V130LU20CPX325

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V130LU20CPX325 is a TVS (Transient Voltage Suppressors) device. It is also known as MOV (Metal Oxide Varistor). MOVs are electronic devices which typically take the form of a multilayer disc or cylinder. They are made from metal oxide elements connected in series and parallel, and they act as a variable resistor. Movies are electrical components that offer protection from overvoltage transients. They are used to protect power supplies, electronic components and circuits from damage due to electrical transients.

The V130LU20CPX325 is a relatively large device, designed to protect circuits and other equipment from high voltage transients. It has a clamping voltage rating of 325V, a nominal capacitance of 22pF, and a continuous current rating of 9A. It features a reverse leakage current of 10µA and an average power dissipation of 0.8W.

In terms of application, MOVs are often used in applications where surge protection is needed, such as in power supplies, computers, AC power adapters, and DC power supplies. MOVs are also used in a variety of automotive applications, such as in dashboards, instrumentation, and engine control systems. The V130LU20CPX325 is typically used in applications where surge protection is needed due to large amounts of energy passing through, such as in power supplies and DC motor drives.

The working principle of MOVs involves a metal oxide element. When a voltage greater than the MOV\'s nominal voltage is applied, the MOV forms a low resistance path to ground and dissipates the excess current and energy. The MOV limits the voltage to a safe level, providing surge protection. When the voltage is below the MOV\'s clamping voltage, the MOV acts as an open circuit and does not conduct current.

In summary, the V130LU20CPX325 is a MOV device designed to protect circuits and other relevant equipment from high voltage transients. Its application includes providing surge protection in power supplies, computers, AC power adapters, and DC power supplies. In terms of working principle, a MOV works by forming a low resistance path to ground and dissipating excess current and energy when voltage levels exceed the MOV\'s nominal voltage. This limits the voltage to a safe level, providing surge protection.

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