What are the principles of LISUN ESD generator?

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The LISUN ESD generator is a type of Electrostatic Discharge (ESD) simulator that is placed on electrical equipment in order to evaluate their resistance to being damaged by ESD strikes of high voltage. This evaluation is done in order to determine whether or not the electrical equipment can withstand the high voltage ESD strikes. The following is an explanation of the working principles that underlie the operation of the LISUN ESD generator, which are as follows:

  • A charge storage mechanism is used by the LISUN ESD generator to produce high voltage ESD pulses that are designed to simulate the effects of ESDs that occur in the actual world. The dependability of the electrical components may be evaluated with the use of these pulses.
  • Creating ESD pulses with waveforms and amplitudes that are comparable to those of actual ESD occurrences in the real world The generator's purpose is to produce electrostatic discharge (ESD) pulses with waveforms and amplitudes that are an accurate representation of ESD occurrences that occur in the real world. This guarantees that the findings of the tests are correct and can be relied upon.
  • Adjustable parameters: The LISUN ESD generator enables the modification of a variety of characteristics, such as the pulse waveform, amplitude, and repetition rate, in order to conform to a particular set of ESD protection requirements. Among these characteristics is the ability to change the pulse waveform.
  • Over-voltage protection and monitoring of the output waveform are only two of the numerous safety features that are included in the generator. These characteristics ensure the operator's safety as well as the security of the component that is being evaluated.

The LISUN ESD generator is able to undertake reliable and accurate testing of electrical equipment in order to evaluate the amount of protection that it provides against ESD occurrences as a result of these principles.

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