1N6273AHE3_A/C Circuit Protection

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The TVS - Diodes are widely used in applications that require high level of protection, such as automotive, consumer electronics, aerospace, and industrial systems. The 1N6273AHE3_A/C is one such device, a transient voltage suppressor (TVS) designed for bidirectional ESD and surge protection in modern electronic systems.

Introduction to the 1N6273AHE3_A/C

The 1N6273AHE3_A/C is a unidirectional device with three pins, that provides protection against electrostatic discharge (ESD) and surge. It is made with a combination of anode and cathode electrodes connected to an internal diode, MOSFET or p-i-n diode, and capable of ensuring a fast response time of less than 5 nanoseconds in order to achieve high levels of protection. The device is designed to protect sensitive circuitry from transients up to 33V RMS or transient voltage up to 400V peak.

1N6273AHE3_A/C Application Field

The 1N6273AHE3_A/C is an ideal choice for applications that require a high level of protection, such as automotive, consumer electronics, aerospace, and industrial systems. These devices are designed to provide a low-voltage protection solution in a wide range of DC power systems. They can be used as overvoltage clamping and surge current limiting devices to protect sensitive electronics such as tracks, motors, and power supplies.

The 1N6273AHE3_A/C is also suitable for use in any situation where power sources are susceptible to surge and ESD, such as computer and communications systems, AC and DC motor controls, lighting systems, and audio and video systems. The device provides protection against surges up to 33V RMS, allowing it to provide effective protection for sensitive circuits.

1N6273AHE3_A/C Working Principle

The 1N6273AHE3_A/C is designed with a combination of internal diode, MOSFET or p-i-n diode. When a voltage transient or surge bigger than the TVS diodes clamp voltage is detected, the internal diode, MOSFET or p-i-n diode is triggered to clamp the voltage, providing protection to the vulnerable components. The device is designed to be bidirectional, allowing it to provide protection against ESD and transient voltage in both directions.

When used as an overvoltage clamping device, the 1N6273AHE3_A/C device has a voltage threshold of 33V RMS. The device is designed with a dynamic response time of less than 5 nanoseconds, providing it with a quick response time to protect against fast transients. The device is also an ideal choice for applications with high surge current, as it offers protection up to 400V peak, as well as high surge-handling capability.

Conclusion

The 1N6273AHE3_A/C is an ideal device for applications requiring protection from electrostatic discharge and surge. Its combination of fast response time and high protection levels makes it an ideal choice for automotive, consumer electronics, aerospace, and industrial systems. Its bidirectional operation and voltage range of up to 33V RMS also ensure that it is able to protect sensitive circuits from transients up to 400V peak.

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