V14E460P

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Varistors, also known as voltage-dependent resistors (VDRs), are nonlinear semiconductor components with a positive temperature coefficient that are commonly used to protect circuits from surges. They are designed to have a nonlinear transfer function, ultimately providing a low impedance when the voltage reaches a predetermined value, or "clamping voltage." This current-limiting feature of the varistor helps to limit the amount of current drawn from the protected circuit. MOVs, or Metal Oxide Varistors, are a type of varistor that use zinc oxide granules as the semiconductor material. The V14E460P is an AC Metal Oxide Varistor that provides reliable overvoltage protection in a variety of applications.

The V14E460P has an operating voltage range of 40VAC - 600VAC, a current handling capacity of 350 Amps (8/20μs), and a maximum energy absorption 60J, making it ideal for industrial AC power conditioning. Compared to traditional MOVs, the V14E460P is designed with a higher peak current rating and a faster response time. An integrated radial lead makes the device easier to install, while the patented "low noise technology" helps to reduce acoustic and electrical noise.

The primary application field of the V14E460P is AC power line conditioning in a wide variety of industries. It can be used to protect AC power circuits from lightning, power surges, and other causes of inrush or overvoltage. The V14E460P is suitable for use in industrial environments such as factories, as well as residential and commercial environments, and can be used in control systems, communication circuits, and other sensitive electronics.

The working principle of the V14E460P is based on the same concept as other MOV\'s. When the voltage reaches a predetermined level, the device switches on and provides a low impedance path to ground. This creates a "clamping" effect that diverts the extra current away from the protected circuit, thus providing protection from overloads and overvoltage. The device is designed to be nonlinear, meaning that its impedance changes depending on the magnitude of the voltage applied. As the voltage increases, the device limits current by clamping it more tightly, thus providing greater protection.

The V14E460P is an ideal choice for AC power conditioning applications that require fast response time and high current handling capacity. With its patented low noise technology, it is ideally suited for use in industrial environments, and provides reliable overvoltage protection for sensitive electronics.

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