5KASMC40AHM3/57

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TVS (Transient Voltage Suppression) diodes are components of electronic systems that provide protection against transient surges and electrical noise. The 5KASMC40AHM3/57 is a high-performance, unidirectional, voltage-triggered TVS diode array designed to protect sensitive electronic equipment from damaging voltage transients.

The 5KASMC40AHM3/57 is a bi-directional voltage-operated device well suited for general-purpose protection against overvoltage transient events. The device has a standard voltage clamping of 40 V, a maximum surge current of 5,000 A, and a maximum repetitive peak pulse power dissipation of 1.88 W. It provides robust, instantaneous, and reliable overvoltage protection, ensuring the reliable operation of the system in harsh environments. It is available in an ultra-small package and is ideal for high-density designs.

The 5KASMC40AHM3/57 device is widely used in automotive applications, consumer electronics, and industrial control applications. In automotive applications, it is used to protect systems from battery voltage transients. In consumer electronics, it is used to protect against power surges and other fluctuations. In industrial control applications, it is used to prevent voltage spikes caused by switching transients.

The 5KASMC40AHM3/57 device works by clamping or limiting the voltage to a safe level before it can damage the connected equipment. When the line voltage exceeds the rated voltage of the TVS diode, the diode starts conducting, which clamps the voltage across it to a safe level. This effectively protects the downstream components from overvoltage transients. Once the voltage is clamped, the current flow is automatically limited and the voltage is discharged, protecting the system from damages.

The 5KASMC40AHM3/57 device provides superior performance and reliability and provides efficient protection against overvoltage transients. Its ultra-small package makes it ideal for high-density designs and its robust protection and low capacitance make it well suited for high-speed applications.

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