VE17M00600K--

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VE17M00600K is a series of surge voltage protection components made by the company TVS. Many products on the market are named TVS after the company’s name, and the Varistors, MOVs are the most common types. Varistors, also known as transient voltage suppressors (TVS), are electronic components that clamp excessive voltage and protect other components in the system from being damaged by this excessive voltage. MOVs, metal oxide varistors, are effective electrical components used to protect against overvoltage transients.

Application Field Of VE17M00600K

VE17M00600K is a varistor product applied to high efficiency gas stations, power conversion systems and automotive electronic vehicle charging systems. Specifically, it is mainly used in the electronic control system of gas station charging pile, the power switching system of vehicles, electric locomotive, wind power system and the insulation protection of solar photovoltaic systems.

VE17M00600K offers excellent insulation characteristics and protection characteristics that can protect a system against electrical harm. It is characterized by fast response, preventing electric spark and noise. It is also capable of high surge absorbance, withstanding up to 6kV and is suitable for high switching frequency and current circuit applications.

Principles Of VE17M00600K

The core principle of VE17M00600K is that it can easily attain a large response time gap by using a large amount of nonlinear capacitive elements. In this way, this series of TVS varistors can easily achieve effective insulation transience protection when in use.

In order to know how VE17M00600K works, you need to understand the principle of its internal components. A varistor is a resistor that has variable resistance depending on its voltage. As the applied voltage increases, the resistance of the varistor decreases. So when an external voltage is applied, the varistor can instantly react and limit the voltage by consuming the excessive part of the energy. In short, the varistor operates by limiting the incoming electrical energy.

MOVs are made from zirconium oxide and titanium dioxide. The material contains high resistance until a particular level, when it shorts and drastically reduces the resistance. This sudden reduction of resistance allows it to absorb the excessive electricity. MOVs are robust and fast working components, and they are therefore well suited for transience protection.

Conclusion

In conclusion, VE17M00600K is a varistor product from TVS that is used in high efficiency gas stations, power conversion systems and automotive electronic vehicle charging systems. The core principle of VE17M00600K is that it can easily attain a large response time gap by using a large amount of nonlinear capacitive elements. The product works by using a varistor that has variable resistance depending on its voltage, and by using MOVs made from zirconium oxide and titanium dioxide. It can easily achieve effective insulation transience protection when in use.

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