V56MA2S

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TVS - Varistors, MOVs, are passive electronic components made up of semiconductor materials. These components help to protect sensitive equipment against surges in voltage. The V56MA2S is an example of such a device and is commonly used to protect circuitry from overvoltage spikes. This article will explain the V56MA2S application field along with its working principle.

The V56MA2S is a Metal Oxide Varistor specifically designed for AC and DC protection applications. It has a rated surge current of 68A (8/20μs) and a rated energy dissipation of 656J. This component is used in a variety of applications including mobile phone charger circuits, uninterruptible power supplies, and even electric vehicles. The application field of the V56MA2S is wide and it is able to protect a variety of electronic components.

The V56MA2S has a maximum working voltage of 56V and a insulation resistance of 1000MΩ/ 500V- DC. The capacitance of the device is 100pF. The V56MA2S is able to reduce any overvoltage spikes to manageable levels and protect the connected equipment from voltage surges. This protection device is especially useful in power supplies where voltage spikes can cause substantial damage.

The working principle of the V56MA2S is relatively simple. The device is essentially a two-terminal component which acts as a voltage-sensitive resistor. When the applied voltage exceeds the given threshold, the resistance of the device decreases drastically allowing the current to flow to ground. This helps protect the connected circuitry from getting damaged.

In summary, the V56MA2S is a Metal Oxide Varistor device that is used to protect electronic circuits from voltage surges. This device has a maximum working voltage of 56V and a rated surge current of 68A (8/20μs). The working principle of the V56MA2S is relatively simple as it acts as a voltage-sensitive resistor when the applied voltage exceeds a given threshold. This helps to protect the connected equipment from getting damaged due to voltage surges.

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