B72520V0350K062

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B72520V0350K062 is a Varistor, MOVs, (Metal Oxide Varistor) that is typically used as a protector of electronic and electrical components. This device combines several key traits of a Varistor: low capacitance, low clamping voltage, and high surge current capability. These features distinguish this Varistor from other MOVs, as other MOVs may suffer from high capacitance, high clamping voltage, and low surge current capability.

The main application field of the B72520V0350K062 Varistor includes EMI (electromagnetic interference) and ESD (electrostatic discharge) protection, and protection of systems against surge currents in the power source. It is also often used for protection of automotive electronic systems from voltage surges and ESD.

The working principle of the B72520V0350K062 Varistor is based on its unique non-linear resistance. This is the result of the device\'s construction using a Metal Oxide material and two different conductors, typically Zinc Oxide. When exposed to a specific applied voltage the varistor will switch from a low resistance state to a high resistance state, thus limiting or clamping voltages and currents. This allows the device to provide protection for electrical and electronic systems without significant current drain.

When in the low resistance state, the B72520V0350K062 is able to handle large amounts of energy that can travel through it before it switches to a high resistance state, thus protecting the system from damage. Due to this protection, the B72520V0350K062 is a versatile device suitable for a variety of protection needs.

In summary, the B72520V0350K062 Varistor is a MOVs (Metal Oxide Varistor) used for protection of electronic and electrical components from EMI, ESD, and surges. It’s non-linear resistance structure allows it to handle large amounts of energy and protect against surges before switching to a high resistance state. This makes it an ideal choice for a variety of protection needs.

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