V47CH8X3313

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TVS – Varistors, MOVs, provide high surge and overcurrent protection for a huge range of applications. V47CH8X3313 is one of such protection devices manufactured by ITW-GTT. This device has a highly durable ceramic case with 8 mm of surge current capability. It is mainly used for protecting circuits from voltage spikes and transient events caused by ESD (electro-static discharge), lightning and power cross.

The V47CH8X3313 has high current performance rating and is suitable for use in many different applications such as electrical drives, industrial equipment, kitchen appliances, DC-DC converters, telecom, and many more. It also features a high spike current absorption of up to 800 Amps, which makes it suitable for a wide range of applications.

The device is designed with a wide range of features, such as a high surge current rating, low voltage leakage current, and low capacitance. It has a low voltage leakage current of less than 0.5mA at 600 V DC, and its capacitance is less than 4pF.

V47CH8X3313 works on the principle of a voltage dependent resistor. When a voltage higher than the rated clamping voltage is applied to the device, it limits the surge current to a level specified by the user and dissipates it as heat. This reduces the amount of energy which enters the protected component.

The device is also designed with an internal clamping voltage in order to prevent spikes from reaching sensitive components. The internal breakdown voltage is typically lower than the device\'s nominal clamping voltage. It ensures that even when the working voltage of the device increases, the clamping voltage remains the same and the device will continue to protect the circuit.

The V47CH8X3313 has a wide range of features and is suitable for a variety of applications. It is designed with a high surge current rating and low voltage leakage current, which makes it perfect for protecting circuit boards from voltage spikes and transient events. The device is also designed to have low capacitance and internal clamping voltage, ensuring a reliable protection even when the working voltage of the device increases.

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