研究与开发|
RESEARCH&DEVELOPMENT
The company's research and development directions mainly include:
Research on Pressure Sensitive Materials and Properties
Continuously research the relationship between MOV material system, grain boundary characteristics, varistor voltage, leakage current, nonlinear coefficient, and surge life, in order to improve the long-term stability and tolerance of the device.
Thermal protection technology
Research temperature detection, thermal melting, and thermal detachment technologies around the risks of abnormal heating and thermal runaway of MOVs, and develop TMOV series products.
Mechanical release protection technology
Continuously optimize the mechanical trip structure of TPMOV for high-energy overvoltage protection scenarios, and improve the safety isolation capability of the product under abnormal overvoltage conditions.
Power frequency continuous current suppression technology
System level circuit protection technology
From individual protective devices to system protection, protection design is carried out based on the power architecture, grounding method, voltage level, and surge path of different devices.
Through collaborative design of devices, circuits, and applications, we provide customers with more complete protection solutions.
Research on Pressure Sensitive Materials and Properties
Continuously research the relationship between MOV material system, grain boundary characteristics, varistor voltage, leakage current, nonlinear coefficient, and surge life, in order to improve the long-term stability and tolerance of the device.
Thermal protection technology
Research temperature detection, thermal melting, and thermal detachment technologies around the risks of abnormal heating and thermal runaway of MOVs, and develop TMOV series products.
Mechanical release protection technology
Continuously optimize the mechanical trip structure of TPMOV for high-energy overvoltage protection scenarios, and improve the safety isolation capability of the product under abnormal overvoltage conditions.
Power frequency continuous current suppression technology
System level circuit protection technology
From individual protective devices to system protection, protection design is carried out based on the power architecture, grounding method, voltage level, and surge path of different devices.
Through collaborative design of devices, circuits, and applications, we provide customers with more complete protection solutions.