V14P300PL1T

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TVS - Varistors, MOVs are device for providing protection against surges and transients and are well known for their characteristics of nonlinear resistance. Varistors such as V14P300PL1T provide significant capabilities in terms of better surge protection and dynamic response. The V14P300PL1T provides superior performance over traditional MOV offerings.

V14P300PL1T application field includes protection of the devices in audio/video lines, in power supplies, telecom networks and in outdoor direct atenna connectors. The device will also provide protection against transients generated on motor start-ups,welding arcs, and electrostatic discharges. The device has been designed to be inserted in the line, or placed at the connection between the power supply and the equipment.

The V14P300PL1T can protect circuits from negative and positive transients of up to 1500 V peak and currents up to 2400 A. The device also has very low capacitance of 48pF allowing high frequency signals to pass with the minimal attenuation, allowing the device to provide both low frequency protection and high frequency performance. The device also provides fast response time, allowing it to provide transient protection even in high frequency applications.

The working principle of V14P300PL1T is that of a voltage-dependent nonlinear resistor. When a voltage above a certain level is applied across the varistor, its resistance will drop causing a large current to flow. This will cause the voltage across the device to decrease, protecting the connected circuit from the transient. The device will then return back to its normal operation after the transient event passes.

The V14P300PL1T is a robust surge protector suitable for a variety of applications that require reliable protection against transients and surges. The device can be used to protect a wide range of equipment, with its fast response time, low capacitance, and high surge current rating. This allows users to be able to protect their sensitive electronics from a wide range of transient scenarios.

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