1、Describe
1.When testing leakage current and withstand voltage projects, this option can achieve a maximum voltage of 3KV. This option must be connected to the DTS-1000 tester for use.
2、Connection
3、Specification
|
Voltage/Current
|
3000V/10mA
|
|
Test Devices
|
Transistors, Diode, Zener Diode, MOS-FET, J-FET
|
|
System Station
|
Max Two Station
|
|
Relay action time
|
5ms
|
|
Size
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DHV-1000 500(W)×670(D)×250(H)mm
VHD-1000 116(W)×305(D)×272(H)mm
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Input Power Voltage
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AC200V to AC240V 50Hz／60Hz
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Power consumption
|
400VA
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Use conditions： Temperature：25℃±5℃. Humidity：Below 60%
4、Test item List (Measurement Range &Accuracy)
● Transistor
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Test Item
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ITEM NAME
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Measurement Range & Accuracy
|
Forcing Range & Accuracy
|
|
Leakage
|
HVICEO(S)
|
000.0ｎA～9.999mA ±１％＋2digit
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HV:
|
|
Current
|
HVICBO(S)
|
|
100V～ 3.00ＫV ±１％＋0.2V
|
|
|
HVIEB
|
|
|
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Breakdown
|
HBVCEO(S)
|
000.0V～3.000ＫV ±１％＋2digit
|
Current:
|
|
Voltage
|
HBVCBO(S)
|
|
100nA～ 9.99mA ±１％＋3nA
|
|
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HBVEB
|
|
VMAX:
|
|
|
|
|
0.00ＫV～ 3.00ＫV 10%+2V
|
● FET
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Test Item
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ITEM NAME
|
Measurement Range & Accuracy
|
Forcing Range&Ａｃｃｕｒａｃｙ
|
| Leakage |
HVIDSO(S)
|
000.0ｎA～9.999mA ±１％＋2digit
|
HV:
|
| Current |
HVIDGO(S)
|
|
100V～ 3.00ＫV ±１％＋0.2V
|
|
|
HVISG
|
|
|
|
Breakdown
|
HBVDSO(S)
|
000.0V～3.000ＫV ±１％＋2digit
|
Current:
|
|
Voltage
|
HBVDGO(S)
|
|
100nA～ 9.99mA ±１％＋3nA
|
|
|
HBVSG
|
|
VMAX:
|
|
|
|
|
0.00ＫV～ 3.00ＫV 10%+2V
|
● DIODE
|
Test Item
|
ITEM NAME
|
Measurement Range & Accuracy
|
Forcing Range&Ａｃｃｕｒａｃｙ
|
| Leakage |
HVIR
|
000.0ｎA～9.999mA ±１％＋2digit
|
HV:
|
| Current |
|
|
100V～ 3.00ＫV ±１％＋0.2V
|
|
Breakdown
|
HVZ
|
000.0V～3.000ＫV ±１％＋2digit
|
Current:
|
|
Voltage
|
|
|
100nA～ 9.99mA ±１％＋3nA
|
|
|
|
|
VMAX:
|
|
|
|
|
0.00ＫV～ 3.00ＫV 10%+2V
|
● SCR
|
Test Item
|
ITEM NAME
|
Measurement Range & Accuracy
|
Forcing Range&Ａｃｃｕｒａｃｙ
|
| Leakage |
HVIDRM(S)
|
000.0ｎA～9.999mA ±１％＋2digit
|
HV:
|
| Current |
|
|
100V～ 3.00ＫV ±１％＋0.2V
|
|
Breakdown
|
HVDRM(S)
|
000.0V～3.000ＫV ±１％＋2digit
|
Current:
|
|
Voltage
|
HVRGM(S)
|
|
100nA～ 9.99mA ±１％＋3nA
|
|
|
|
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VMAX:
|
|
|
|
|
0.00ＫV～ 3.00ＫV 10%+2V
|
