NS6A13AT3G

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TVS - Diodes: NS6A13AT3G Application Field and Working Principle

TVS (Transient Voltage Suppressors) are used to protect equipment against overvoltage transients. They are a kind of unidirectional devices, which limit the voltage applied to a circuit at a given voltage threshold, known as the clamping voltage.

The NS6A13AT3G is a device specifically designed to protect sensitive devices against transient overvoltage conditions. It is an ultra-low leakage, ultra-high performance TVS that features a bidirectional configuration, with two back-to-back diodes. The device provides a fast clamping response and a high peak pulse current of up to 6.2A.

The NS6A13AT3G is most commonly employed to protect sensitive circuits such as those found in data lines and power supplies. It is also suitable for automotive, industrial and consumer applications.

The device is designed with a break-before-make feature, so that it can prevent overvoltage transients from propagating downstream when power is disconnected. This is important to help ensure that electrical components and equipment are not damaged during power interruption events.

The working principle of NS6A13AT3G is based on the principle of electroluminescence, which describes how certain components emit light, when voltage is applied to them. When the voltage applied to the device exceeds a predetermined threshold, a certain amount of current will flow through the component, which causes it to activate. This causes the device to trigger phenomena such as electrical breakdown, and release energy in the form of light in order to suppress the voltage.

In terms of performance, the NS6A13AT3G offers fast clamping response time of less than 1ns, a low let-thru voltage of ≤ 29V, and a high peak pulse power rating of up to 6.2A. It is also contained in a thermally enhanced SOT23 package, making it suitable for a wide range of PCB (Printed Circuit Board) layout requirements.

With its fast response time, low leakage current, and high pulse power, the NS6A13AT3G is an ideal choice for overvoltage protection in a wide range of applications. Its thermally enhanced housing helps to ensure adequate heat dissipation, offering reliable performance in customer applications.

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