VE07M00200K--

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TVS (Transient Voltage Suppressors) - Varistors, MOVs are electronic components designed to protect against surges to the power supply of a device. They work by absorbing the surge of energy and dissipating it without damage to the device itself. The component used to protect the device is called a “varistor” or “MOV” (Metal Oxide Varistor). The VE07M00200K is a specific type of these components.

VE07M00200K is a type of metal-oxidized varistor component. It is designed for surface mounting and is encapsulated in an epoxy material in order to ensure robustness and consistency in its performance. It is an unidirectional device, meaning that it will only conduct in one direction and block in the reverse direction. It has a high surge-handling capacity and can handle up to 500A peak impulse current. It has an operating temperature range between -40C and +85C, and a wide voltage range of 6~1000V.

In terms of application fields, the VE07M00200K is mainly used in power-supply systems, electronic circuits and related modules, as well as in various electronic devices. Specifically, it is often used in automotive circuits, electronic power supply systems, systems with high-frequency interference, communication lines, computer peripherals, and solar power systems, as well as other low-voltage high-current applications.

The working principle of the VE07M00200K is relatively simple. When there is a surge in power, it acts like a shunt, allowing some of the current to be diverted away from the device. The diverted current is dissipated through the resistor, reducing the voltage level seen by the device. The voltage level should be within the specified limits, and thus preventing damage to the device.

In summary, the VE07M00200K is a surface-mounted varistor used for transient voltage suppression. It is designed to protect against power surges and can handle up to 500A peak impulse current. It can be used in various applications such as automotive circuits, electronic power supply systems, and solar power systems. Its working principle is to divert part of the current away from the device when there is a surge, thus reducing the voltage level seen by the device, thereby protecting the device from damage.

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