VE09M00131K

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A varistor, also known as a voltage-dependent resistor (VDR), is a two-terminal electronic component. It has extremely non-linear, non-ohmic characteristics and is capable of responding to large changes in voltage and current. Varistors are typically used in electronics circuits to protect sensitive components from high voltage transients. The VE09M00131K is a varistor that is designed for automotive applications.

Application Field of VE09M00131K

The VE09M00131K has been developed for use in automotive applications. It is part of a range of voltage suppression solutions that have been designed to protect against transients and low-energy impulses. This component has a maximum nominal voltage of 450V and a peak working voltage of 550V. It can operate in temperatures ranging from -55°C to +150°C and is designed for pin-in-hole mounting.

Working Principle of VE09M00131K

The working principle of the VE09M00131K is based on the characteristics of varistors. As the voltage across the device increases, the resistance of the varistor decreases exponentially. This allows the device to act as a voltage clamp and suppress high voltage transients. The VE09M00131K is also designed with Zinc Oxide blocks which are resistant to shock and frequent overloads. This helps to protect sensitive components from damage.

Conclusion

The VE09M00131K is a varistor designed for use in automotive applications. It has a maximum nominal voltage of 450V and a peak working voltage of 550V. Its working principle is based on the properties of a varistor, which helps to protect sensitive components from high voltage transients. The device is also designed with Zinc Oxide blocks which are resistant to shock and frequent overloads.

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