Load Station シリーズ直流電子負荷装置 LN-G6
Contents
1. AC85 V 264 V 50 Hz 60 Hz AC125V AC125V2. LN 300A G6 LN 300C G6 LN 300A G6 LN 300C G6 LN 1000A G6 LN 1000C G6
3. 1 1 1 eae dL 1 3 Lk 3 BA EE 6 11 11 12 iii 13 UPA S Oo 14 JR 15 1 17 18 18 EE
4. V Vrms f Hz LN 300A G6 LN 1000A G6 y2 lt 0 25 66x 1 LN 300C G6 LN 1000C G6 y2 lt 0 25 11P6 f2 320 x 1 10000 LN 300A 1000A EE LN 300C 1000C ti J F rT rTI Zl l e BLS s HX Hu R lt S th E i 100 Vrms 2 Load Station SENSE
5. CP Load Station 7 Sweep Sweep 1 MENU 2 1 Func 1 Func 1 Func 3
6. SENSE OFF SENSE EXT SENSE INT SENSE rh EXTN TRIG MASTER 0 1 V OUT N N SLAVE UT IN E N C o 0 4 mm 1 2 mm AWG26 AWG16 HR 0 3 m m 1 25 m m AWG22 AWG16 e 0 18 mm
7. 5 V PWR 12V PWR GND ESNE 15 31 16 32 12V 100mA GND 232 Load Station G PIB DIDO PD gt s SE a i lt 1 auy ie MM A i EE 7 mS E f NN tl l l lt
8. End G Load Station 7 Sweep End V CV 4 JD LN 300A G6 L 20V 0 000 V 20 000 V LN 1000A G6 H 120 V 0 00 V 120 00 V LN 300C G6 L 85V 0 000 V 85 000 V LN 1000C G6 H 500 V 0 00 V 500 00 V BX E SDBt0 ElR2 82 C
9. H p 115 OCP LOAD OFF p 134 45 4 Normal Load Station 1 MENU Memu 1 2 1 1 Function Normal Dynamic 2 Curr Limit au 60 000 A 3 Measure voltage Current Fower 4 Meas Rate 5DHz Fe 2 1 Func 1 Func 1 Func 3 pa 3 Normal Normal Normal Normal 2 e ME
10. Microsoft Windows Microsoft Excel ActiveX Visual Basic Visual C Microsoft LN 1 1 2 3 4 Normal Normal 5 ft Dyna
11. 225 B Load Station 226 C C DIDO DIDO LX OP01A LX OP01A 227 Load Station DIDO DIDO DIDO DIDO DIDO DIDO 2 DIDO Enable 8 XG5M 1632 N
12. H Recall Store 1 Store 2 Recall 1 ONOFF OFF 2 3 Recall 4 144 Load Station Store 9 2
13. GND BNC 32 T2 e rain e m g A X2 X1 e MOSFET_Nch e Souce T1 R1 Ref V Shunt R e LOAD IMon T2 g R2 R6 lt X3 R3 L R5 R4 Load Station 1 MO 50 Q Load Station GND
14. 50 O CPE GND Ch2 9 33 2 Load Station E 5 V 1 NW EXTH TRIG MASTER iv our N N SLAYE 1 JE V 5V TRIG OUT 0 V 1 2 3 4 34 3
15. me 6 x 0 40C 4 RA
16. 5 08 v Booster Alarm Hc Mode Range CC 120V 6 0A walue SIewRate 1 6000 4 0 20 A Us Mode Range va EUR 760 12 12 Load Station L 2 ONOFF Z 9 MASTER SLAVE
17. 175 13 Load Station 20 DCL Device Clear 4 SDC Selected Device Clear 1 GTL Go To Local A HEX 80 ALM ST0 ST2 40 SRQ 20 ERR 10 BUSY 08 CLIMIT 04 PLIMIT 02 ST1
18. Time Value SlewRate 3 Val2 73 5 Dynamic Load Station 1 16 Step 1 16 16 1 Step 1 2 NUM Time rz Z
19. TFL a 6 V Vin 20 As 5 V Vin 15 A us AD 4 V Vin 10 Aus 3 VSVin 5 AUs LN 300C G6 3 V2Vin 1 Aus LL 050 80 nH AWG 7 175 29 2 Load Station 5 A 10A i Pa 5A Ah 2A 200 ns 500 ns lt 1 us
20. HEA GPIB FE OFF OFF IRT
21. VMode Dynamic 16 1 us USB GPIB 1024 V I 3 V I R C P 3 USB GPIB MASTER SLAVE
22. LN 300A G6 LN 300C G6 USB USB2 0 191 15 Load Station LN 300A G6 LN 300C G6 1 1 1 TRIG OUT LN 300A G6 LN 300C G6 CURRENT MONITOR LN 300A G6 LN 300C G6 5 V 60 Af S 5 V 12 Af s l 0 2 V 0 6 Af s 0 2 V 0 12 A f s oe L 1 H M L f s 2 ConvVolt x f s
23. e H 3 M 7 9 e e
24. OFF 10 C 50 C G 184 15 LN 300A G6 LN 300C G6 LN 1000A G6 LN 1000C G6 15 Load Station LN 300A G6 LN 300C G6 stg9 rdg f s 3
25. R R Graph Range Range 4 706 Load Station 7 Sweep ON OFF ON End V PASS FAIL P High P Low PASS FAIL End V
26. 22 OFF Load Station 2 E 3 AC125V AC125V 3 AC
27. typ LN 1000A G6 LN 1000C G6 180 A 120 V 500 V ean o X I 1 V 180 A 0 5 V 90 A 3 V 36 A 1 5 V 18 A 0 2 V 36 A 0 7 V 8 4 A 1 2 CR 3 Normal CC CR CV 195 15 Load Station Dynamic LN CC CR CV CP
28. A MASTER SLAVE MASTER SLAVE POWER OFF MASTER SLAVE_IN MASTER SLAVE_ OUT AN MASTER SLAVE IN MASTER SLAVE OUT MASTER SLAVE 1 OFF 2 3 MASTER SLAVE MASTER SLAVE
29. ge POWER OFF 3 1 POWER OFF ON O OFF 2 OFF AC 4 ON 2 POWER
30. 1 1 1 H L H M 89 90 7 Sweep Load Station Init G 1 Init G 3
31. 3 Load Station MENU lt MENU MEMORY MEMORY EE Menu 1 2 1 Function Dynamic 2 Curr Limit Freq 60 000 A 3 Measure voltage Current Power 4 Meas Rate 50Hz re 72 Menu System 1 3 1 GPIB Addr 1 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting Factory Default 1 GPIB EANO EM PUT AE OEE 36 3 0 00 v 0 0000 A 0 00 w Mode Range CC 120V 0 6A Value SlewRate 0 0900 A 0 200 A us Value 7 8
32. SENSE INT SENSE EXT 68 Load Station 5 Dynamic p 115 10 1 1 110
33. VMode GPIB LCD Bx AE l l 1 30 Enable Disable Enable Disable User Defined 1 8 Normal
34. 1024 Init G Step G End G End V Fine V FineStep Time Graph Range 7 Sweep
35. MASTER SLAVE 10 kW 18 0 V 30 A us LN 1000A G6 CC EE 6 CC CR CV CP EXT SHORT
36. NUM Fo NUM MENU ENTER 1 CANCEL NUM MENU MENU 39 3 Load Station 6 4 5 7 e Normal 6 CC CR CV CP EXT
37. A1 A3 lt lt B1 B3 AC 218 2
38. Init P Step P 1 End P End V P High PASS FAIL P Low PASS FAIL Time 1 Graph Range o H L H M 704 Load Station 7 Sweep Init P 1 Init P 3
39. OFF OFF MASTER SLAVE OFF RN
40. p 115 S 10 110 ras p 115 OCP LOAD OFF p 134 110 OPP LOAD OFF p 135 1 104
41. End V p 115 S 10 1 1 110 p 115 OCP LOAD OFF p 134
42. C Init C Step C End C End V C High C Low Time PASS FAIL PASS FAIL P Init P SteD P End P End V P High P Low Time 1 Func PASS FAIL PASS FAIL Load Station 0 000 V 0 000 V 0 000 S 200 ms MIN MIN MIN 0 000 V 0 000 A 0 000 A 200 ms MIN MIN MIN 0 000 V 0 000 W 0 000 W 200 ms Normal B B RC 02A RC 02A B Load Station RC 02A RC 02A
43. H M L LN 300A G6 V 60 A 0 2 V 0 6 A LN 300C G6 5 V 12 A 0 2 V 0 12 A LN 1000A G6 V 180 A 0 2 V 1 8 A LN 1000C G6 V 36 A 0 2 V 0 36 A OFF ON OFF ON OFF OFF 31 2 Load Station BNC
44. Noise pk pk AC Band FULL 100 MHz 20 MHz 20 MHz Gi I I I ANA LPF HPF W 20MHz T 10 Hf l THRU EIF i 1E 0 1E 1 1E 2 1E 3 1E 4 1E 5 1E 6 1E 7 1E 8 1E 9 Hz 227 B Load Station 3 MeaS 222 Load Station B USB GPIB 13
45. EXT EXT AC85 V 264 V 50 Hz 60 Hz BNC GPIB DIDO BN Tl dh B 12 C Load Station 75 16 1 Load Station LN 300 W 1 kW
46. 110 OPP LOAD OFF p 135 104 1 93 7 Sweep C 94 Tag 5 42 5 26 3 10 4 94 4 77 DDD 1432 2863 425 566 709 4 733 v B 415 A A Init C Step 0 0910 A 0 1000 A End End Vv 0 6000 4 2 00 v me 1 3 Sweep C Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Load Station Load Station 2 3 Sweep C C High Disp Cursor NUM MAX MIN Disp Curso
47. 775 8 Load Station 3 Meas 3 RC02A Menu 112 vonage 1 Function Normal Current 2 Curr Limit 60 000 A PEE 3 Measure voltage Current Top wer 4 Meas Rate Llu Bottom PHz Meas 1 3 Meas Top Middle Bottom 2 3 Meas Top Middle Bottom 4 MENU
48. Over Voltage LN 300A G6 0 6 A LN 300C G6 0 15 A LN 1000A G6 0 6 A LN 1000C G6 0 15 A 150 Load Station 10 AN 0 6 V Reverse Connection CANCEL
49. xls Excel VBA F RU 55 yE Fa Et SQI 0 SQD SPHNR1IHC 1 NR2HCHNR2 1 1024 2 3 SQUISPMNR11 1 1 65535 CHNR1 0 iCJINR11 2 CiNR2j 1 1024 3 1 1024 4 mS SQC SPHNR1 0 1 0 1 CANCEL 82 7 Sweep R VI C P 7
50. Load Station B A B 0 15 mS VIV o 15 A2 B 2 MRSS NI 0 15 9 A3 B3 A B 0 A2 A3 217 B Load Station
51. Version LN Firmware 1 0 0 0 Firmware nd 1 0 0 0 FPGA CPU 1 0 0 0 FPGA LOAD 1 0 0 0 CPLD Option 1 0 0 0 Boot 1 0 0 0 Option RCU2A GP EB 7 DIDO IF Calibrated Date xr a xc 24 Load Station 2 ANTE OFF KE ET l EE es TARGET DEVICE IN T 1 CUT i B Ow ara Aeae TARGET DEVICE SG 300W M6 1000W M8
52. B CC CR CV CP ELTE CR 81 6 Load Station N 8 JE SINE 7 TETZA sin BIMA 3 Excel
53. NUM MAX MIN w gt M LN 300A G6 0 00 W 300 00 W 1 0 000 W 40 000 W LN 1000A G6 0 0 W 1000 0 W LN 1000C G6 NN Step P 1 End P End V CV 4 BX yE S RH
54. 2 756 Load Station 11 1 ON 2 MENU 5 M S 5 M S 4 x O OFF 5 MENU 6 5 MS 5 M S f
55. CC CV 1 1 172 Step Load Station Load Station 5 Dynamic 2 2 Dynamic Time CC CC CR CR CV CV CP CP PETE EE H L 2 H H L L H M L 3 Current H H M M L L ON OFF Disp I _ Cursor Auto I Y Y axis 2 2 1 2 2 172 7 5 Dynamic ON OFF Load Statio
56. This warranty is valid only in Japan 2 1 0 8
57. 1 Value 2 3 ENTER 1 Value 2 NUM 3 4 ENTER Value Value Value CC X
58. 1 1 3 2 Disp Disp 97 7 Sweep Load Station 2 3 Graph 4 Disp Cursor Data E Clear Auto X X Axis Auto j Y Y Axis Range Range 4 DT 92 Load Station 7 Sweep ON OFF ON
59. 18 C DIDO psk F 2 g Bi FR iA 2 1 0 8 FIRMWARE VERSION HE BE Pa ml mm
60. Normal 131 8 Load Station Language English MENU Language 7 Lang 1 System 2 Menu System 213 5 LCD Backlight 4 6 Color Design Normal Z Language English 8 Firm Ver System 3 8 Firm EER 2 7 Lang Language Menu System 2 3 5 LCD Backlight 4 6 Color Design Morrnal 7 Language English 8 Firm Ver PAGUA 7 Lang 6 Firm 3 English 132 Load Station 8 Firmware Version MENU Firmware Version 8 Firm 1
61. CC EXT NUM MAX MIN CV Fast Slow 48 Load Station 4 Normal A 3 A ON OFF ONOFF ONOFF CR CV CP SENSE 2
62. 2 23 C 5C 70 6 3 4 CC EXT CV CR CP SHORT CR LN 300A G6 LN 300C G6 40 000 S 0 005 S 3 3333 S 0 0004 S 0 025 O 200 Q 0 3 Q 2 5 kO 4 0000 S 0 0005S 0 33333 S 0 00004 S 0 25 Q 2 KO 3 Q 25 KQ 333 uS 400 uS 33 uS 120 V 500 V 13 333 S 0 0016 S 1 1111 S 0 0001 S 0 075 Q 600 Q 0 9 O 7 KQ 1 3333 S 0 00016 S 0 11111 S 0 00001 S 0 75 Q 6 KQ 9 O 70 kO 1 33 mS 111 uS 0 5 of Conv Curr 0 5 of Conv Curr 2 3 4 5 0 2 of f s 0 2 of f s Vin 50 KQ Vin 750 KQ 1 2 23C 5 C 70 6 X3 Conv Curr Vin 4 Vin 1 10 V 5 f s H CV
63. VMode 6 VMode 700 ms CC CC EXT SHORT e Normal 1 Menu 2 Menu 2J2 5 Master Slave OFF 6 V Mode OFF 7 V Level 0000p s klenu 2 5 M15 6VMode 7 VLev 2 6 VMode Menu 272 5 Master Slave OFF
64. Power On Setting 4 PwrOn 1 System 1 Menu System 173 1 GPIB Addr 1 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting LcP 2 DIDO 3 Range fA Pwron 3v 4 PwrOn Power On Setting Menu System 1 3 1 GPIB Addr 1 2 DIDO Disable User 3 DIDO Range Defined Disable 4 Power On Setting 1 GPIB 2 DIDOD 3 Range PurOn BEER 4 3 User Defined 729 8 Load Station LCD Backlight MENU LCD Backlight 5 LCD 1 System 2 Menu System 213 5 LCD Backlight 4 6 Color Design Normal fT Language English 8 Firm V
65. o 1 1 m 107 7 Sweep Load Station 108 8 8 Load Station 110 1 FunCc 2 CLim 3 Meas 4 MRate 5 MS 6 VMode 7 VLev 1 GPIB 2 DIDO 3 Range 4 PwrOn 5 LCD 6 Color 7 Lang 8 Firm 9 OCP 10 OPP 11 1 F 12 Reset
66. 776 Load Station 8 4 MRate AAD 1 4 MRate Menu 1 2 1 Function Mormal 2 Curr Limit 60 000 A 3 Measure voltage Current Power 4 Meas Rate 2 50 Hz 60 Hz 117 8 Load Station 5 M S 1 MENU 2 Menu 2 Menu 2 Menu 1 2 2 5 Master Slave OFF 6 Y Mode OFF 7 V Level HH S Menu 2 SMIS 6VMo
67. 0 0 50 0 276 0 0 10 0
68. 186 Load Station 15 Dynamic LN Sweep LN R CR V I C CC P CP lt LN 1 ms 10 min 1 ms 1 ms 100 ms 100 ms 100 ms 10 min CC LN 300A G6 LN 300C G6 0 A 0 6 A 0 A 0 12 A 5 mA 1 mA 0 02 mA 0 2 of stg 0 2 of stg 25 mA Vin 50kO 10 mA Vin 750 kQ 0 2 of stg 0 2 of stg 12 mA Vin 50kO 3 mA Vin 750 kO 0 2 of stg 0 2 of stg 6 mA Vin 50 KQ 2 mA Vin 750 KQ 187 15 Load Station 0 2 Aus 0 01 A us 20 A us 1 A us 0 02 A us 0 001 Aus 2 Alus 0 1 A us 0 005 A us 0 00025 A us 0 5 A us 0 025 A us 1
69. 38 Load Station 3 CURSOR
70. Private Sub InitIF GPIB 1 Command1 Click 50 A 5A 2 Command2_ Click 5A Step 1 3A SteD 2 3 Command3_Click Option Explicit Dim IFid As Integer NI I F Device ID Private Sub InitlF If 0 lt ilfind GPIB0 Then Init I F IFid ildev 0 1 0 T3s 1 amp HC0A ilsic 0 Interface Clear ilsre 0 1 Remote Enable ilwrt IFid INI 3 Sleep 3000 Else MsgBox
71. Now Measuring9 Measure Not starting PASS FAIL SER HHHH Now Measuring h hZ A NO OPP TEST 1 2 CD 2 LOAD OFF ON 174 Load Station 13 SQl 0 SQDISPIINR1i OI 1 INR21 CIINR2 1 1024 2 3 SQU SPHNR1 1 1 65535 iCJINR11 0 CINR11 2 iCJINR21 1 1024 3
72. Hit DS DSISPIINR11 t 0 2 Bottom 0 Top 1 Middle Bm MF SP NR1 0 1 0 1 HZ SP NR1 0 1 AD 0 50 Hz 1 60 Hz NR1 SP C 1 769 13 Dynamic hi 170 Time Dynamic Fred CC SPHNR2 CR SPHNR2 CV SPHNR2 CP SPHNR2 CX SPHNR2 CS CD SPHNR1 DP SPHNR1 DC SPHNR2 DT SPHNR2 DR SPHNR2 FDTISPHNR2 FDD SPHNR2 FDC SPHNRIHCHNR2 FDR SPHNRIHCHNR2 RC
73. MENU 1 MENU 2 MENU 1 MENU 2 1 Func LOAD ON OFF ON OFF ON ON OFF OFF LOAD ON TA II 2 J LOAD OFF 41 3 Load Station
74. p 115 OCP LOAD OFF p 134 110 OPP LOAD OFF p 135 1 104 1 1 56 Load Station E 4 Normal
75. p 115 OCP LOAD OFF p 134 67 5 Dynamic Load Station T S 1 2 1 2 ON OFF ON ON OFF OFF CV JEF CR CV CP SENSE 2
76. 1 LN 300C G6 LN 1000C G6 3 LN 300C G6 x 1 12 A 12 A x 1 3 36 A 12 A x3 u H LN 300C G6 LN 1000C G6 LN 300C G6 x10 158 Load Station 11 2 LN 1000A G6 LN 300A G6 2 LN 1000A G6 2 LN 1000A G6 x 1 LN 1000A G6 LN 300A G6 1 180A 180A x2 LN 1000A G6 LN 1000A G6 x11 3 759 11 Load Station ONOFF ON OFF
77. 110 sans p 115 OCP LOAD OFF p 134 110 OPP LOAD OFF p 135 1 104 o 1 1 700 Load Station 7 Sweep P Rd 5 42 gE 5 10 4 94 4 77 DDD 148 283 425 566 708 4 733 v EHE w WW Init F Step F 0 001 vv Ear A End P En
78. INT SENSE EXT Remote Dynamic Freq Mode CC CR CV CP H L Range s 95 H M L Period 1 Duty1 1 1 vuei 1 a OAT 1 SlewRate1 1 1 Valule2 Dit a u Sas 2 SlewRatee 2 2 65 5 Dynamic Load Station 1 2 Period Period Duty Duty1 Value Va
79. JEITA 100 MHz e 100 MHz 20 MHz AC DC 0 0 50 0 0 5 DP 100 X 214 Load Station B
80. Menu System 3 3 9 OCP Load Off Enable You must turn off Factory this system manually zg 12 Reset 139 8 Load Station 140 9 9 Load Station 8 e e MEMORY 1 MEMORY Memory Recall 172 1 Normal CE 85 V70 12A Auto 0 0000 A 0 0250 Aus 2 Mormal CR 85WV71 204 Auto 0 000090 1 K 3 Normal C 35W 12A 1 0000 Y FAST 4 Normal CP 85W77 12A Auto HU Vi Recall 2 xD NEXT
81. 37 3 Load Station H0 lt H4 VO V4 Voltage Current Range 1 2 1
82. 5 08 v Booster Alarm kh Mode Range CC 120V 6 0A Value SlevwiRate 1 000 A 0 20 A us Mode Range va RA 766 13 USB GPIB IEEE488 1 13 Load Station 168 USB GPIB LX OP01A GPIB 1 30 8 LF EOI End of Identify
83. 757 10 Load Station 752 11 11 Load Station L z 1 9 10 LN 300A G6 LN 1000A G6 LN 300A G6 LN 300C G6 LN 300A G6 LN 300A G6 LN 1000A G6 LN 300C G6 LN 300C G6 LN 1000C G6 LN 1000A G6 LN 1000A G6 LN 300A G6 LN 1000C G6 LN 1000C G6
84. LED 1 2 2 2 2 2 1 X1 LED 2 4kO 5V 12V H 4 5mA X2 30 V 10 mA GPIB LN 300A G6 LN 300C G6 GPIB IEEE488 1 235 Load Station C 1 97 UC oiii 114 C LoW aaa aaa 97 FC P NN 126 CANCEL A uu u u u T uD ua I T LIS 12 10 OPP ee 135 CC 42 136 Clim 49 110 EE n E E E AE E S A 137 CP ed 42 CR F 42 2 CURSOR 39 EE 115 CORSO 12 2 DIDO es 127 OE e r 54 CV ee 42 3 D MC E IS em 116 3 Rande 128 DIDO A A 228 Dynamic Time
85. System 2 Menu System 213 5 LCD Backlight 4 6 Color Design Mormal fT Language English 8 Firm Ver System Z System 3 8 Firm ETER 2 8 Firm Version IN 3DDA G5 SIN 1 Firmware 2 0 0R1 1571 Firmware nd 2 0 0R1 FPGA CPU FPGA LOAD CPLD Option Hnnt 1 0 1 995 Option RIPPLE GFIBIDIDO IF Calibrated Date 2011 5 29 133 8 Load Station OCP Load Off Load Off Load On 110 MENU OCP Load Off 9 0CP 1 System 3 Menu System 373 9 OCP Load Off Enable 10 OPP Load Off Enable 12 Reset 9_ocp io oPp fi2 Reset ETERA 2 9 OCP OCP Load Of
86. PN RC IN _ RCIN 500 V DP 100 200 V RC 02A RC 02A RC 02A Normal 2 2 MAX MIN DC 6V 60 V 500 V Auto Noise amp I N 0 3 V 3V Auto THRU 50 Hz 279
87. 160 12 161 162 162 162 5 164 164 164 165 166 166 ee 166 13 167 __ aaa 168 aa 169 170 172 175 LL 175 175 176 176 GPIB 177 USB a 180 USB OCX 180 182 USB F7 Ju ZE SE aaa sasa 182 14 e 183 EDE i 184 184 184 15
88. DIDO 11 12 230 Load Station OFF ON ALM INPUT 11 12 LED LED DIDO 17 18 19 20 21 22 23 24 25 26 30 V 10 mA OFF ON LOAD ON OFF STATUS 17 18 CUR RANGE STATUS1 19 20 VOL RANGE ST
89. CANCEL 5 08 v 0 0000 A 0 00 w Mode Range cc 120v se0A walue 5lgwHate 16000 A 20 20 A us GPIB GPIB POWER OFF GPIB 15 20 m 2 m 1 4m GPIB 3 GPIB ON USB USB 1 4m
90. 1 2 lt 1 2 1 67 5 Dynamic Load Station 1 MENU o 2 1 Func 1 Func 1 Func 3 3 Dynamic Time Dynamic Freq Dynamic Dynamic Dynamic 2 e MENU e MEMORY 62 Load Station Dynamic Freq Dynamic F 0 050 Time m ec ee Range Ea 120V 0 6A K Duty 1 oe Mode 1 2 Dynamic Fred CC CR CV CP Voltage Current H
91. SHORT 4 Normal Normal 4 Normal F 44 6 e e e e e Load Station Load Station 4 Normal EXT IN
92. Windows LN Series Library Excel ActiveX FEA eE TN T A S b2 Aa EAT Wisual PE l Basic A 54 puspa ISE BE ac Aa a ab EE ActiveX Load Station 13 T Fi JE ILIR gntnhar Glass phhintify Control HHCtrl Object Host Channel Control HtmlhlgHelner Class jmstallEngineCtl Object KEROKU GIKEN EL Series Control KETSOKLI GIKEN MCDO Contral HAR FER 363 KB ActiveX 2010711701 14 01 z lll ME 2 UE Activex ocx dll w KEISOKU GIKEN LN Series Control gntnhar Glass Gpib Notify Control HHCtrl Object Host Channel Control HtmlDleHelper
93. 42 4 NORMAL 43 J S 44 E cia sa 44 PEE sss sn ni Dn s 46 i 46 Normal 47 49 lt 50 Mode 50 Range i 50 Value 51 SlewRate 53 54 VMoode 55 56 56 i 56 Load Station 5 DYNAMIC 59 A 60 60 HH 62 n 62 DYNAMIC FREQ 63 APARE le 65 at 66 pp 66 fila JE J JQ u aasssssssssasssassasasasasasasa 67 Mode Range 67 Period a 4 Ek Duty1 67 Value kk 67 SlewRate 67 2 CLim 67 ee 68 68 CLUB 55 68
94. Z 20 kHz 500 kHz RC 02A t 1
95. sx End C End V i se CV 4 LN 300A G6 L 20V 0 000 V 20 000 V LN 1000A G6 H 120 V 0 00 V 120 00 V LN 300C G6 L 85V 0 000 V 85 000 V LN 1000C G6 H 500 V 0 00 V 500 00 V Load Station 7 Sweep PASS FAIL PASS FAIL C High C Low
96. 1 AC 1 1 AC 2 2k 5k 2 AC Load Station B RC IN RC IN BNC 50 Q
97. DI Range DI Range MENU DIDO Range 3 Range 1 System 1 Menu System 1J3 1 GPIB Addr I 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting 1 GPIB 2 DIDO 3 Range fA Pwron EFEX 2 3 Range DIDO Range Menu i System 113 1 GPIB Addr 1 2 DIDO Disable Fnahle 3 DIDO Range Disable 4 Power On Setting 3 Enable DI Range Disable DI Range 128 Load Station 8 Power On Setting MENU
98. 23 C 5 C 70 6 3 1MO 792 Load Station 15 LN 300A G6 LN 300C G6 LN 300A G6 LN 300C G6 30MO DC500V LN 300A G6 LN 300C G6 q 0 C 40 C 5 85 RH 1 25 m L 10 C lt 50 C 5 95 RH 1 29 m 10 0 10 20 30 40 50 C 193 15 Load Station LN 300A G6 LN 300C G6 215x128 6x420 NT NI 96 5 kg 194 Load Station 15 LN 1000A G6 LN 1000C G6 stg rdg f s 30 Vin
99. 42 4 E 4 MRate 117 4 PwrOn a 129 j s O PI ss sa 97 e EE u LL L u uluya usss 89 9 End P 104 5LCD aaa aa aaa 130 ass SE 0 pa 5 M S aa aaa a aaa 118 Wi ii 42 6 EXT kk 14 CO RR e P 131 F 6 VMode I r ara 120 Filter 221 7 89 ELES o E EE E ET 89 TLang eee 132 Func OO 110 es 122 G 8 GPIB LL 223 SI 133 Graph S 55 5 n 89 97 104 9 I I OCP eee 134 ICO 97 e eee 89 A JI e US ns 104 ActiveX es 224 INPUT es 14 AC eee 215 AC 215 L B LCD 727252 4F0 IET 110 LOAD ON OFF ve 41 pahd A Dh 221 LOAD rnrn 12 14 Load Station M NU 110 MASTER SLAVE H Z772 14 IE 110 MEMORY 12 MENUS 5 12 Aele c i 49 65 72 14 110 N Noise amp RIPRDI u u uu uu uu uu uu kasta 221 NOMAL uuu u aa aasawa quqa qaw qiakusqawqayku 42 O ON OFF 12 49 65 72 P 104 DW u nun sunan E EE waman 104 PASS FAIL 99 100 106 107 R Had 49 65 72 89 97 104 221 aele E E qiiqata 72 RIPPLE BATI u usausasapsa usasapa 215 S SENSE 14 SORT ER 42 SlewRale CC 49 65 72 LS 0 umasa asas s sus 65 72 209 211 SID E O A E 97 SIR 89 SGD 104 SWEEP scieicngrianai iai 42 SWeeD RP 42 Sweep R u 42
100. CC e EXT SHORT Normal VMode VMode VMode VMode p 122 55 4 Normal Load Station ON OFF ON OFF CV S CR CV CP
101. 4 2210 OFF 5 MENU 6 5 MS 5 M S Multi 7 OFF F 164 MASTER SLAVE MASTER SLAVE POWER Z OFF MASTER SLAVE_IN MASTER SLAVE OUT Load Station N A 12
102. C Low C High Time 1 200 ms 1000 ms 2 1 Time G 200 ms 1000 ms Time Graph R R Graph Range Range 4 99 7 Sweep Load Station
103. Sweep LN R CR V I C CC P CP LN 1 ms 1 ms 100 ms 100 ms 100 ms 10 min CC LN 1000A G6 LN 1000C G6 0 A 18 A 0 A 3 6 A 0 06 mA 0 2 of stg 0 2 of stg 75 mA Vin 16 67 kO 30 mA Vin 250 kO 0 2 of stg 0 2 of stg 36 mA Vin 16 67 kO 9 mA Vin 250 kO 0 2 of stg 0 2 of stg 18 mA Vin 16 67 kO 6 mA Vin 250 kO 196 Load Station 15 0 3 Aus 0 03 A us 30 A us 3 A us 0 03 A us 0 003 A us 3 A us 0 3 A us 0 0075 A us 0 00075 A us 0 75 A us 0 075A hs 1 2 23C 5C 70 6 3
104. Load Station 5 Dynamic AN SENSE INT SENSE EXT p 115 10 1 1 110
105. ET lt UT C o u s 197 15 Load Station CP LN 1000A G6 LN 1000C G6 0 W 1000 W 0 W 120 W 167 mW 16 7 mW 0 6 of stg 0 6 of stg gt lt 2 3 1 4 of f s 1 4 of f s VinxVin 16 67 kQ VinxVin 250 kO 1 2 23C 5C 70 6 3 f s H EXT LN 1000A G6 LN 1000C G6 0 2 of stg 0 2 of stg 0 5 of f S 0 5 of f S Vin 16 67 kO Vin 250 kO 1 2 23 C 5 70 6 3 EXT 10 V 4 5 CC EXT CV CR CP SHORT SHORT LN 1000A G6 LN 1000C G6 MAX 198 Loa
106. QUES 01 STO QUES 10 1 ALARM_OVER_VOLT 2 ALARM LIMIT _CURR 8 ALARM LIMIT POWER 16 ALARM_OVER_TEMP 1024 ALARM EXT 2048 ALARM REV VOLT 4096 ALARM_BOOSCON 8192 ALARM_BOOSMODEL CC 0 1 A Mid lt gt gt RC 2 Mid CC 0 1 CC 0 1 A SW 1 ON MC 2 Mid MV 176 Load Station 13 GPIB National Instruments GPIB Microsoft Visual Basic GPIB Visual Basic
107. M 2252 CD ROM USB 1 5m BM 58U 150KO RC 02 OFF 3P 2 m x 2 gt gt e 77 Load Station KE KEISOKU IKEN SO ooroo T won OD 1 LCD 2 fa ABRIR 3 3 4 CURSOR S a 3 5 CANCEL 3 6 ENTER
108. WWW F A B C D E AC F AC G RIPPLE RATIO T t UT x 100 275 B Load Station
109. 2 790 Load Station 15 LN 300A G6 LN 300C G6 0 0 A 60 0 A 0 0 A 12 0 A 0 00 A 60 00 A 0 00 A 12 00 A 0 000 A 60 000 A 0 000 A 12 000 A 0 1A 0 1A LN 300A G6 LN 300C G6 INT EXT EXT IN EX IN 1 I LN 300A G6 LN 300A G6 LN 1000A G6 9 H M ON OFF
110. Load Station 1 2 MENU 1 1 2 Normal Dynamic Fred Dynamic Time Sweep R NEXT 2 2 SWeeD C Sweep P NEXT NUM MAX MIN Top Middle Bottom 4 MRate 50 Hz 60 Hz 112 1 2 Voltage Current Power M S Current NEXT gt 2 2 M S Power NEXT Duty 16 V I 2 2 2 2 2 EB EB EB r EB 1 2 50 Hz 60 Hz 1 2 MENU 2 Load Station 2 2 MENU 2 5 M S OFF Master Multi List 6 VMode 1 3 OFF Load Off H Load Off L CR H NEXT 2 3 CR L NUM MAX
111. p 115 OCP LOAD OFF p 134 110 OPP LOAD OFF p 135 104 1 69 5 Dynamic Dynamic Time 0 50 0 40 0 30 0 20 0 10 II 0 000 0 170 Time msec prhamic D T Ste Time Mia oaz re Q walue 5lgwHatg 0 5000 A 0 0100 Hs 1 2 Dynamic Time Step MAX MIN NUM MAX MIN NUM MAX MIN NUM MAX MIN Fast Slow X1 CV SlewRate 70 1 16
112. NUM MAX MIN Bx AE SD Bl s P T _ M H 20V 0 0005 S lt 4 0000S 0 005 S 40 000 S LN 300A G6 2000 0 Q 0 2500 Q 200 00 Q 0 0250 Q 120 V 0 00016 S 1 3333 S 0 0016 S 13 333 S 6000 0 Q 0 7500 Q 600 00 O 0 0750 O 222 sss 0 00004 S lt 0 33333S 0 0004 S lt 3 3333 S LN 300C G6 25000 Q 3 0000 Q 2500 0 0 0 3000 Q 500 V 0 00001 S 0 11111 S 0 0001 S 1 1111 S 70000 Q 9 0000 Q 7000 0 O 0 9000 O LN 1000A G6 666 67 Q 0 0833 Q 66 667 Q 0 0083 O 120V 0 0005 S lt 4 0000S 0 00 S 40 000 S a 2000 0 Q 0 2500 Q 200 00 4 0 0250 O 85V 0 0001 S lt 1 0000S 0 001S lt 10 000 S LN 1000C G6 ss 8333 3 Q 1 0000 Q 833 33 Q 0 1000 Q 500V 0 00004 S lt 0 33330S 0 0004 S lt 3 3333 S d 23333 Q 3 0000 Q 2333 3 O 0 3000 O Step G 1
113. CR CP SHORT SHORT LN 300A G6 LN 300C G6 MAX 189 15 Load Station LN 300A G6 LN 300C G6 0 120 00 V 0 500 00V 0 20 000 V 0 85 000V J 10 mV L 1 mV 1 0 05 of rdg 0 05 of f s 2 1 23C 5C 70 6 X2 XI W mW aW HI IP IC IN VIIN mi HI LN 300A G6 LN 300C G6 0 12A 0 1 2A 0 0 12A 0 5 mA 0 1 mA 0 1 mA 0 2 of rdg 0 2 of f S 0 2 of rdg 0 5 of f s 1 23 C 5 C 70 6 2 3 LN 300A G6 LN 300C G6 1 x 1
114. ON OFF ON S End V PASS FAIL C High C Low PASS FAIL End V p 115 10
115. p 115 OCP LOAD OFF p 134 110 OPP LOAD OFF p 135 104 1 77 5 Dynamic Load Station 78 6 CD xls USB GPIB 6 Load Station 1 ms T
116. 106 107 107 PASS FAIL tia 107 107 8 109 ni A 110 i 110 EC 111 111 a 112 114 1 Func 114 115 2 CLim A m n 70 115 ik 116 3 Meas oo 116 lk 117 4 MRate 117 118 5 M S ss 118 120 VMode 6 VMode i 120 VMopE 122 VMode 7 VLev 122 i 123 i 123 124 GPIB 126 126 GPIB 1 GPIB 126 DIDO 127 127 Load Station DIDO 2 DIDO LL 127 D
117. 2 2 e CANCEL 142 Load Station MEMORY Recall 1 2 NEXT 2 2 NEXT 1 2 NEXT 2 2 NEXT 1 2 3 4 2 2 5 6 7 8 1 2 1 2 3 4 2 2 5 6 7 8 1 2 9 143 9 Load Station Store Recall
118. CV 1 X1 2 2 1 2 X1 CV SlewRate Step 5 Dynamic ON OFF ON OFF ONOFF CR CV CP SENSE 2 SENSE
119. 57 4 Normal Load Station 58 5 Dynamic Dynamic 5 Dynamic Load Station 60 Dynamic Dynamic Freq Dynamic Time 2 Dynamic Freq Period 1 Duty1 2 Dynamic Time Step Time 16 Dynamic Freq Dynamic Time 0 170 0 340 Time msec Time msec MA a l ode ange ep ime HIN 120V 0 6A 0 120 ms F eriod Duty 1 walue ate 0 100 ms 70 00 0 5000 A 0 0100 Ab Mode E Dynamic Time
120. 222 223 USB GPIB 223 US 224 RC 02A 225 C 227 DIDO 228 228 a 229 229 230 230 230 aaeiisisissiesireinrenrnrnn 231 i 232 CIP 232 COREG na 232 GPIB DIDO 233 LX OP01AGPIB DIDO 235 Load Station
121. 28 USER DEFINED1 29 SWEEP CO P Pass Fail C P 30 SWEEP C P Pass Fail C P 31 PWR 12V 12V 100 mA 32 PWR GND GND DIDO 1 2 ON OFF 12V LOAD ON OFF STATUS T OFF ON DIDO 3 4 5 6 3 Range Enable 8 CUR RANGE1 CUR RANGE2 gg 3 4 5 6 L M H
122. LOAD OFF LOAD ON 765 12 Load Station ON OFF ON OFF
123. _ 7 7 Store ii Factory Default User Defined 4 PwrOn User Defined 12 Reset Factory Default User Define Factory Default
124. typ RC 02A RC 02A JEITA 100 MHz RC 02A DP 100 1 mO 2 mO 4 mO 80 nH 100 nH 130 nH 79 20 Load Station LX OP01A GPIB DIDO GPIB DIDO LX OP03 MASTER SLAVE U LX OP04 2
125. 123 8 Load Station 1 3 SYSTEM 1 1 GPIB MAX MIN 2 DIDO Enable Disable Enable Disable User Defined 1 3 1 2 3 SYSTEM 2 5 LCD MAX MIN Normal English 2 3 124 GPIB 30 1 DI DI DI DI 1 3 SYSTEM 2 LCD 1 8 2 3 SYSTEM 3 Load Station 3 3 SYSTEM 3 9 OCP Enable Disable 10 OPP Enable Disable 11 MF USB USB GPIB 12 Reset Factory Default 3 3 1 8 W QF W W bu F SF w USB USB GPIB 3 3 MENU 1 125
126. 3 Sweep R Sweep C Sweep P Sweep C Sweep P NEXT Sweep Sweep 2 e MENU e MEMORY 85 7 Sweep R V 86 354 42 5 26 5 10 4 94 0 00 1 42 2083 425 566 7 0g 4 733 v 6 416 A A Irit 1 Z F Step B 1 7 1 R 1 0 1000 L End T 2 H End v 1 3333 LE 2 00 1 3 Sweep R Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Load Station Load Station 2 3
127. Range Range 4 Period Duty1 Period 1 2us 10 s Bx JE SD H 2 us Period 20 ms 1 ps 20 ms lt Period lt 200 ms 10 us 200 ms lt Period lt 2 s 100 us 2 s lt Period lt 10 s 1 ms Duty1 1 006 1009 Value Value 4 E PAHO SlewRate SlewRate 4 2 CLim
128. 42 6 CC CR CV CP EXT SHORT Normal O O O O O O Dynamic Freq O O O O Dynamic Time O O O O Sweep R O Sweep C O Sweep P O O e CC e CR e CV e CCP e EXT e SHORT CC CR CV CP TEXT
129. LN 300A G6 L 20V 0 000 V 20 000 V LN 1000A G6 H 120V 0 00 V 120 00 V LN 300C G6 L 85V 0 000 V 85 000 V LN 1000C G6 H L 500 V 0 00 V 500 00 V 105 7 Sweep Load Station PASS FAIL PASS FAIL P High P Low P Low P High Time 1 200 ms 1000 ms 2 1 Time 200 ms 1000 ms Time Graph
130. Load Station 13 MC SPIINR1 0 lt 3 X1 RYE E RUE HEHEH 0 1 H DS 2 M 3 L MCFR 3 DS MV RIE FRUE HHH HH DS MW x 382418 HH HHH DS s BMC SPIINR11 0 3 Pr i HEHEH 0 1 H DS 2 M 3 L L BMW x
131. 1 Range Current L 1 M H Auto 2 50 Load Station 4 Normal 1 L CC 2 Auto CC CR CP EXT 3 Value CURSOR LOAD ON OFF
132. 1 us 60 s EJE 0 1 us lt Time lt 20 ms 1 us 20 ms Time 200 ms 10 us 200 ms lt Time lt 2 s 100 us 2 s lt Time lt 20 s 1 ms 20 s Time 60 s 10 ms 1 Time Step Value Value 4 E PARO SlewRate SlewRate 4 Mode Range Mode CC CR CV CP Mode 4 74 Load Station 5 Dynamic
133. 10 KW LN Load Station JEITA 100 MHz LL 050 80 nH AWG7 1 5 lt LL 050 50 cm 500 V LL 100 100 cm 500 V LL 200 200 cm 500 V
134. MAX MIN NUM LN 300A G6 N1000A G8 0 0000 V 120 000 V LN 300C G6 LN 1000C G6 0 0000 V 500 000 V 122 Load Station 8 MENU 2 1 MENU 2 2 2 2 Menu 212 5 Master Slave OFF 6 Y Mode OFF 7 V Level 0000o kienu 2 3 2 2 1 Menu System 173 1 GPIB Addr 1 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting ann t CANCEL MENU
135. e e lo lo 10 A AWG16 10 A lt lo 30 A AWG12 30 A lt lo 60 A AWG8 AN LN 300A G6 120 V 60 A LN 300C G6 500 V 12A LN 1000A G6 120 V 180 A LN 1000C G6 500 V 36 A AN 20 A 20 A 26 Load Station 2
136. Dim ret As Variant Sheet1 KEISOKU_LNSeries1 CmdSend 1 V GPIB Sheet1 KEISOKU_LNSeries1 CmdRcv1 ret Sheet1 Cells 1 1 ret A1 End Sub Excel CD 6 182 14 14 Load Station AEE
137. DC MDISPIHNR1 0 3 0 1 6 V 2 60 V 3 500 V MNISPHNR1 0 2 0 1 300 mV 2 3 00 V MRISP1INR11 0 2 0 1 300 mV L 2 3 00 V MP INPUT DC x h FLISPHNR1 1 4 FL2 FL3 1 THRU 50 Hz 2 HPF 5 kHz 3 LPF 50 Hz 2 kHz X1 4 HPF LPF 50 2 KHz 5 KHz FH SPHNR1 t 1 2 1 FULL 2 20 MHz MS SPHNR1 H 0 1 DC 0 1 1 3 MFISPIINR11 0 1 0 1 HZ SPHNR1 0 1 AD 0 50 Hz 1 60 Hz RFISPJINR21 0 0 50 0 5 NR1 NR2 EPUB HEHHE SP C 223 B 1
138. Sweep Load Station Sweep R Sweep C Sweep P R V 5 53 1 47 3 35 2 234 1 12 0 00 DD 1 55 310 465 620 7 74 1 348 v n Z3 A A lt a 1 zH Step a 1 zB 0 002 1 0 100 KESI Endi 1gH End V BALA 2 00 v CEA Fac Ez C D D HHH 1 43 287 430 524 71 0 047 v 4 570 A A A Judge Current P SS 4 5697 A IN serc P T53 4 47 3 35 2 23 1 12 0 00 DDD 673 1348 20 19 26 92 33 64 0 047 v 0 214 A A Judge Power P SS 0 2140 Y D cap nav 1 84 V CR CC
139. Menu System 3 3 9 OCP Load Off Enable 10 OPP Load Off Enable ae 12 Reset 3 x pbDESELILVBEE SIR Enable Load Off Disable Load On 110 134 Load Station 8 opp Load Off Load Off Load On 110 MENU OPP Load Off 10 OPP 1 System 3 Menu System 373 9 OCP Load Off Enable 10 OPP Load Off Enable 12 Reset s ocP io oPp _ 12Reset RERA 2 10 OPP OPP Load Off Menu System 373 9 OCP Load Off Enable 10 OPP Load Off Enable 12 Reset 3
140. XG5M 1635 N XG4M 1630 16 15 1 LOAD ONOFF INPUT 2 LOAD ONOFF INPUT 3 CUR RANGE1 1 4 CUR RANGE1 1 5 CUR RANGE2 2 6 CUR RANGE2 2 7 VOL RANGE 8 VOL RANGE 9 ALM INPUT 10 ALM INPUT 11 ALARM CLR 12 ALARM CLR 13 Reserved 14 Reserved 15 PWR 12V 12V 100 mA 16 PWR GND GND 17 LOAD ONOFF STATUS 18 LOAD ONOFF STATUS 19 CUR RANGE STATUS1 1 20 CUR RANGE STATUS1 1 21 CUR RANGE STATUS2 2 22 CUR RANGE STATUS2 2 23 VOL RANGE STATUS 24 VOL RANGE STATUS 228 Load Station 25 ALM STATUS 26 ALM STATUS 27 USER DEFINED1
141. 3 7 ON OFF 3 8 MENU 3 9 2 10 USB USB2 0 2 11 MEMORY Mi 8 13 RAA LOAD LN 300A G6 LN 300C G6 LN 1000A G6 LN 1000C G6 12 Load Station AF 1 7 8 9 Ni BN Tl BE dn Range L H Range L M H SlewRate Value Mode CC CR CV 4 CP EX CO O
142. Store 145 9 Load Station 146 10 10 Load Station 1 1 1 OPP LOAD OFF p 135 148 2
143. 1 Master 2 Multi DIDO UDO SP 0 CHNR1 A 0 1 DIDO 0 OFF 1 ON LM SPHNR1 wA 0 8 0 1 CR 2 CV 3 CP 4 5 CR 6 CV 7 CP 8 LV SPHNR2 0 0000 V V Ld Fa ALMCOFFISP1INR1 0 1 OFF 0 Disable 1 Enable ALMPOFFISPHINR1 0 1 OFF 0 Disable 1 Enable
144. LN 1000A G6 LN 1000C G6 USB USB2 0 200 Load Station 15 LN 1000A G6 LN 1000C G6 1 U TRIG OUT LN 1000A G6 LN 1000C G6 5 Vp Step2 0 V tyb CURRENT MONITOR LN 1000A G6 LN 1000C G6 5 V 180 Af s 5 V 36 AT S 0 2 V 1 8 A f s 0 2 V 0 36 Af s 1 of Conv Volt 1 of f s 5 of Conv Volt 3 of f s BNC 1 H M L f s 2 ConvVolt x f s 23 C 5 C 70 6
145. SENSE 2 SENSE INT SENSE EXT 115 10 110 aska
146. Memory Recall 172 1 Normal CC 85v 0 12A Auto 0 0000 0 0250 AJus 2 Normal CR 85v 1 20A Auto 0 0000 1 0 3 Normal CV 85v 12A 1 0000 V FAST 4 Normal CP 85V 12A Auto 0 0000 vy Recall Load Station 3 H0 H4 V0 V4 H0 lt H4 V0 V4 2 H4 1 2 1 2 m ml em ami HO0 H1 H2 H3 H4 V4 NEXT 2
147. Gtep C 98 Step P 105 kl 12 38 i 118 157 164 26 170 172 175 42 169 1 PPE 11 kiN 117 116 154 l l a aaa 156 33 ee 37 Store 144 rr 145 19 29 oe 44 45 Load Station IRIRE 119 157 164 U I i m 162 J E e S 215 223 NUM 2 JYI RBE 215 kk 215 216 76 4 36 I 14 49 65 72 m s Ju u u u u Z 22 s 36 a L 28 kk 3
148. e 110 e 110 _ CLim x 110 Load Station 10 KES 5 08 v Over Current Me Mode Range CC 120V 6 0A V alue SlewRate 1 6000 A 0 20 Arus Mode Range va A 2 CLim p 115 OCP LOAD OFF p 134 H LN 300
149. CC 0 100 ms 0 00 MIN MIN MIN 0 000 V 0 000 V 0 000 S 200 ms MIN MIN MIN 0 000 V 0 000 A 0 000 A 200 ms MIN MIN MIN 0 000 V 0 000 W 0 000 W 200 ms 209 A 270 1 Func 2 CLim 3 Meas 4 MRate 5 M S 6 VMode 7 VLev 1 GPIB 2 DIDO 3 Range 4 PwrOn 5 LCD 6 Color 7 Lang 8 Firm 9 OCP 10 OPP 11 1 F 12 Reset Top E EZ Middle FES Bottom VMode GPIB LCD LCD mh Load Station Normal H MAX Voltage Current Power 50 Hz OFF OFF 0 0000 V Disable Disable 4 Normal English Enable Enab
150. Range Range 4 DT Repeat u Repeat Repeat 1 pita 1 J 1 Repeat 2 ON OFF ON OFF 2 CLim p 115 OCP LOAD OFF p 134 75 5 Dynamic S Load Station ON OFF
151. USB USB PC OS Microsoft Windows2000 XP USB Visual Basic Excel VBA 224 GPIB OS Microsoft Windows2000 Professional PC OS USB IBM PC AT Microsoft Windows XP Home Professional Load Station USB ActiveX 13 USB ActiveX Cmdsend s 4s string As long e CmdRcv string As long CmdSend str As string As lon
152. 10 mm EXT IN EXT IN 1 0 V 0 V 10 V DC 100 kHz EXT IN OFF 28 Load Station 2 EXTH TRIG MASTER _ imv our N N SLAVE UT IN
153. Fine V 0V FineStep 1 Time 1 200 ms 1000 ms 2 1 Time G 200 ms 1000 ms Time Graph X h Y
154. OFF MASTER SLAVE_IN MASTER SLAVE_ OUT Load Station 11 AN MASTER SLAVE_IN MASTER SLAVE_OUT MASTER SLAVE 1 OFF 3 MASTER SLAVE MASTER SLAVE MASTER SLAVE_IN MASTER SLAVE_OUT MASTER SLAVE 755 11 Load Station 2
155. T b Val2 T a Val a Period Duty1 Value SlewRate 4 Val2 66 Load Station 5 Dynamic 1 2 Mode Range Mode CC CR CV CP Mode 4
156. Enable Disable Enable Disable USB GPIB Factory Default Load Station 8 MENU 1 MENU 2 Menu 1 2 1 Function Morral Dynarnic 2 Curr Limit Freq 0 000 voltage Current Fower 3 Measure 4 Meas Rate SDHz Fune 2 2 112 Menu il 1J2 1 Function Normal 2 Curr Limit 12 0000 A 3 Measure voltage Menu 1 Current Fower 4 Meas Rate OHZ amna EET 3 2 1 2 MENU2 e MENU 777 8
157. Graph 91 L Range 2 92 u u E GA 93 E a E AE AE AE AENEA A AAE 93 93 C 94 97 200 NN 97 C 97 98 End V 98 PASS FAIL 99 Time 99 Graph 99 L Range 99 eo 100 ori 100 PASS FAIL 100 100 P 101 EE 104 104 P 104 105 End V 105 PASS FAIL 106 Time 106 Graph 106 Range
158. ON ON OFF OFF 1 2 n ON OFF ON ON OFF OFF 76 CV CR CV CP SENSE 2
159. Time gt Value gt SlewRate Step 1 2 3 ee 16 Time T1 T T3 oee T16 Value Vall Val2 Val3 Val16 SlewRate SR1 SR2 SR3 SR16 3 Time 1 0 340 MAX Time mec Dynamic T Ste Time ia ozo re i walue SIewmwRate 0 5000 A 0 0100 lis Time Value SlewRate SR2 T b Val2 T a Val a
160. 25 2 Load Station OFF ON OFF ON OFF OFF e 3 m
161. LN 1000A G6 LN 1000C G6 0 0 A 180 0 A 0 0 A 36 0 A 0 00 A 180 00 A 0 00 A 36 00 A 0 000 A 180 000 A 0 000 A 36 000 A 0 1 A 0 1 A 1 mA 1 mA LN 1000A G6 LN 1000C G6 LN 1000A G6 LN 1000C G6 INT EXT EXT IN EX IN 1 I LN 300A G6 LN 300A G6 LN 1000A G6 9 H M ON OFF FIs
162. Load Station 8 DIDO DI DI DI MENU DIDO 2 DIDO 1 System 1 Menu System 173 1 GPIB Addr 1 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting cp 2 DIDO 3 Range fA Pwron EFEX 2 2 DIDO DIDO Menu System 1 3 1 GPIB Addr 1 2 DIDO BETIE 3 DIDO Range i Disable 4 Power On Setting 1 ePB EN Range fA Peon 73 3 Enable DI Disable DI 127 8 Load Station DIDO Range DI Range DIDO Enable
163. NUM MAX MIN CC 3 m L M H LN 300A G6 0 005 Aus lt 0 500 Aus 0 02 A us 2 00 A us 0 2 A us 20 0 A us LN 300C G6 0 00025 A us 0 0250 A us 0 001 A us 0 100 Ahs 0 01 A us 1 00 A us LN 1000A G6 0 0075 A us 0 750 A us 0 03 A us 3 00 A us 0 3 A us 30 0 A us LN 1000C G6 0 00075 A us 0 075 A us 0 003 A us 0 300 A us 0 03 A us 3 00 A us 53 4 Normal Load Station CV Fast Slow 2 Fast Slow EXT M L H LN 300A G6 0 02 A us 2 00 A us 0 2 A us 20 0 A us LN 300C G6 0 001 A us 0 100 A us 0 01 A us 1 00 A us LN 1000A G6 0 03 A us 3 00 A us 0
164. SENSE INT SENSE EXT Remote Mode CC CR CV CP EXT SHORT H L Range s H M L Value SlewRate 110 H p 115 OCP LOAD OFF p 134 VMode p 122 CLim VMode 4 Normal
165. Sweep R Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Disp Cursor 200 ms 1000 ms Disp Cursor Data Clear Auto X Axis Auto Y Axis 7 Sweep 1 3 1 200 ms 1000 ms X Y 2 3 87 7 Sweep Load Station 3 3 Sweep R Voltage Current 591 88 H L 2 3 3 173 Load Station R oO oN oN gt H LLU 0 00 000 1 55 310 465 620 774 1 348 v InL a 1 2 F n Z3 A A Step a 1 z R 0 002 L0 0 100 Lo End 1gH End v 8 222 Le 2 00 R
166. B Load Station s kHz 2 kHz kHz LPF 50 Hz 2 kHz 2 kHz 5 kHz kHz 50 Hz FULL 20 MHz 20 MHz 220 Top Middle Bottom R Opt P 1 3 Voltage Current Power M S Current NEXT gt 2 3 M S Power R Opt Voltage R Opt NOISE R Opt RIPPLE NEXT 33 R Opt Power R Opt DC NOISE R Opt DC RIPPLE NEXT 2 3 EB EB EB EB 3 3 x 1 2 1 2 1 3
167. Master 7 G OFF F MASTER SLAVE MASTER SLAVE POWER Z OFF MASTER SLAVE_IN MASTER SLAVE_ OUT 157 11 Load Station AN OFF OFF MASTER SLAVE AN OFF
168. SHORT Dynamic Fred 2 Dynamic Time 16 Sweep R V CR Sweep C CC Sweep P CP Normal 0 00 v 0 0000 A 0 00 w Mode Range CC 120V O 6A walue SlewHRate 0 000 4 0 200 Aus Value P 1 MENU 2 1 Func 1 Func 40 Load Station 3 Menu 1 2 1 Function Mormal Dynamic 2 Curr Limit Freq 60 000 A 3 Measure voltage Current F Ower 4 Meas Rate 5 Fune EE
169. Load Station Mode 1 Mode Mode 2 Mode CC CR CV CP EX ST Range H L 2 1 Range Voltage L H LN 300A G6 LN 1000A G6 20 V 120 V LN 300C G6 LN 1000C G6 85 V 500 V 3
170. ON POWER ON OFF POWER OFF 5 ta e AC85 V 264 V 50 Hz 2 Hz 60 Hz 2 Hz e LCD 8 10 8
171. 149 10 Load Station Over Power Over Temperature 104 lt Fan H L LN 300A G6 124 V 20 8 V LN 300C G6 520 V 88 4 V LN 1000A G6 124 V 20 8 V LN 1000C G6 520 V 88 4 V AN BE
172. CV CLim CV CLim CV 110 CV CLim A CLim _ CV CV p 115 OCP LOAD OFF p 134 54 Load Station 4 Normal VMode 700 ms
173. LED LED 229 Load Station DIDO 7 8 3 Range Enable 8 VOL RANGE 7 8 L H LED LED DIDO 9 10 ALM INPUT 9 10 OFF ON LED LED
174. M l 2 NUM MAX MIN Duty1 NUM MAX MIN 5 Dynamic Xa CC CR CV CP mi mi s H L 2 V o 5 S m H M L 3 H M L 1 1 1 63 5 Dynamic 64 2 2 Dynamic Freq Value1 NUM MAX MIN NUM MAX MIN NUM MAX MIN Fast Slow SR2 NUM MAX MIN Fast Slow Load Station 172 1 1 Tm ll M CC CV 1 1 CC
175. NR1 5 ms P SWPTSETISP PASS NR2UO 1 INR21 2 173 13 P SWPSTART P _ SWPRES SPI INR1 P SWPRESSTP P PASS FAIL SWPTRES NRI NR2 RRUE HEHEH SP C 1 0 1023 PASS FAIL Load Station OPP TEST Error Already start TEST END OPP TEST Error step overflow XF Jl OPP TEST Error parameter invalid SAUE HHHH SAUE HHHH SAUE HHHH
176. 8 GPIB GPIB GPIB GPIB 1 726 MENU GPIB 1 GPIB Load Station 1 System 1 2 Menu System 1 3 1 GPIB Addr 1 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting 1 GPIB 2 DIDO 3 Range fA Pwron 1 1 GPIB GPIB Addr Menu System 1 3 1 GPIB Addr 1 2 DIDO Disable 3 DIDO Range Disable 4 Power On Setting 1 PIH EAMA E M EUT BEES MAX MIN
177. 1 gt 2 1 gt 3 2 gt 1 2 gt 3 3 gt 1 3 gt 2 DC DTDR DP Duty Step Step 1 1 CR CV Load Station 13 GCISPJINR21 _ Asl GV SP NR2 Fast 0 50 lt 50 50 50 lt 100 2 0 lt 50 50 Slow Slow 50 50 lt 100 Fast LSISPHNR2 A BS SPHNR1 H 0 2 Normal 0 Normal MasterMulti
178. 1024 GPIB USB 1 ms 10 min 1 1024 1 gt 65535 CC CR CV CP GPIB USB GPIB USB CANCEL lt A U n n 1 n 2 80 Load Station 6 xls xls Excel USB e USB CD W
179. MASTER SLAVE_IN MASTER SLAVE_OUT MASTER SLAVE 762 Load Station 12 2 163 12 Load Station 1 ON 2 MENU 5 M S 5 M S
180. er 18 19 2 21 7 22 22 errer 22 1 u D 23 23 i 23 25 25 29 31 34 Load Station 3 AKEIE 35 kkk 36 p m a E x 37 HERDIS 37 RIF ee 38 38 39 CURSOR 39 39 40 40 40 ff A 41 41 LOAD ON OFF 41 42
181. 3 1MO 207 15 Load Station LN 1000A G6 LN 1000C G6 LN 1000A G6 LN 1000C G6 AC1500V 1 30MO DC500V LN 1000A G6 LN 1000C G6 m 2000 m AEA 0 C 40 C 5 85 RH 1 25m 10 C lt 50 C 5 95 RH 1 29 m REOL J r 10 0 10 2 202 Load Station 15 LN 1000A G6 LN 1000C G6 W x Hx D 430x128 6x450 203 15 Load Station LN 300A G6 LN 300C G6 215 6 4 LINE 100V 240V A 0 MADE IN JAPAN 204 Load Station 15 LN 1000A G6 LN 1000C G6 KAS KEISOKU LN 1000A G6 120 1801 1000w 128 6 11 5 o Pt2oV 180A 14 7 450 205 15 L
182. 2 Load Station Ka 2000 m 0 C 40 C 5 85 RH 1 25 g m
183. 4 CC EXT CV CR CP SHORT CR LN 1000A G6 LN 1000C G6 0 0083 0 66 667 Q 0 1 0 lt 833 33 Q 12 000 S 0 001 S 1 0000 S 0 0001 S 0 0833 O 666 67 Q 1 Q 8333 3 Q 12 mS 1 ms 120 V 500 V 40 000 S 0 005 S 3 3333 S 0 0004 S 4 0000 S 0 0005 S 0 33330 S 0 00004 S 0 25 Q 2 KQ 3 Q 23 333 kO 3 99 mS 333 HS 399 HS 33 HS 0 5 of Conv Curr 0 5 of Conv Curr 2 3 4 5 0 2 of f s 0 2 of f s Vin 16 67 kO Vin 250 kO 1 2 23C 5 C 70 6 3 Conv Curr Vin 4 Vin 1 10 V 5 f s H CV LN 1000A G6 LN 1000C G6 2 mV 10 mV 2 0 1 of stg 0 1 of f s Fast Slow 1 2 23C 5C 70 6
184. LN 300A G6 LN 300C G6 0 V 20 V 0 V 85 V 0 1 of stg 0 1 of f s Fast Slow 1 2 23C 5 70 6 188 Load Station 15 CP LN 300A G6 LN 300C G6 0 W 300 W 0 W 40 W 0 6 of stg 0 6 of stg 1 4 of f s 1 4 of f s VinxVin 50 kO VinxVin 750 KO 1 2 23C 5 70 6 3 f S H EXT LN 300A G6 LN 300C G6 0 2 of stg 0 5 0 2 of stg 0 5 of f s Vin 50 kO of f s Vin 750 KQ 1 2 23 C 5 C 70 6 3 EXT 10 V 4 5 CC EXT CV
185. POWER AC POWER OFF 1 23 2 Load Station 2 3 POWER ON MID ON O OFF 4 ON ON ON OFF
186. 1 System 3 Menu i System 37 3 9 OCP Load Off Enable 10 OPP Load Off 12 Reset s ocP ln orP fi2 Reset ETERA 2 12 Reset Interface Menu System 3 3 9 OCP Load Off Enable 10 OPP Load Off Enable Factory Default 12 Reset 137 8 Load Station 3 Factory Default Reset No Enter Menu System 3 3 9 OCP Load Off Enable All Data Reset Factory Yes No Default 12 Reset 4 Yes Menu System 37 3 9 OCP Load Off Enable pri All Data Reset 4 TR Yes No Default 12 Reset 5 Enter Menu System 3 3 9 OCP Load Off Enable Initializing Factory 12 Reset 138 Load Station 8 6 Of
187. DDO s 6 v Mode 7 V Level 120 Load Station 8 3 CRO CR CPH CP CP L CP H VLev L VLev 727 8 Load Station VMode VMode 7 VLev VMode 1 Menu 2 Menu 2 2 5 Master Slave OFF 6 V Mode OFF 7 V Level 0000p s klenu 2 5 M15 6VMode 7 VLev 2 2210 7 VLev Menu 272 5 Master Slave OFF 6 Y Mode OFF 7 W Level Mi1s 6VMode KATETI 2124 3 NUM
188. Enable Load Off Disable Load On 1109 135 8 Load Station USB USB GPIB MENU 11 I F 1 System 3 Menu System 37 3 9 OCP Load Off Enable 10 OPP Load Off Enable 12 Reset s ocp 100P fi2 Reset ETERA 136 Load Station 8 Reset Reset MENU Reset 12 Reset
189. Load Station B Ratio 0 0 50 0 0 5 p 218 3 Meas R Opt RIPPLE DC 6 V 60V 500 V Noise amp Ripple 0 3 V 3 V Filter Filter 2 k LPF 5 kHz HPF NOISE 2 k LPF 5 kHz HPF RIPPLE 5 kHz HPF NOISE 5kHz HPF RIPPLE AC 2 k LPF NOISE Ripple pk pk AC
190. NR1 NR2 RRUE HEHEH SP C 171 13 Load Station R SWRSET SP 5 100 ms NR2HC 1 NR2HC 2 NR2HC 3 1024 NR2HC 4 NR1 5 ms R SWRFSET SP INR2UO 1 NR2 2 R SWRSTART VI TEST Error Already start TEST END VI TEST Error step overflow VI TEST Error para
191. Voltage Current 331 BELYSE H L 2 H M 2 H M 3 3 1 3 103 7 Sweep Load Station L P 2 3 4 5 6 7 PASS FAIL 8 9 PASS FAIL TE 4 47 3 35 225 1 12 0 00 0 00 673 1348 20 19 26 92 33 64 0 047 v 0 214 A w Judge Power P SS 0 2140 vv D o ETTNETUNUEDZA P 1024
192. a 185 LN 300A G6 LN 300C G6 186 186 186 Lk 186 ATIR ESP ed 187 187 190 kk 191 70 191 191 191 192 HU 192 192 F PA s u a s 193 193 193 194 LN 1000A G6 LN 1000C G6 195 195 195 195 196 196 199 200 200 200 200 201 HU 201 201 EINE E a 202 iii 202 laeeeeierirrrirrrernrrrrrren
193. es 5 An we E see Je O ol O1 naj GPI ee i 233 Load Station GPIB DIDO GPIB DIDO O V oy 240 M NE 2760 9 N LOVA MA A 49i 4 Option GPIB DIDO Menu system GPIB DIDO 234 Load Station LX OP01A GPIB DIDO
194. 1 1024 4 mS SQCISPIINR11 0 1 0 1 1 NRI NR2 ERUE HEHEH SP C 1 V ROM GPIB ADDR GPIB AC INI CL TO T1 T2 SRQ SO SRQ S1 S2 S3 amp ATN Low
195. 238 Load Station 184 nA aa 44 a 45 ee 39 218 ea a E 180 182 184 214 EE C TOS sneer 99 C High 99 mu eS 1 JI S r ERE 31 RE 8 H EEA T A 54 36 wa 2 s sss a P High kk 106 175 55 End G 90 End C aaa aaa 98 U 34 End_P Jaa aa aaa 105 es 34 ESE E kk 39 je PAT ATE E n 42 60 O 28 24 Eo 45 76 4ZXB EE a a 215 u ua EEE 84 84 24 R a 84 26 Bl u uu uu u t u ss 215 J RS 215 I AT AE NSD 176 RAT j i i Step G 90
196. DYNAMIC TIME 70 i 72 ATII REMA ERR 73 D 73 BERES O 74 Z 2 Step 74 Time 74 Value 74 SlewRate 4 Mode Range 74 Repeat 75 2 CLim 75 J j snn s ee 76 76 ENE U III 76 6 gt Z Fk 79 80 xls 81 ee 82 7 SWEEP 83 oc 84 Sweep R Sweep C R4 ZF Sweep P 84 85 Sweep 85 R V 86 89 RO J fennon 89 R 89 uuu 90 End V 91 kk 91 TIim6 91
197. MIN I 8 VMode VMode CR 2 3 CR CV CV CP 3 3 CP 1 3 2 2 SYSTEM 1 113 8 Load Station 1 Func 1 1 Func
198. ST 3 4 5 VMode OCP OPP 8 LN 300A G6 LN 300C G6 LN 1000A G6 LN 1000C G6 L H L M H 20 V 120 V 0 6A 6A 60A 85 V 500 V 0 12 A 1 2 A 12 A 20 V 120 V 1 8 A 18 A 180 A 85 V 500 V 0 36 A 3 6 A 36 A 13 14 Load Station MASTER SLAVE 1 2 TRIG OUT 3 EXT IN 4 SENSE 5 6 I MON 7 LOAD 8 AC 9 POWER 10 RC IN 11 MASTER SLAVE 0 V 10 V
199. 287 430 524 717 0 04 v 4 570 A A Judge Current PASS 45697 A C PASS FAIL 1024 Init C Step C End C End V C High PASS FAIL C Low PASS FAIL Time Graph 1 1 H L H M L
200. 3 A us 30 0 A us LN 1000C G6 0 003 Ahs 0 300 us 0 03 A us 3 00 A us 110 H 10 Value ON OFF p 115 CV
201. 97 7 Sweep Load Station 98 CInit C 1 Init C 2 3 NUM MAX MIN F L M H LN 300A G6 0 0000 A 0 6000 A 0 0000 A 6 0000 A 0 000 A 60 000 A LN 300C G6 0 00000 A 0 12000 A 0 0000 A 1 2000 A 0 000 A 12 000 A LN 1000A G6 0 0000 A 1 8000 A 0 000 A 18 000 A 0 00 A 180 00 A LN 1000C G6 0 00000 A 0 36000 A 0 0000 A 3 6000 A 0 000 A 36 000 A Step C 1
202. GPIB I F GPIB0 can t find End lf End Sub 177 13 Load Station Private Sub Command1_Click Call InitlF ilwrt IFid SW 1 3 Dim i As Integer Dim curr As Double Dim cmd As String Dim rcv As String curr 50 For i 0 To 10 cmd CC amp CStr curr ilwrt IFid cmd Len cmd ilwrt IFid MV 3 rcv LU llrd IFid rev 16 MsgBox rev amp V vbInformation Voltage ilwrt IFid MC 0 3 rev i ilrd IFid rcv 16 MsgBox rcv amp A volnformation Current curr curr 5 Next i 1 GPIB I F LOAD ON 50 A 11 5 A MsgBox End CC set amp Measure loop Sample Program ilwrt IFid SW 0 3 ilwrt IFid CC 0 3 End Sub Private Sub Command2_Click Call InitlF ilwrt IFid SW 1 3 ilwrt IFid CC 2 3 178 LOAD OFF A A 1 2 GPIB I F LOAD ON 2A Load
203. S H L 500 V 70000 O 9 0000 O 0 001 S 12 000 S L 20 V 666 67 Q 0 0833 Q 0 0005 S 4 0000 S H 120 V 2000 0 Q 0 2500 Q 0 0001 S 1 0000 S L 85 V TE 8333 3 Q 1 0000 Q 0 00004 S lt 0 33330 S H L 500 V 23333 Q 3 0000 O CV LN 300A G6 L 20 V 0 000 V 20 000 V LN 1000A G6 H L 120V 0 00 V 120 00 V LN 300C G6 L 85 V 0 000 V 85 000 V CP M H EE 0 00 W 300 00 W Tm mama 0 000 W 40 000 W LN 1000A G6 wa SS 0 00 W 120 00 W Load Station 4 Normal EXT 10 V sm 7 ms pss LN 300A G6 0 0000 A 6 0000 A 0 000 A 60 000 A LN 300C G6 0 0000 A 1 2000 A 0 000 A 12 000 A LN 10
204. SPHNR1 RV SPHNR1 SW SPHNR1 A O V W 10 V LA H 0 2 0 1 2 2 3 1 16 1 Step1 2 Step2 n SteD n ms A s 0 01 10000 ms 0 0 00 100 00 cE 1 Step 1 lt 2 2 1 Step 1 lt 2 2 Abs A 0 3 0 1 H 2 M 3 L 1 2 1 H 2 L 0 1 0 1 BX Load Station CD G
205. x z L M H LN 300A G6 0 0000 A 0 6000 A 0 0000 A 6 0000 A 0 000 A 60 000 A 51 4 Normal 52 LN 300C G6 0 00000 A 0 12000 A 0 0000 A 1 2000 A LN 1000A G6 0 0000 A 1 8000 A 0 000 A 18 000 A LN 1000C G6 0 00000 A 0 36000 A 0 0000 A 3 6000 A CR Load Station 0 000 A 12 000 A 0 00 A 180 00 A 0 000 A 36 000 A H 0 005 S 40 000 S 200 00 Q 0 0250 Q 0 0016 S 13 333 S 600 00 Q 0 0750 Q 0 0004 S 3 3333 S 2500 0 Q 0 3000 Q 0 0001 S 1 1111 S 7000 0 Q 0 9000 Q 0 01 S 120 00 S 66 667 2 0 0083 Q 0 005 S 40 000 S 200 00 Q 0 0250 Q 0 001 S 10 000 S 833 33 Q 0 1000 Q 0 0004 S 3 3333 S 2333 3 Q 0 3000 Q r 6 M 0 0005 S 4 0000 S L 20 V ORCE 2000 0 Q 0 2500 Q 0 00016S 1 3333 S H 120 V 6000 0 Q 0 7500 Q 0 00004 S 0 33333 S L 85 V 25000 Q 3 0000 O 0 00001 S 0 11111
206. 0 Vin 6 typ LN 300A G6 LN 300C G6 361 82 I I 1 2 CR 3 Normal LN JIL CO EB CR EXT
207. 00A G6 CY 0 000 A 18 000 A 0 00 A 180 00 A LN 1000C G6 0 0000 A 3 6000 A 0 000 A 36 000 A SHORT H LN 300A G6 60 A LN 300C G6 12A LN 1000A G6 180 A LN 1000C G6 36 A H 110 p 115 OCP LOAD OFF p 134 SlewRate WY CC CV EXT 1 SlewRate 2
208. 1 Func Menu 1 2 1 Function Normal 2 Curr Limit 60 000 A 3 Measure voltage Current Power 4 Meas Rate OHZ Fune EE Dynamic Freq 0 0010 0 00g 0 000E 0 004 H UHHg HUHHH 0 000 Time msec Mode Range Ea 120V 60A Period Dutu 1 0 100 ms 0 00 or orge Poco boy 2 Normal Dynamic Freq Dynamic Time Sweep R Sweep C Sweep P 4 5 7 114 Load Station 8 1109 10 2 CLim ml By 1 2 CLi
209. 10 A us 10 A 10 A 1 us 10 A 10 Aus 5A 5A 500 ns 5 A 10 Aus 2 A 2 A 200 ns 2A 10 Aus 500ns 500ns 30 Load Station 2 5 V 50 Q L 0 2 V
210. 202 203 0 204 LN 300A G6 LN 300C G6 204 LN 1000A G6 LN 1000C G6 205 TRA 207 i 208 208 208 INI 211 211 Load Station B 213 RC 02A 214 214 cos 214 215 215 215 216 216 AC IL u 218 oe 219 RC IN 219 RC 02A msn 2 D 2 n s 219 221
211. 6 n DDA OE ET 49 aa asa 215 aaa aaaaaa 37 Recall T 144 12 39 239 Load Station LN 300A G6 LN 300C G6 LN 1000A G6 LN 1000C G6 224 0037 2 12 2 URL http www keisoku co jp TEL 045 948 0211 FAX 045 948 0221 E mail PWsales hq keisoku co jp TEL 045 948 0214 FAX 045 948 0224 E mail PW support hq keisoku co jp ro R ESE Ei 4EabER L TUE T http www keisoku co jp Ver 1 2 Load Station LN 300A G68 LN 300CG G6 LN 1000A G6 LN 1000CG G6 PPETI P T 224 0037 WHPR A 2 12 2 TEL 045 948 0211 PC0089215B 001
212. A G6 60 A LN 300C G6 12A LN 1000A G6 180 A LN 1000C G6 36 A 15 F EBI CV 100 e 2 110 110 110 LN 300A G6 300 00 W LN 300C G6 LN 1000A G6 1000 0 W LN 1000C G6 OPP LOAD OFF p 135
213. ATUS 23 24 ALM STATUS 25 26 CUR RANGE STATUS2 21 22 231 Load Station USB GPIB DIDO 27 28 30 V 10 mA USER DEFINED 27 28 1 0 CIP C P Pass Fail DIDO 29 30 30 V 10 mA C P SWEEP C P Pass Fail 29 30 Fail Pass LED
214. CC CR CV CP P TRIG OUT Load Station 5 Dynamic Dynamic Freq 2 1 1 Value1 2 2 Value2 Period 1 Duty1 SlewRate 1 2 lt 1 O O O 1 TY 2 1 Dynamic Time 2 Step 1 Value 1 Step 2 Value 2 Time SlewRate Step
215. Class hstallEnginettl Object KEISQKRLI GIKEN KEISOKLI GIKEN FAZ00S Control TO IER 181 13 Load Station CmdSend dn As integer str As string As long CmdRcv dn As integer str As Variant As long CmdSend dn As integer str As string As long GPIB CmdSend 1 CC 10 10A CmdRcv dn As integer str As Variant As long CmdRcv 1 ret ret USB Excel Visual Basic Visual Basic Private Sub CommandButton1_Click CommandButton1
216. IDO RANGE i 128 128 DIDO Range 3 Range 128 POWER ON SETTING 129 129 Power On Setting 4 PwrOn E 129 LCD BACKLIGHT Mii 130 130 LCD Backlight 5 LCD 130 COLOR DESIGN 131 gt errre 131 Color Design 6 Color 131 LANGUAGE i 132 132 Language 7 Lang 132 FIRMWARE VERSION pp 133 133 Firmware Version 8 Firm EE 133 OCP LOAD OFF iii 134 iii 134 OCP Load Off 9 OCP 134 OPP LOAD OFF ttt 135 135 OPP Load Off 10 OPP 135 i 136 136 11 I F 136 AAT RE
217. KG KEISOKU GIKEN Load Station LN 300A G6 LN 300C G6 LN 1000A G6 LN 1000C G6 1 6 6
218. LN 300C G6 CP LN 300A G6 LN 1000A G6 LN 300A G6 LN 1000A G6 900 W 1200 W LN 1000A G6 LN 300A G6 333 WX 1333 W LN 300A G6 CP LN 300A G6 LN 300C G6 MASTER SLAVE PN 154 MASTER SLAVE MASTER SLAVE POWER Z
219. NU e MEMORY 46 Load Station Normal 0 6A de Fame CC 120V Value slewRate 1 2 CG CR CV CP NEXT 2 2 EX ST NEXT Voltage Current NUM SETO 4 Normal lt lt lt CC CR CV CP 2 2 EXT SHORT 1 2 gt H L 2 POER ET lt V N 4 H lt S M 4 Se y H M L 3 H M L 47 4 Normal Load Station CR NUM MIN CR
220. SET uu uu uuu saasqasuaaasqsssqassaaqa 137 137 Reset 12 Reset 137 6 9 141 a ET ri Eanan 142 142 142 Load Station 143 144 Store 144 Recall 144 145 10 147 148 kk 148 kk 149 150 150 150 FIS L OB 151 11 153 154 154 154 i 154 oe 157 157 i 157 158 158 160 Lk 160
221. Station 13 ilwrt IFid DP 1 DC 5 DT 10 12 Step 1 5 A TIME A 10 ms ilwrt IFid DP 2 DC 3 DT 40 12 Step 2 3 A TIME B 40 ms ilwrt IFid DR 5 4 RESPONS 5 A us MsgBox Dynamic Load Start ilwrt IFid CD 1 3 MsgBox Dynamic Load Stop Ilwrt IFid CD 0 3 ilwrt IFid DP 2 DT 0 7 TIME B 0 ms MsgBox Single shot Dynamic Load Start ilwrt IFid CD 1 3 MsgBox End Dynamic Sample Program ilwrt IFid SW 0 3 LOAD OFF ilwrt IFid CC 0 3 0 A End Sub 2 Private Sub Command3_Click 3 Call InitlF GPIB I F Dim stb As Integer ilrsp IFid stb MsgBox CStr StD End Sub 3 179 13 Load Station USB USB PC OS Microsoft Windows XP Vista 7 USB Visual Basic Excel VBA GPIB GPIB OS Microsoft WindowsXP WindowsVista Win
222. T TARGET DEVICE Rd 25 Ti 65 72 89 97 104 209 211 TRIG OUT 14 U IS1 5 7 224 V Value i 49 65 72 V 84 VLOV o oeeeeeeeeennnnennnne eea enarek rnrn ennenen 110 VMode 49 110 33 151 3 29 29 56 68 76 93 100 107 40 33 uuu asuusuussusssusakunassasosssusatasssscatasssssa 19 a 14 Init G 90 Init C 98 Init P 105 DIDO 228 45 lt 150 148 84 149 i 84 150 110 EEA a 150 60 68 208
223. amp Ripple Auto 208 Load Station Filter Band Dynamic Time Step Time Mode Repeat Dynamic Freq Mode Period Duty1 T TiK R V I Init G Step G End G End V Fine V FineStep Time C Init C Step C End C End V C High C Low Time PASS FAIL PASS FAIL P Init P Step P End P End V P High P Low Time PASS FAIL PASS FAIL A 50 Hz FULL p 0 000 ms CC OFF
224. d Station 15 LN 1000A G6 LN 1000C G6 0 120 00 V 0 500 00 V 0 20 000 V 0 85 000 V 10 mV 10 mV 1 0 05 of rdg 0 05 of f s 100 ms 1 23C 5C 70 6 X2 XI gt L 3 al H F Bl 1 r LN 1000A G6 LN 1000C G6 0 1 8 A 0 0 36 A 0 2 of rdg 0 2 of f s 1 23 C 5 C 70 6 2 XI LN 1000A G6 LN 1000C G6 x 1 2 799 15 Load Station
225. d v 40 000 v 2 00 mep ser En Enav av 1 3 Sweep P Disp Cursor NUM MAX MIN Disp z Cursor NUM MAX MIN KEHE Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN 101 7 Sweep 2 3 Sweep P P High Disp Cursor NUM MAX MIN Disp Cursor NUM MAX MIN Disp Cursor 200 ms 1000 ms Disp Cursor Data Clear Auto X Axis Auto Y Axis 102 Load Station 1 3 1 200 ms 1000 ms X Y 2 3 Load Station 7 Sweep 3 3 Sweep P
226. de 7 VLev 3 5 M S 5 M S Menu 212 5 Master Slave 6 Y Mode 7 V Level 0 0000 s u rs EA 4 210 OFF 118 Load Station 8 1 MENU 2 Menu 2 Menu 2 Menu 1 2 2 5 Master Slave OFF 6 V Mode OFF 7 V Level 0000p s klenu 2 5 M15 6VMode 7 VLev 3 5 M S 5 M S Menu 2 2 orr 5 Master Slave OFF 6 Y Mode OFF 7 V Level J000 s ms EA 4 Master Multi Mlemu 2J2 5 Master Slave 6 Y Mode 7 V Level u rs EA 119 8 Load Station
227. dows 7 32Bit PC OS USB IBM PC AT USB OCX USB CD CD LN USB OCX EUSB Windows WindowsXP WindowsVista Driver XP Vista Windows7 YDriverYWindows7 dpinst exe USB Windows Windows KEISOKU GIKEN LN Series USB OCX Libs LN Series Setup msi SETUP EXE
228. er System 3 8 Firm ETER 2 5 LCD LCD Backlight Menu System 2 3 5 LCD Backlight P 6 Color Design Normal 7 Language English 8 Firm Ver 3 MAX MIN 730 Load Station 8 Color Design Normal MENU Color Design 6 Color 1 System 2 Menu System 213 5 LCD Backlight 4 6 Color Design Morral Zf Language English 8 Firm Ver System Z System 3 8 Firm ETER 2 6 Color Color Design Menu System 213 Normat 5 LCD Backlight 4 6 Color Design Morral 7 Language English 8 Firm Ver 3
229. g GPIB CmdSend MD 1 6 V DC CmdRcv string As long CmdRcv ret ret Load Station B RC 02A 60 000 V 5 600 V 500 00 V 56 00 V 5 600 V 60 000 V 56 00 V 500 00 V 5 0 025 of rdg 0 025 of f s 4 100 ms 6 0000 V 6 0000 V 1 2 5 2 of rdg 1 of f s 50 Hz 2 kHz HPF 8 5 kHz 100 MHz 0 0 50 0 0 5 350 ms CX6 x 200 ms 1 MO 50 O 50 Q 1 5 m X1 0 10 X2 10 kHz 10 MHz X3 10 kHz 100 MHz X4 5 23 C 5 C 70 6 6 X7 LPF Low Pass Filter 8 HPF High Pass Filter 9 0 0
230. indows O ip E xls J cm FL mr i m Mb INDEX download start stop Pes u DEX 10 10 10 10 10 10 10 10 10 10 10 10 10 E E E E E D h h D O D E f down Dad msec il 4232 5370 7293 6 D 0400 9367 02535 1027 1758 start 2438 3077 3679 _ stop 4249 INDEX 0 1 1023 INDEX lt 2 1024 INDEX lt 0 1 ms 10 min 1 1024 Aus CC
231. le USB Load Station A u INI Mode CC Voltage H Current Auto CC MIN CR MIN CV MAX Value CP MIN EXT MIN SHORT 5 CC MAX SlewRate CV Fast EXT MAX RC 02A Ratio 0 0 DC Auto Noise amp Ripple Auto Filter 50 Hz Band 100 MHz Dynamic Time Step 1 Time 0 000 ms Mode CC Repeat OFF Dynamic Freq Mode CC Period 0 100 ms Duty1 0 00 R V I Init G MIN Step G MIN End G MIN 277 A 272 End V Fine V FineStep Time
232. ll Val2 SlewRate au Sha 1 0 20 Period Duty1 0 08 a Period 0 000 0 050 0 100 Time msec Period x Duty1 Z100 120V OGA Period Duty 1 Period 0 100 ms 70 00 KTN 2 2 Period Duty1 Value SlewRate SR2
233. m 2 CLim Menu 1 2 1 Function Mormal 2 Curr Limit 3 Measure lee Current Power 4 Nieas Rate SDHz 2 NUM MAX MIN NUM T FE Pm 7 L M H LN 300A G6 0 000 A lt 60 000 A 0 00 A 60 00 A 0 0 A 60 0 A LN 300C G6 0 000 A 12 000 A 0 00 A 12 00 A 0 0 A 12 0 A LN 1000A G6 0 000 A 180 000 A 0 00 A 180 00 A 0 0 A 180 0 A LN 1000C G6 0 000 A lt 36 000 A 0 00 A 36 00 A 0 0 A 36 0 A H 110 9 CV 100 15
234. meter invalid R SWRRES SP NR1j RAIE HHHH 1 1023 R SWRRESSTP Now Measuring9 Measure Not starting C SWCSET SP 1024 NR2HC 1 NR2HC 2 NR2HC 3 NR2UO 4 INR11 5 ms C SWCTSETISP PASS NR2UO 1 INR21 2 172 Load Station 13 C SWCSTART OCP TEST Error Already start x TEST END OCP TEST Err
235. mic E F Dynamic 6 USB GPIB R C P 8 9 10 11 LN 12 LN 13 14 15 16 A 17 B
236. n ANRE ON OFF 72 ONOFF CR CV CP SENSE 2 SENSE INT SENSE EXT Remo
237. oad Station 206 A A Load Station MENU 2 1 MENU 3 3 3 3 37 3 12 Reset 4 Factory Default 5 ERE OO FE Mode CC Voltage H Current Auto CC MIN CR MIN CV MAX Value a CP MIN EXT MIN SHORT CC MAX SlewRate CV Fast EXT MAX _ Ratio 0 0 DC Auto Noise
238. or step overflow OCP TEST Error parameter invalid C SWCRESISPI _ RYU HHHH NR1j EU HHHH 1 0 1023 C SWCRESSTP Jil Now Measuring Measure Not starting C SWCTRES PASS FAIL PASS FAIL PASS ERr H HHHH FAIL EZ HH HHHH Ji Now Measuring9 NO OCP TEST P SWPSETISP 1024 NR2UO 1 NR2HC 2 NR2HC 3 NR2HC 4
239. r NUM MAX MIN Disp Cursor 200 ms 1000 ms Disp Cursor Data Clear Auto X Axis Auto Y Axis 7 Sweep 1 3 1 200 ms 1000 ms X Y 2 3 95 7 Sweep Load Station 3 3 Sweep C Current 3 3 1 96 BELYSE H L 2 H M 2 3 3 1 3 Load Station 7 Sweep C DR NO Dh D PASS FAIL 593 4 47 3 35 2 23 1 18g 0 00 DDD 1 43
240. te Dynamic Time Step 1 16 0 m Time value SlewRate Mode CC CR CV CP H L Range iD H M L l Z j Re 7 1 Load Station 5 Dynamic Ke lt 4 Step gt Time gt Value gt SlewRate Step Step
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