MOV-14D431KTR

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Transient voltage suppression (TVS) devices are widely used in many aspects of today’s electronic applications. TVS devices are actively designed to protect against electrical shock and device damage caused by transient voltage pulses or anomalies. TVS devices, such as metal oxide varistors, MOVs, and diodes, are commonly used to provide protection in AC and DC power lines.MOVs, on the other hand, are particularly useful for the protection of electronic equipment from transient surges. MOVs are a type of transient suppressor designed with two or more zinc oxide varistors connected in series. MOVs work by clamping the voltage to a predetermined level when the voltage reaches above or below a certain point. The MOV-14D431KTR is a metal oxide varistor designed for use in applications requiring transient voltage suppression. The MOV-14D431KTR is specifically designed for use in keypad and switch protection applications, eliminating false triggering caused by electrical surges. The MOV-14D431KTR contains a pair of zinc oxide varistors which work together to protect against voltage surges and anomalies. When a voltage surge is detected, the MOV-14D43KTR clamps the voltage down to acceptable levels, preventing the electronics from being damaged, while allowing normal operation to continue. The MOV-14D43KTR also features a built-in thermal fuse which prevents the device from overheating should a surge occur, protecting the electronic system from damage.The MOV-14D431KTR has an operating temperature range of -40 to +85°C, and a maximum rated voltage of 400V. The MOV-14D431KTR is also rated for a maximum current of 450mA, making it suitable for use in high current applications.In conclusion, the MOV-14D431KTR metal oxide varistor is designed for protection against voltage surges and anomalies, making it ideal for use in keypad and switch protection applications. The MOV-14D431KTR is rated for a maximum current of 450mA and operates at a temperature range of -40 to +85°C, making it suitable for use in high power applications.

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