V660LS50AP

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The V660LS50AP is a series of bidirectional Transient Voltage Suppressor (TVS) devices. TVSs, also known as Varistors, or MOVs (Metal Oxide Varistors), are used to protect sensitive electronic devices from overvoltage transients. The varistor is a robust, non-linear voltage-dependent device that provides transient overvoltage protection for circuit components and systems. By controlling the flow of current over a wide voltage range, it can protect against dangerous voltage spikes.

The V660LS50AP is specifically designed for the protection of logic and memory circuits from transients that could be caused by lightning, power surge, inductive switching, or other phenomenon. This device offers superior protection and performance enabling economical overvoltage protection for telecom, consumer, and other industries in AC line protection, automotive, computer, data acquisition, and other surge protection applications. It has a working voltage of 600 volts and a peak pulse current of 50 Amperes.

This varistor works on the principle of a non-linear voltage-dependent resistor. When the voltage across the varistor exceeds its rated value, it has a very low resistance path to ground, effectively clamping the overvoltage. This limited variation in stead-state voltage is known as the “breakover” voltage. Once the overvoltage is dissipated, the device will restore itself to its original non-conductive state.

The V660LS50AP provides a rugged, cost effective, highly reliable overvoltage protection solution. It is designed using an advanced, effective technology that provides a low capacitance, fast response time, and high peak pulse current capability, all while being low cost and having a low thermal resistance. It also features a thermoplastic case for compatibility in a variety of physical environments.

The V660LS50AP is highly recommended for use in a wide range of applications including telecommunication, computing, consumer, automotive, and industrial. This device is sure to provide superior protection and performance for years to come. It is ideally suited for high frequency DC power systems, as well as any general purpose application requiring overvoltage protection.

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