Integrating Sphere | Goniophotometer | Surge Generator | ESD Simulator - LISUN

The operation of a LISUN surge generator is based on the generation of high voltage, high current transients (surges) that simulate the electrical disturbances that can occur in electrical and electronic systems in real-world environments. These electrical disturbances can be caused by things like lightning, power outages, and other natural disasters. When testing the resistance of electronic equipment to electrical transients, such as those produced by lightning strikes, switching power lines, or electrostatic discharge, a surge generator is used to produce surges that are then utilized to simulate the effects of the transients. A high voltage generator, a waveform generator, a voltage amplifier, a coupling/decoupling network (CDN), and a control system are the main components that make up the LISUN surge generator . The initial high voltage for the surge waveform is derived from the surge waveform's high voltage generator. The surge waveform, which may be either a common mode,

The following procedures are required for conducting surge immunity testing on motors using a LISUN surge generator: In order to prepare for the surge immunity test, the motor that will be tested (also known as the MUT) has to have its control circuits and power supply correctly attached. In addition to this, it is essential to make certain that the MUT is in a secure state and that all safety precautions have been taken. The LISUN surge generator should be chosen in accordance with the voltage and current levels that are necessary for the test, as well as the sort of surge waveform that is to be created. Connections: A coupling/decoupling network (CDN) and a surge arrestor are required in order to link the LISUN surge generator to the MUT power supply and control circuits. Isolating the MUT from the surge generator and lowering the amounts of voltage and current that are supplied to the MUT are two of the functions that the CDN performs. The MUT need protection against high volta

Surge generators are only one of the products that LISUN, a producer of EMC testing equipment , produces. It is possible that the particular actions required to use a LISUN surge generator will change based on the type and configuration of the generator; nonetheless, the following is a basic description of how to operate a LISUN surge generator: Before utilizing the surge generator, be certain that it has been correctly installed and configured, and that the test equipment has been connected and calibrated in accordance with the guidelines provided by the manufacturer. The first step in conducting the test is configuring the surge generator control software with the necessary test settings. These parameters include the voltage level, waveform, and test time. The first step of the test is to push the start button, which can be found on the control software or directly on the surge generator itself. This will get the test started. After that, the surge generator will produce the surge