL BLOB MEAS VOLT CH1 4 4 1 2 x HEH Dun V BLOB MEAS VOLT 4 998 12 002 9999 11 998 CH1 4 998V CH2 12 002V CH3 CH4 11 998V GLOB MEAS CURR CH1 4 4 1 2 GLOB MEAS CURR NL GLOB MEAS CURR CH1 4 4 17 2 x RAH HHAH A GLOB MEAS CURR 4 998 3 002 9999 0 998 CH1 4 9984 CH2 3 002A CH3 AE CH4 0 998A E720 X SYNC SYNC
40. MEAS VAN INL MEAS VA 4 VA 85 KEISOKU GIKEN KG 4 GPIB 3302C Link this program with appropriate cib obj This application program is written in TURBO C 2 0 for the IBM PC AT compatible The National Instruments Cooperation NIC Model PC 2A board provides the interface between the PC AT and a PRODIGIT MPAL ELECTRONIC LOAD The appropriate cib ob file is required in each program to properly link the NIC board to C LANGUAGE and include the lt decl h gt HEADER FILE to C LANGUAGE Hinclude lt stdio h gt include lt dos h gt include lt math h gt Hinclude decl h NI GPIB CARD HEADER FILE main char ouster 20 rdbufl 15 spec 10 int i ch load Assign unique identifier to the device dev5 and store in variable load check for error ibfind error negative value returned if load ibfind dev5 lt 0 Device variable name is load GPIB address is 5 printf r INTERFACE ERROR a n printf r nError routine to notify that ibfind failed Yn printf r nCheck software configuration n exit 1 j Clear the device if ibelr load amp ERR print INTE
41. 1 3 0 300V 0 4A V 300V 300W 250V LC 200V 150V 100V 75V 30V I 0 1A1 2A 1 5A 2A 3A 4A 1 3 3252A 0 300V 0 4A KEISOKU GIKEN 3250A CC LIN CC EF CR CC iE 3250A 1 4 CC V IRF PEERS 1 4 CC LIN CC 3250A 1 4 TOT
42. CH 1 4 GS CURRENT Level CC A BKK NL CC A 3250A LEVEL A Jud Bee PPro AC RESISTANCE Level CR IA BK9Y NL CR B 3250A LEVEL B Hx 28H BHH M QU LIN CURRENT Level LIN A BMZ NL LIN A 3250A LEVEL A IX mne usus BAIL A CH y 3300A 3302A 3300C 3302C LOAD ON OFF LOAD ON EZIZ LOAD OFF LOAD NL LOAD
43. Ie a ee 4 1 2 4 1 2 1 Vsense BNC 4 1 2 2 WATT LED 4 1 2 3 LIMIT LED ON LIMIT SE Vrms Arms W VAY oVP FREQ LED ON EfEg bAn Sync
44. ON OFE GLOB JLOAD SPHOFF ONHNL AC DC KR LOAD ON AC DC GLOB LOAD OFF OFF E CHAN 3 LOAD ON 3 LOAD ON AC DC CHAN 1 LOAD 0 1 LOAD OFE LEV A B GLOB LEV SP 0 1 HIGH LOW NL LEV 1 B 2 KEISOKU GIKEN PRES 4 1 2 GLOB JPRES SP O 1 OFF ONHNL GLOB PRES ON
45. FrEq Bank bAn SYNC Sync 10 ER qu KEISOKU GIKEN 4 1 2 FE PRES LED 1 PRES OFF LED 4 1 2 2 PRES ONT LED CC LEVEL A LEVEL B OR Arms CT CR LEVEL A LEVEL B Ht QO CF 3 oCP UP 4 LIMIT 23 ON Vrms Hn Arms
46. 3250A 3 9 3 3250A 3300C 3300C VR6 3 9 4 e ents geleet 2800 ACA TAA 50Hz 60Hz AC AC MS 3 9 5 Loadl ON Load LED PRES 1A PRES OFF 50Hz 60Hz 3 9 6 VR6 AC TEC 3 9 7 3250A
47. MODE GLOB JMODE SP 0 1 2 CC CRHNL GLOB MODE CC MODE CR MODE 1 STORE 3250A STORE SPK1 2l3 4 5 INL 3250A 5 it STORE 1 1 3250A RECALL GP IB RS 232 STORE RECALL SPH1 2 3 4 5
48. dud FREQ FREQ FREQ t INLj PRO Hz VL VE UINLJ VL YA C 83 KEISOKU GIKEN KG VH LH NL VH V IL IL NL IL A IH TH NL LH A WL WL INL week
49. PROT OPP OTP OVP OCP PROT NL PROT 1 3250A A3 5 PROT ERR CLER bit 7 bit0 7 6 5 4 3 2 1 0 OPP OTP OVP OCP A3 5 80 KEISOKU GIKEN ERR ERR NL ERR 1 3250A
50. GP IB RS 232C 3300 GP IB RS 232C 3300A LIN CC GP IB RS 232C CC CR 3300A ROM ROM ROM GP IB RS 232 CURR LOW HIGH A B SP NR2 NL RES LOW HIGH A B SP NR2 INL NAME 4 2 RS 232 ATOR 2020 GPIB 989020 RS 2327 Bova FOC d 9600 none RS 232 4 1 4d RS 232
51. SENS SENSES ON OFF CR ELET SENS SPY0 1 OFF ONK INL AC DC INPUT in OFF VSense SENSE ON SBNSB ON SENS ON V Sense ADR ZY A ON 78 KEISOKU GIKEN CHAN CH CHAN NL CHAN CH 64 CH 1 4 Ca CURR CURR LOW HIGHIAIB 2 NL CURR A 3250A LEVEL A zu HHH HHHH D A RES
52. WHISPINR2 INL WH 250 0 250 0W Ee e i NG NG NG NG KG KEISOKU GIKEN VAL VAL SPHNR2H NL NG VAL 0 05 0 05VA VAH VAH SPHNR2H NL NG VAH 250 0 250 0VA
53. 11 55 L0 72 20 25 30 35 CE 20 GO F 0 85P F 0 80P F 0 75P F 0 70 P F 0 65 CF 35 OMP F O 50P F 0 45P F 0 40P F 0 35 P F 0 30 ER S o9 ro 11 12 13 14 1 1 2 3 5 15 MAE Voltage Wave From N 2 2 0Peak Current Wave Form when C F 2 0 v 3 5Peak Current Wave Form when C F 2 3 5 63 KEISOKU GIKEN KG 1 2 2 0 3 5 0 85 0 30 15 PCS Voltage Wave From M ia Current Wave For when CF 2 21 2 0 Peak FE 0 75 A 2 0 Current Wave Form 3 5 Peak when C F F F 0 75 35 64 KEISOKU GIKEN 1 3 2 0 3 5 0 85 0 30 15 PT OUS Voltage Wave From Peak 2 Current Wave Form 2 0 Peak 3 5 Peak 3 5 65 KEISOKU GIKEN KG 1 4 1 0 1 4 5
54. KEISOKU GIKEN KG 70Hz 12345AA5678 12345A6A7890 AA Ae 400Hz 40 70Hz 40 400Hz 1 1 3250A KEISOKU GIKEN 1 5 3250A Series High Power Load POWER Analog Programming GC SUPPLY SUPPLY ISO I O SYSTEM CONTROLLER CPU RAM ROM I O etc SYSTEM CONTROLLER CPU RAM ROM I O etc REAR PANEL IEEE 488 RS 232 INTERFACE te U ot Euri Eet HASI U ot te U ot i L O O A A D D M M Q Q D D U U L E E B 3 RECALL STORE KEISOKU GIKEN KG 2 2 1 3300C 3250A 3300C 3300C 3250A 3300A
55. Peak voltage Wave Form 2 Zero Crossing 2 CG Current Wave Form when C F 1 0 0 707Peak 1 0 Zero Crossing WEN a 3 4Peak when C F 3 4 Current Wave Form 3 4 Zero Crossing lt _ _ _ A 1 5 7 2 5 Voltage Wave Form E peak Fa Current Wave Form T 3 5Peak Current Wave Form when CF 3 5 3 5 66 KEISOKU GIKEN 2 AC DC AC DC AC DC 2 1 AC AC RAR 50Hz FREQ 50 0Hz FAC 22 DC DC DC DC bank DC BANK
56. 1 LED STATE 1 5 STATE LED STORE 6 5 7 2 STATE 3 4 STORE START 59 KEISOKU GIKEN Show rl r9 Display 3300C Firmware version rl r9 jw Normal Mode Display bank Press 83454 key Show nl n9 Press STORE key Press STATE key STORE MODE STATE MODE ge Press Exit key 6 9 6 5 7 1 S
57. ND 1 vs CO 3300A ROM 68 R 1 SYNC SYNC NL N 0 OFF SENSE SENS INL N 0 OFF WATT WATT NL N 0 OFF i SS S Ss AFREQ N 0 OFF BANK BANK GIND _ 0 WAVE CHAN GIN CURR LOW HIGHIA B 2 NL RES LOWIHIGHIAIB GINL LEVEL PRESET CH X A3 2 GP IB RS 2320 0 LIA e 2 GLOB CH 3 A 4 V 5 Q 6 mS
58. PrEq III Ux 9 ban Sync OK Jr OFF i19 KEISOKU GIKEN KG 721 201 2 5 13 01 3 5 UU 1 CBA Co s LED LIN GC spe Bue TORT E FTE a LEDR TRIA AD ls Seek AUS Shue OS CC ES POF ee DR BANK MC FREQ LED CC FREQ FREQ LED 1 FrEq 2 1 bAn DC Sync 2 1 LED LIN CC CR FREQ FREQ LED
59. VH 200 0 200 0V 76 KEISOKU GIKEN IL IL SPHNR2 NL Mile Aes IL 0 05 0 05A IH IH SPKNR2 GINL IH 10 0 10 0A WL WL SPHNR2 NL WL 0 05 0 05W WH
60. j CURR A 1 8 A 1 8A CURR B 15 123456 B ALIS 123456A 74 KG KEISOKU GIKEN RES RES LOW HIGH A BHSPHNR2K RES LOW HIGHI A BHSPHNR2K NL 3250A A B 1 6 2 3 AIB 3250A 4 0 RES A 9 123 A 9 123 O RES B 13 456789 B 13 4567890 LOAD
61. 67 KEISOKU GIKEN KG 3 3300A GP IB RS 2392 JE ix 0 1 1 OFF ON INL BANK BANK SP d NL m INL R2 IN CHAN SP n EVE LOW HIGH A B SP NR2 NL LOW HIGH A B SP NR2 C INL LOAD ON OFF GLOB LOAD SP 0 1 ON OFFX INL LEVEL GLOB LEV SP 0 1 LOW HIGHK INL i es Q I I es WN PRESET GLOB PRES SP 0 1 OFF IONH NL MODE GLOB MODE SPHOIICCICRI INL C PESE E KS AJ STORE SP m NL RECALL SP m INL A3 1 GP IB RS 232C l d 0 9 2 GLOB CH A V Q mS A uS RS 232 GP IB
62. RES LOWIHIGHIAIB eE NL RES B 3250A LEVEL B sulk AHR HHHH HR QU CH LOAD LOAD ON LOAD OFF LOAD NL LOAD 0 LOAD OFF 1 OH LOAD ON LEV 3250A LEVEL LEV NL LEV 0 LEVELA 1 LEVELB 79 KG KEISOKU GIKEN PRES PRES ON MIT OFF PRES NL PRES 0 Cla PRES OPP eb Ag A L PRES ON MODE CC CR MODE NL MODE 0 CII CC M CR 2 OB LIN A ER 3300A 3302A 2 3300C 3302C
63. 0 LOAD OFE 1 LOAD ON 40 KEISOKU GIKEN LEVEL HIGH LOW 3250A LEVBL LEVEL NL LEVEL 0 CU LEVELA 1 MM LEVELB PRESET ON OFF PRES ON XI OFP PRES NL PRES SATJA 0 PRES OFE 1 PRESON MODE CC CR LIN MODES NLI MODE 0 CO 1 OR 2 LIN 5 RH 3300A 3302A 2 3300C 3302C NAMB NAME NL NAME PROTECTION Status Register OPP OTP
64. 8 5 5 EEROM 3300C 4CH 4 3302C 1CH 1 6 5 4 1 STORE 1 2 3300C 3302C STORE STORE LED 2 STORE 20 STORE STATE 1 5 1 LBD COR A BEROM STORE LED STORE STORE
65. LIM POW LOW HIGHHSPHNR2 INL p VA LIM VA LOWIHIGHNSPANR2KGINL AA LIM VOLT LOWIHIGHNSPINR2KGIND ooo LIM VOLT LOWIHIGH M INL 4 3 GP IB RS 232C 29 KEISOKU GIKEN KG EE LOAD ON OFF STATE LOAD SPHON OFFK INL LOAD ON OFF STATE LOAD NL 1 ON 0 OFF MODE STATE MODE SPHCC CR CV CP INL STATE MODE K INL He CR CHE PRESET a JE STATE PRES SPHON OFFH INL PRESET STATE PRESI K NL 1 ON 0 OFF SENSE ISTATE SENSEGSPNONIoFFEINNU_ TI LEVEL STATE LEVEL H INL na ia SYNOSPIONOFAIGND AA WATT STATE WATT SPHON OFFH NL WE NG STATE NG M NL STATE PROT H INL 4 4 GP IB RS 232C El ES ES SYSTEM CHAN SP H1 2 3 4 NL a a SYSTEM STORE SPHM NTH INL SYSTEM REMOTE NL SYSTEM LOCAL INLI ER OO SYSTEM T NAMEPISING 4 5 GP IB RS 232C MEAS CURR
66. OFF 3 3 2 NVRAM SENSE PRES 3 3 3 5 18 KEISOKU GIKEN MODE LOAD F FREQ 60 0Hz LEVEL FREQ BANK 0 PRES F CC LEVEL A 0 000A WATT F CC LEVEL B 0 000A VLIMIT 80 0V LIN LEVEL A 0 000A ALIMIT 25 00A LIN LEVEL B 0 000A LIMIT VHMT 800V WLIMIT 400 0W CR LEVEL A 80E3 Q VALIMIT 400 0W CR LEVEL B 80E3 Q eat N He ni 3 3 3250A CC OFF FREQ 60 0Hz A FREQ OF OFF OFF VLIMIT 200 0V LIN LEVEL A 0 000A ALIMIT 10
67. PROT BRR CLER NL CLER PROT BRR PROT ERR CLER 0 STORE 3250A STOREISPHtmLn INLI 3250A 5 mr lk 1 5 CT it STORE 1 1 3250A n 3250A 35 KG KEISOKU GIKEN RECALL GP IB RS 232 STORE RECALL SPIm n INLI GP IB RS 232 STORE 5
68. STORE LBD 20 20 STATE 1 5 STATE LED STORE STORE STORE STORE STATE LBD STORE STORE STORE X STATE LED STORE 6 5 5 STORE STATE 2 6 5 6 RECALL STATE 1 5
69. 26 KG KEISOKU GIKEN 4 GP IB RS 232C 4 1 3300C 3302C GP IB RS 232C GP IB RS 232C PC NOTEBOOK PC PC GP IB RS 232C 3300C 3302C 3300A 3 3300A 3300A 3300 3250A
70. AC DC CHAN 1 LOAD 0 1 LOAD OFF LEVEL HIGH LOW A B GLOB LEVEL SPHHIGH LOW A BHNL LEVEL B B 34 KEISOKU GIKEN PRESET ON OFF 4 1 2 GLOB JPRES SP O 1 OFF ONHNL GLOB PRES ON MODE GLOB JMOD SPHO0 1 2 3 CC CRILINHNL GLOB MODE CC MODE LIN 3300A MODE 1
71. 4 9 a BANK 1 waveform bank 1 b BANK 10 waveform bank 10 SINE WAVB 1 1 2dc 17 18 19 p 09 ee OF Es 1 2 L9 PE F pr E S 3 F F F C dac P F 0 50 P F 0 45 P F 0 40 P F 0 35 P F 0 30 SQUARE 10 WAVE ir 2de 25de 30de 3 5dc d 4 9 9 1 9 4 14 WAVEFORM 3250A PRESET WAVEISPImlt CC CC BANK 5 4 9 NL m 0 4 a WAVE 1 2 b WAVE 4 5 37 KG KEISOKU GIKEN FREQUENCY 3250A FREQSPINR2N INLI
72. 4 GP IB RS 232C 3 1 3250A 60V 20A 300W KE OK GEEH AC DC ELECTRONIC LOAD GG E H LIN WM 3 i B z mw ON LL Img gt 13 ON ON E28 bas 10 B ON 12 Ta ON SENSE O OFF MONITOR VSENSE 3 1 KEISOKU GIKEN KG Aaa OHA 3250A 60V 20A 300W AC DC ELECTRIC LOAD NG LED LED MODE LED MODE CC TUN CC CR 3 CC LIN CR OLEDE REM LED PC REM LED T REM LED
73. BANK BANK NL BANK BANK 0 10 Level10 Level10 WAVEFORM WAVE WAVE NL WAVE WAVE 0 4 Level1 Level5 du FREQUENCY FREQUENCY FREQ NL PREQUBNCY Hz VOLTAGE Limit LIM VOLT HIGH LOW 9 LIM VOLT LOW V NL CURRENT Limit LIM CURR HIGH LOW LIM CURR LOW A NL 44 KEISOKU GIKEN POWER Limit
74. 55 KEISOKU GIKEN KG 6 4 11 RS 232C 1 1 RS 232C 3300C 3302C RS 232C 6 4 12 D sub9 2 9931C RBCALL 1 5 ASS RU 1 NG LED 1 12 9 Pin to 9 Pin Cable D sub 9 Pin NC p 6 5 6 4 13 SYNC 3300C D s
75. Arms PRES OFF WATT ON WATT OFF 74 C F 2 0 P F 0 85 PP C F 2 5 E PE P F KEISOKU GIKEN BANK 3250A waveform bank BANKISPHdH 1 waveform bank 0 2 2 waveform bank 3 8 3 waveform bank 9 4 waveform bank 10 5 waveform bank 5 114800 waveform bank TA 55 4 9 NL d 0 10 a BANK 1 waveform bank 1 b BANK 10 waveform bank 10 0 2 5 3 0 SINE WAVE ao i se P P P 3 3 0 80 P F 0 75 P F 0 70 0 65 P F 0 60 P F 0 50 0 45 P F 0 40 P F 0 35 ub uu P F 0 70 P F 0 65 P F 0 60 P F 0 50 P F 0 40 C F 3 5
76. nl 0A 16 10 10 D SI WM e Me AN a 32 KEISOKU GIKEN 4 5 GP TB RS 232C 4 4 1 CHANNEL H H9 CHAN L fap OF CHAN SP n NL CHAN 1 4 1 4 1 0 mu el CHAN 2 2 CURRENT Level CC
77. 3250A RECALL 1 GP IB RS 232 STORE 1 SYNCHRONOUS ON OFF 3250A ON OFE SYNC ISPY0 1 OFF ONK INL 1 SYNC ON 2 SYNC OFF SYNC ON SYNC OFF WATT Meter ON OFF 3250A WATT SPHOFF ONK INL PRES OFF fu ON 4 1 2
78. A3 6 PROT ERR CLER bit 7 bit 0 7 6 5 4 3 2 1 0 Limited RangeChanged Invalid Command Invalid Opelating A3 6 bit0 Limited High CLERI ZYF Bit1 Range Changed 3250A Bit2 Invalid Command High Bit3 Invalid Opelated High MEAS VOLT 4 1 2 MEAS VOLT NL MEAS VOLT 4 1 2 HEHE Eee We Sears MEAS CURR 4 1 2 MEAS CURR NL MEAS CURR 4 1 2
79. SYNC OFF 40 0Hz DC Bank 11 55 Bank 3 2 1 DC DC Bank AC A B j c 15 16 i7 18 19 LL di j i2 13 14 Y2do 2de 25de 3 0de 3 5dc de le le P uu eee P F 0 70 P F 0 65 P F 0 60 P F 0 50 P F 0 40 als E E P 2 3 0 3 5 1 7 1 8 1 9 9i Du 3 4 Ee F00 F 0 65 F 0 F 0 F 0 F 0 p P Ke 1 3 1 4 C 2 0 1 6 3 1 1 1 2dc 3 2 3250A 17 KG KEISOKU GIKEN 3 2 3 SYNC HR 3 2 3 1 CSYNC ON Analog Programming Input BNC
80. D UO ER CC LBD 4 1 2 LEVEL A LEVEL B Arms LED 344 KEISOKU GIKEN PRES LED 2 LIN CC LIN LBD 4 1 2 LEVEL A LEVEL B BERE Arms LED Q 3 CR Rs CR LED 4 1 2 LEVEL A LEVEL B riit Q LED LOAD LED LOAD 3c D ON OFF ee a a LOAD OFF LOAD ON 0 LOAD LED roc ne WATT LED WATT ON OFP WATT ON
81. Imonitor TEN BNC Imonitor PRES ON OFF Imonitor 3 1 3250A 10Vp p 4Vrms BNC DC BNC ac 2
82. NL HHH AHHH MEAS VOLT INL HHH HHHH MEAS PWR NL HHH HHHH VA MEAS VA INL HEHE HHEH 4 6 GP IB RS 232C 30 KEISOKU GIKEN PRESET CH GLOB STATE PRES SPHON OFFH NL LOAD ON OFF CH MODE CH GLOB STATE MODE SPKONIOFEJ NL LEVEL CH GLOB STATE LEVEL SPHAIBK NL CH GLOB MEAS CURR NL CH GLOB STATE LOAD SPHON OFF INL 424 7 GP IB RS 232C l d 0 9 2 GLOB CH 3 A 4 V 5 Q 6 mS 7 A uS RS 232 GP IB 31 KEISOKU GIKEN KG 4 4 1 SP ASCII 20 16 2 ASCII 0A 16 Ao NL ASQI 0A 16 4
83. OVP OCP PROT NL PROT 1 3250A 4 10 PROT ERR CLBR 41 KG KEISOKU GIKEN bit 7 bit0 6 5 4 3 2 1 0 OPP OTP OVP OCP 4 10 VOLTAGE METER 4 1 2 MEAS VOLT NL MEAS VOLT 4 1 2 KRANSAT HOBAI HHH HHA CURRENT METER 4 1 2 MEAS CURR NL MEAS CURR 4 1 2
84. Set Set Set CC mode CR mode LIN mode A dear deni B dear B B A A Set Set Set Set Set Set Level A Level B Level A Level B Level A Level B Set Set Set Current Resister Linear CC Pres Pres Pres Pres set Freg Set Freg Set Freq Freq Bank Sync Last setting Freq waver Em YES Set Vmeter limit Y Set Ameter limit Y Set Wmeter limit Y Set VAmeter limit Last setting x 3 4 3250A SE KG KEISOKU GIKEN 3250A 4 4 0 Ge v 1 OFF nene 3 8 1 O V P 3 7 4 1 2 oVP
85. 50 60Hz CC LIN e S 0 5 0 5 50 60Hz 0 0 4 A 0 0 2 A 2 2 II 0 3 1 2 1 2 4 8K 875 7 5 7 5 30K 7 5 30 30 120K CR Ek 0 83 0 2083 mS 0 13 0 033 mS 0 033 0 0083 mS ee 0 5 2 50 60Hz 0 5 0 5 50 60Hz ERE 0 5 0 2 0 5 2 50 60Hz dee SP 0 5 0 5 50 60Hz 0 5 3W DC 40 400 Hz CC DC 400 Hz LIN CR 2 1 2V 2V 2 2012 5 70Hz 400Hz
86. T A uS 1 RS 232 GP IB 2 3300A ROM 69 KEISOKU GIKEN 1 SP ASCII 20 16 2 NES ASCI 0A 16 2 NLieeue Mwug Bg J THDA SmAC AS CIAR OANGE 4 N 1 8 5 NR2 HH 10 12345 5 0 GP IB RS 232C 1 2 3 1 A B A B A cO 5m UGPB RS 292C
87. delta clear to send lt delta data set ready trailing edge ring detect delta data carrier detect overrun error parity error x frame error break interrupt transmit holding reg empty 3302C series elec load command sets CURR HIGH CURR LOW RES HIGH RES LOW VOLT HIGH VOLT LOW PERD HIGH PERD LOW FALL RISE GLOB LOAD GLOB LEV GBOBIPRES GLOBSSHOR GLOB DYN GLOB RANG GLOB MODE GLERS CHAN MEAS VOLT MEAS CURR CURR HIGH CURR LOW ERR RES HIGH RES LOW VOLT HIGH VOLT LOW NAME PERD HIGH PERD LOW FALL RISE LOAD LEV PRES SHOR DYN BANG MODE PROT REMOTE LOCAL 90 strsetGntbuf strset tempbuf for cnt 0O cnt lt countt 1 cnt wrtbuf intbufl cnt wrtbuf j cnt ent intbufLent Nr cnt cntt count countt intbuf cnt Yn t strespn intbuf if t gt count t count l1 for cnt O cnt lt t ent tempbuf cnt mtbufl ent j strupr tempbuf strupr intbuf cnt 0 do comerr strncmp tempbuf combuf cnt t HS e ale jwhile cnt COMPTR amp amp comerr 0 if comerr 0 result SUCCESS for cnt 0 cnt lt countt 1 cnt while inportb ACE LINE STAT REG amp THRE 0 ch intbuf
88. cnt delay 20 outportb ACE DATA REG ch j timeout 0 for cnt 0 ent lt count cnt ch intbuflcntl 91 KG KEISOKU GIKEN KEISOKU GIKEN KG ich d do read_bufQ jwhile rd result 0 amp amp timeout 0 rd_result 0 j for cnt 0 cnt lt count cnt d intbuf cnt tempbuflent j return result j return OPER ERR j int pd rd char buf int count d char ch int cnt 0 do ch queuelcnt buf ch cnt enttt buf buf jwhile ch Xn amp amp cnt count buf NO queue 0 YO if timeout 1 d return TIME OUT return SUCCESS int read_buf 92 KEISOKU GIKEN char ch chl int temp_index unsigned long ticks float secl sec2 rd_result 0 ticks biostime 0 0 secl ticks 18 2 do ticks biostime 0 0 sec2 ticks 18 2 if sec2 sec1 gt 20 0 delay about 1 Sec timeout 1 j ch inportb ACE INT IDENT REG ch amp 0x06 switch ch d case 6 inportb ACE DATA REG read the data register to empty it break case 0 break case 2 break case 4 read character from data register chl inportb ACE DATA REG temp index input index 1 increment index of input buffer if chl n check terminate bit d queuelinput index chl store character to input buffer input index temp index j else queuelinput
89. 00A LIN LEVEL B 0 000A LIMIT WLIMIT 400 0W CR LEVEL A 30E3 Q VALIMIT 400 0W CR LEVEL B 30E3 Q 3 4 3251A T eN cc OFF A FREQ OFF PRES OFF CC LBVBL AX 0 000A FF WATT O CC LEVEL B 0 000A VLIMIT 400 0V LIN LEVEL A 0 000A ALIMIT 5 00A LIN LEVEL B 0 000A LIMIT WLIMIT 400 0W CR LEVEL A 120E3 Q VALIMIT 400 0W CR LEVEL B 120E3 Q 3 5 3252A 19 KG KEISOKU GIKEN 3 4 Adis 3 4 1 3 4 2 3 4 3 3 4 4 3 4 5 5 DUT goe 20A Mode 0 mm AC DC DUT GHI XE 92 2
90. 4 4 6 4 5 19 6 4 6 6 4 6 1 6 4 6 2 I 6 4 6 3 2 6 4 6 4 2000m 6 4 6 5 80 6 4 6 6 O 40 C 6 4 6 7 25 5C 6 4 7 Pas L N 6 4 8 54 KEISOKU GIKEN 6 4 9 X Wk EZ LC TFE 6 4 10 GPIB 3300C 3302C GPI
91. NL GP IB RS 232 STORE 5 3250A RECALL 1 GP IB RS 232 STORE 1 73 KG KEISOKU GIKEN SYNC 3250A ON OFE SYNC SPY0 1 OFF ONK INL 1 SYNC ON 2 SYNC OFF SYNC ON SYNC OFF AFREQ ON OFE AFREQ SPHO 1 OFF ONK INL 1 AFREQ ON 3250A
92. ibrd load rd 215 REM 220 REM Set the channel 1 preset off current sink 1 0 amps and load on commands to the load 225 REM 230 wrt chan 1 pres off cc low 0 0 cc high 1 0 load on 240 CALL ibwrt load wrt 245 REM 250 REM Get the load actially sink current from the load 255 REM 260 wrt meas curr CALL ibwrt load wrt 270 rd space 20 CALL ibrd load rd 275 REM 280 REM Go to local 285 REM 290 CALL ibloc load 2000 REM Error routine to notify that ibfind failed 2010 REM Check software configuration 2020 PRINT ibfind error STOP 88 KEISOKU GIKEN 5 RS 232C YA C Language Interface for DOS Handlers pd_rs232 c include lt dos h gt Hinclude lt stdio h gt include lt conio h gt Hinclude lt string h gt define COMPTR 44 command array pointer amp define QUELEN 1024 size of seriel input define SUCCESS 0 return value variable for success define ODER ERR operate error define TIME OUT 1 time out int input_index 0 index of seriel input buffer int rd result 0 return value variable of pd rd int timeout 0 timeout flag char queue QUELEN seriel input buffer int ACE DATA REG ACIA data register int ACE INT ENB REG ACIA interrupt enable register int ACE INT IDENT REG ACIA interrupt identification register int ACE LIN
93. pd art chan 1 6 delay 200 pd wrt pres off 8 delay 200 pd wrt curr low 0 0 12 delay 200 pd wrt curr high 1 0 13 delay 200 pd wrt load on 7 delay 200 pd wrt meas curr 11 Get the load actially sink current from the load delay 200 pd rd rdbuf 20 io err 1 while io err 0 j else printf Ya print chan 1 I O reading error Yn exit 1 j pd locQ Go to local j 98 KEISOKU GIKEN 6 3250A GPIB RS 232 3250A STAR m 0 10 SET to LEV A or B ne Eege Lighting Indicater SET FREQ NR2 FREQ 0 1 BANK m SYNC ON OFF SYNC ON OFF BANK command only used on AC LOAD SET SET i S WAVE command only MODE CR MODE CC MODE LIN used on CC MODE RES A NR2 WAVE n CURR A NR2 CURR A NR2 SET VL NR2 VH NR2 TNR IH NR2 WL NR2 WH NR2 VAL NR2 VAH NR2 99 KEISOKU GIKEN KG 1
94. 0Vac 200V 230V 100V 200Vac LINE INPUT L Vik FUSE Meus 100 120 2 100W pr TA 100W 50 60 HZ LFA 2 LY 6 2 6 4 2 3 6 4 2 4 AC 6 3 AC AC 6 1 6 4 2 5 6 3 AC 53 KEISOKU GIKEN KG 6 4 3 3 6
95. 1 FrEq 1 LED LET 1 FREQ DC 40 0 400 0 Hz Auto 2 BANK Bank 0 10 11 DC 3 SNYC ON Hj OFF AC DC Input Eta AT tin SET m Out KAO EJE c TRUCO TERE LER Z Ee FAT DZAMDHYVETO CC BAT ARIE 13 4 BeBRUT lt 14 KEISOKU GIKEN Vsense BNC BNC BNC 3 2 SO 3250A x 3 2 3250A 15 KG KEISOKU GIKEN
96. 3250A Ae yx c AS DIO FEL Any ane pesce HI pe oh tc PT KEISOKU GIKEN CN M HEB BS 0 NR en NOTE eT eS Oe OT emm 1 E EK EE 1 1 2 3250A 4 EE EE A E GEN 5 NT ET AR i AA AA i AA I EE J PR A EE 8 MEM 7 Rr EEN 8 2 2 3250A AED UE Li enn 8 ee EE Eege d 3 1 SC EE 9 3 2 BANK amp SYNC ODGB HR iii 17 EE EEN 18 3 4 WA AA WAA AAA KAA AAA AAA 20 3 5 21 us5 MONO 22 3 7 3250A eeeesssnsnoesas anon on nn nn nn nean EADE n SD SD DD DE DEADE EE DDES ESE EE SE EE n noa 23 3 8 EE EE EE 24 O EE WA dE EE A ER 26 4 GP IB RS 232C 27 ZEE EE 27 Le ME oco ar PE Ce IA E 27 4 3 3250A GP IB RS 232C 3300C4 M4 MT VHD eene 29 4 4 tee ze ROIS ae AAA 32 e e E EE 33 Po EE 46 5 1 i tal EE EE 46 5 2 RE Ee eege Eed Ee AA 47 5 3 un ECCE E FS n 48 5 4 EIN EE 49 LU DE E EE 50 6 1 EE 50 i MEME e e EE 50 SE E TIA EE 50 SE 53 G25 e EE 57 et WAVEFORM DATABANK RR 63 EE NA NB E E DIDI AA EWE MONA WAA Tc 67 KG 3 4 5 6 KEISOKU GIKEN 3300A e Re IB RS 232a AN SU i AAA aw 68 PIB e EE 86 E E 89 EE SOPIBARSS202 PRITPILAUDE neivdsdosis
97. B GPIB GPIB 6 4 10 1 15 6 4 10 2 2m 20m 6 4A B 3300C 3302C GPIB 3300C 33026 GPIB REMOTE CONTROLLER 100 120V LINE INPUT GPIB degt 18 arad mm ZA UN TA 1008 d E H 200 240V MADE IN TAIWAN O SES PRODIGIT ELECTRONICS CO LTD 2 2 CH 9 6 gt E 6 4B 3300C
98. E CTL REG ACIA line control register int ACE MODEM CTL REG ACIA modem control register int ACE LINE STAT REG ACIA line status register int ACE MODEM STAT REG ACIA modem status register int COM INT NUM ACIA communication port interrupt number int IRQ MASK IRQ mask for PC IRQ flag void pd loc void function of disable interrupt routine void pd rem void function of enable interrupt routine int pd init int function of initial communication port int pd wrt char int function of write to device int pd rd char int function of read from device int read buf void int pd meas char char int int amp define PIC CTL REG 0x20 8259A PIC control register amp define PIC INT MASK REG 0x21 8259A PIC interrupt mask register amp define NON SPEC EOI 0x20 non spacific end of interrupt 89 KG define CTS define DSR define RI define DCD define DCTS define DDSR define TERI define DDCD define OE define PE define FE define BI define THRE KEISOKU GIKEN 8 0x10 0x20 int pd wrt char wrtbuf int count static char combuf COMPTR CHAN int cnt result t int comerr err char ch char tempbufl QUELEN char intbuf QUELEN for cnt 0 cnt lt 1024 cnt intbuf cnt Lempbufl ent clear to send data set ready ring indicator data carrier detect
99. EAS CURR CH1CCH4 4 1 2 GLOB MEAS CURR NL GLOB MEAS CURR CH1 CH4 4 1 2 X st HHH A GLOB MEAS CURR 4 998 3 002 9999 0 998 CH1 4 998A CH2 3 002A CH3 CH4 0 998A SYNCHRONOUS ON OFF SYNC SYNC INL SYNC SYNC 0 OFF 1 ON SENSE ON OFF SENSE ON SENSE OFF SENS NL SENS SBNSE 0 OFRF 1 ON 43 KG KEISOKU GIKEN WATT Meter ON OFF WATT WATT NL WATT WATT 0 OFE 1 ON WAVEFORM BANK
100. EE P F 0 85 P F 0 80 P F 0 75 P F 0 70 P F 0 65 Cb oo P F 0 50 P F 0 45 P F 0 40 P F 0 35 P F 0 30 SQUARE BIN al dE 1 3 1 4 WAVE 2dc 3 0de fe 1 5 3 0 F 0 F 0 F 0 1 0 2 L6 L1 L8 3 1 A3 4 WAVE 3250A WAVE SPHmH INL m 0 4 CC CCE BANK 5 A3 4 a WAVE 1 2 b WAVE 4 5 75 KEISOKU GIKEN KG FREQ 3250A FREQSPINR2N INLI Sher 1
101. EVEL A A HI A B 12 KEISOKU GIKEN LIMIT LED LIMIT 23 ON E E aaa D 4 1 2 Vrms 2 4 1 2 Arms CT 3 4 1 2 W 4 4 1 2 VA C LIMIT OFF 5 LIMIT LED LIMIT 23 OFF EF SENSE LED SENSE
102. H XD 440 mm X 177 mm X 445 mm 6 1A 6 3 6 1A B 3300C 3302C 2 1 3302C 1 3302C 50 KEISOKU GIKEN 33020 MAINFRAME 3250733104 33100733304 and 3320 SERIES MODULAR PLUG IN LOAD min EM CONTROLLER CPU RAM ROW IZO etc REAR PANEL IEEE 488 INTERFACE REAR PANEL Re 232 INTERFACE Bo 31c Remote Input Remote Output Analog Programming 6 1A 3302C 51 KEISOKU GIKEN KG 32000 MAIMFRAME POWER 3250 33104 SUPPLY 23100 2230 SERIES MODULAR PLUG IN ISO I SISIEM CONTROLLER be AM 3250 3310 ROW I 33100 33304 SERIES MODULAR FLIK IN etc REAR PANEL IEEE 488 3250 33104 33100 33304 INTERFACE SEPIES MODULAR PLUG IN REAR PANEL Ka 232 INTERFACE POWER 3250 33104 SUPPLY 33100 33304 99310 SERIES Remote Input MODULAR PLUG IN LOAD ISO 1 0 Remote Output Analog E m za 6 1A 3300C 52 KEISOKU GIKEN 6 4 RE 6 4 1 3300C 3302CAF 77 V AIL
103. N 1 8 5 NR2 HR i Oo Y OK OSS TEH BT 8 10 12345 5 0 GP IB RS 232C 1l 2 3 1 A B A B d GP 1B RS 2320C 4 8 LF WITH EOI LF CR LF Ck LF WITH EOI 324 8 GP IB RS 232C GP IB RS 232C GP IB RS 232C
104. RFACE ERROR Ya exit 1 j clrscrQ Clear load error register forG 1 ch 0 i lt 4 i cht outstr chan ch ibwrt load outstr 6 ibwrt load CLR 3 j 86 KEISOKU GIKEN ibwrt load NAME 5 Get the 3310 series module load specification strset rdbuf YO Clear rdbuf string buffer strset spec 0 Clear spec string buffer ibrd load spec 20 if specl3 9 printf n 3302C series specification error Set the channel 1 preset off current sink 1 0 amps and load on commands to the load ibwrt load chan 1 pres off cc low 0 0 cc high 1 0 load on 47 ibwrt load meas curr 10 Get the load actially sink current from the load ibrd load rdbuf 20 goto local ibloc load 87 KEISOKU GIKEN KG BASICA 3302C LOAD DECL BAS using BASICA MERGE command 100 REM You must merge this code with DECL BAS 105 REM 110 REM Assign a unique identifier to the device dev5 and store it in variable load 125 REM 130 udname dev5 140 CALL ibfind udname load 145 REM 150 REM Check for error on ibfind call 155 REM 160 IF load lt 0 THEN GOTO 2000 165 REM 170 REM Clear the device 175 REM 180 CALL ibclr load 185 REM 190 REM Get the 3310 series module load specification 195 REM 200 wrt NAME CALL ibwrt load96 wrt 210 rd space 20 CALL
105. TATE 3 4 STATE 3 4 STATE 3 4 LED STORE 1 9 n1 n9 2 5 1 16 3 t1 t2 100mS 100mS 0 1S 9 9S t1 GO NG t2 16 16 EXIT
106. eie S Pi tribe rob bei uerit D op RE EE 99 KG KEISOKU GIKEN 1 1 1 3250A AC DC UPS 3250A GP IB RS 232C 3250A 300W 1 1 0 60V 0 20A 60V 300W 50V 40V WA 30V 15V 10V 0 SA 6A 7 5A 10A 15A 20A 1 1 3250A 0O 60V 0 20A 3251A 300W 1 2 0 lt 150V 0 8A 150V 300W 125V Ba 100V 75V SOV 37 5V I 0 2A 2 4A 3A 4A 6A 8A 1 2 3251A 0 150V 0 8A KEISOKU GIKEN KG 3252A 300W
107. index chi input_index temp_index input_index 0 if terminate bit was detected temp index 0 rd result 1 clear index and set return value j break j finally send the non spacific 93 KEISOKU GIKEN KG jwhile rd result 0 amp amp timeout 0 int pd init int pd com if pd com 1 amp amp pd com 2 return OPER ERR if pd com 2 initial communication port 2 d ACE DATA REG 0x2f ACE INT ENB REG Ox219 ACEINT IDENT REG Ox2fa ACELINE CTL REG Ox2fb ACE MODEM CTL REG Ox2fc ACELINE STAT REG Ox2fd ACE MODEM STAT REG Ox2fe COM INT NUM Ii IRQ MASK Oxf7 IRQ mask for IRQ3 11110111 j else initial communication port 1 ACE DATA REG 05318 ACE INT ENB REG Oxd3fy ACEINT IDENT REG Ox3fa ACE LINE CTL REG Ox3fb ACE MODEM CTL REG Ox3fc ACELINE STAT REG Ox3fd ACE MODEM STAT REG 0Ox3fe COM INT NUM 12 IRQ MASK Oxef IRQ mask for IRQ4 11101111 j bioscom 0 0xe3 pd com 1 boud rate 9600 1 start bit pd rem no parity 1 stop bit pd wrt remote 6 data bit 8 bits return SUCCESS int pd meas char wrtmbuf char rdmbuf int wrtmcnt int rdmcnt 1 static char wrtbuf 10 CURR 1 CURR 2 CURR 3 CURR 4 VOLT dq OILS ENEE VOLT 4 1 94 KEISOKU GIKEN char tmpbuf 20 chan int cnt result t cmp measerr char ch cha
108. r rdtmpbuf 20 chanbufl 20 char measbuf 6 for cnt 0 cnt lt wrtmcnt cnt wrtmbuft measbuf cnt wrtmbuf j strupr measbuf cnt 0 do d measerr strncmp measbuf wrtbuf cnt 6 GII enmt jwhile cnt 10 amp amp measerr 0 imeaserr 0 result SUCCESS if strncmp measbuf CURR 4 0 ch measbuf 5 switch ch case E pd wrt chan 1 6 pd wrt meas curr 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 break ease 2 pd wrt chan 2 6 pd wrt meas curr 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 break case 3 pd art chan 3 6 pd_wrt meas curr 10 pd_rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 95 KEISOKU GIKEN KG break case A pd wrt chan 4 6 pd wrt meas curr 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 break j j else if strnemp measbuf VOLT 4 0 ch measbuf 5 switch ch case 1 pd wrt chan 1 6 pd wrt meas volt 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 break case 2 2 pd wrt chan 2 6 pd wrt meas volt 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 break case 3 pd art chan 3 6 pd wrt meas volt 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 break case 4 pd a
109. rt chan 4 6 pd wrt meas volt 10 pd rd rdmbuf rdment strncat tmpbuf chanbuf 1 pd wrt tmpbuf 6 96 break j else d return OPER_ERR j return result void pd rem void char ch outportb ACE INT ENB REG 0xd inportb ACE DATA REG inportb ACE LINE STAT REG outportb ACE MODEM CTL REG 0xb j void pd loc void 1 char ch outportb ACE_INT_ENB REG 0 outportb ACE MODEM CTL REG 0 M Program terminated C Example Program Link this program with pd rs232 obj Hinclude dos bh Hinclude lt stdio h gt Hinclude lt conio h gt Hinclude lt string h gt main KEISOKU GIKEN enable ACIA interrupt register empty receive data register clear line status register YA set RTS DTR to enable modem and turn on OUT2 to enable the 8250 s IRQ interrupt to system disable all 8250 interrupt clear RTS DTR to disable modem and turn off OUT2 to disable the 8250 s IRQ interrupt to system 97 KG KEISOKU GIKEN int com int io err 0 char rdbufl 1024 clrscrO printf Input COM1 COM2 port is scanf d amp com if io err pd init com 0 Initial RS 232 interface setstr rdbuf pd wrt chan 1 6 delay 200 pd wrt name 5 if io err pd rd a 10 0 do Set the channel 1 preset off current sink 1 0 amps and load on commands to the load
110. ub9E 3302C BNC SYNC C z L HOMO Hl CH4 Gei KIT Urt pw CH3 OD 6 6 SYNC analog programming input 56 KEISOKU GIKEN 6 5 6 7A B 3300C 3302C 3302C Keen oe ELECTRONIC TES o ea o momomo 4BB 0000000 0000000 agagagooadogoaaaogQ u ts E HBBBB l i e e J Ea uu iis Else E j8 E14 d EIA AHE Glee G Blo lo momoo la 9 ENG ale E 8 momomo Sek l me E EE a mioma monem Eo P mmm BL l 0000000000000000000000 kel wee I 00000000000000000000 id 6 7B 3300C 57 KG KEISOKU GIKEN 6 5 1 3300C 4 2 BER 3302C 6 5 2 3302C 3300C AC 3302C 3300C
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