V10H95P

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TVS (Transient Voltage Suppressor) devices are devices used to surge protect electrical circuits and electronic components from transient electrical events such as spikes, ESD, or short duration voltage overshoots. Varistors (VDRs), MOVs and zener diodes are all considered TVS devices. These devices protect the circuit by clamping voltage or limiting its rise or fall.

The V10H95P is a type of MOV (Metal Oxide Varistor) and offers excellent surge protection and a variety of performance parameters. This device is a multilayer varistor (MLV) which is more reliable than conventional MOVs due to its layered construction. It has superior thermal performance, which allows it to dissipate more heat than conventional MOVs thus enabling higher levels of surge protection.

The V10H95P application field includes telecom, data communications, power-line, automotive, general purpose and industrial applications. It is particularly suited for protecting against high-voltage spike voltages in pulse-width-modulated (PWM) motor control applications. In addition, it is used to protect against high current, short duration transients from lightning and inductive (motor) switching transients.

The working principle of the V10H95P is relatively simple. When voltage is applied, the electrodes of the varistor are polarized and act like a semiconductor diode by permitting a built-in electric field to develop between them. This electric field is very sensitive to voltage level and when this “breakdown” voltage is exceeded, the device begins to conduct allowing current to flow freely.

In terms of surge protection characteristics, the V10H95P has a very high surge rating that can handle up to 95 joules of energy and over 600 Amps of peak current in much higher voltage and current applications. In addition, its fast clamping response time (less than 5 microseconds) allows it to react quickly to transients to protect against voltage spikes, ESD, and other over voltage events.

The V10H95P is an ideal solution for surge protection needs for many applications due to its excellent performance, robust design, fast response time, and high surge ratings. Its high surge ratings ensure it can handle the most extreme pulse and voltage conditions which makes it suitable for more demanding applications. In addition, its robust construction makes it suitable for more extreme environmental conditions such as temperature and humidity changes.

Overall, the V10H95P Metal Oxide Varistor provides an excellent solution for surge protection needs in a wide range of applications. It is more reliable than conventional MOVs due to its layered construction which allows it to dissipate more heat and swarm quicker to provide greater levels of protection. Its high surge ratings and fast clamping response time make it suitable for protecting against high-voltage spike voltages, ESD, and other overvoltage events.

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