Computer software control system:
1 Read and control oscilloscope: the computer and oscilloscope communication, can read the oscilloscope parameters and test waveform data, can also be set through the computer oscilloscope, so that the computer and oscilloscope formed a virtual instrument system.
2 Test waveform analysis: The computer software can analyze and process the test waveform data, and automatically measure and display the impact current peak, wave head time and wave tail time, charge amount, energy and other parameters.
3 Test data management: computer software can store test waveforms and test data. The test data can be queried according to the requirements, and the test record report can be printed according to the requirements.

1 Overvoltage, overcurrent, access control linkage, emergency stop, charging sound and light warning, automatic discharge, grounding. Equipped with manual grounding rod: the tester must discharge with the grounding rod before contacting the generator body, replacing the waveform resistance, replacing the subject, servicing, etc., and hook the grounding rod to the body.
2 The test product is equipped with explosion-proof box to prevent accidental injury caused by the splash of explosive residue when the test product is damaged such as flashover and breakdown during the test.

Main technical index
2mS square wave impulse current test equipment
Sample: Resistor (U1mA≤6kV).
Current waveform: 2mS square wave.
Rated current: 2mS 800A.
Energy storage capacitors: 10.
Ignition mode: pneumatic displacement discharge ball distance. Automatic and manual control methods.
Current polarity: positive. Waveform display: current - negative; Residual pressure - positive.
Current measurement: Roche coil (1-1500A), accuracy: 1%.
System measurement accuracy: 3%.