3KASMC20AHE3_A/H

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TVS - Diodes

A TVS diode is a Transient Voltage Suppressor diode made from a silicon semiconductor material. It is designed to minimize surge current and voltage changes caused by external environment or circuit anomalies; they are used in a variety of applications ranging from signal conditioning to protection circuits.

The 3KASMC20AHE3_A/H application field and working principle is a type of Transient Voltage Suppressor diode designed for use in high speed, low voltage applications. These devices are capable of suppressing voltage spikes beyond what regular TVS diodes are able to handle. These devices feature a low leakage current, a low clamping voltage, and fast response time.

The purpose of the 3KASMC20AHE3_A/H application field and working principle is to minimize voltage surge caused by a sudden change in the voltage supply within the circuit. It does this by the use of a diode which will clamp the surge voltage at a specified level before it has a chance to affect the integrity of the circuit. This is achieved by the device\'s ability to react to voltage spikes quickly, and the low leakage current of the low clamping voltage it features.

To use the 3KASMC20AHE3_A/H application field and working principle within a circuit, it must be placed in the circuit such that the specified limit is set above the operating voltages. The device must be adequately rated for the operating maximum voltage, which includes all expected low and high voltage levels. It must also be connected in a manner that allows the device to dissipate the surge current, and the TVS diode must be appropriately sized for the circuit.

The 3KASMC20AHE3_A/H application field and working principle is an excellent solution for protecting sensitive electronic components from voltage surges. This device\'s high reactivity, low leakage current, and low clamping voltage make it an optimal choice for applications such as signal conditioning and protection circuits. Furthermore, its easily adjustable limit makes it an applicable solution for both low and high voltage applications.

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