SA26AHE3/73 Circuit Protection

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A TVS diode, also known as a transient voltage-suppression diode, is a device that is most commonly used to provide protection from voltage transients over cross-associated circuits and power systems. The SA26AHE3/73 is a TVS diode specifically designed for high-speed and high-temperature applications. It also offers superior transient-overvoltage protection and can be used in various types of high-voltage protection applications.

The SA26AHE3/73 is comprised of an AEC-Q101 qualified and RoHS compliant 2-line bidirectional ESD diode. It features low capacitance, low leakage current, low insertion loss and high surge current capabilities. This diode provides ESD and over-voltage protection of 26V, and a maximum clamping voltage of 24.3V. It is also capable of dissipating transient energy up to 2.8 J.

This device is most commonly used in a variety of high-speed data line protection applications. This includes automotive electronics, data communications systems, consumer electronics, and industrial equipment. It is also designed for use in applications where the transient voltage of the power system and data lines are beyond the capability of existing protections and require an additional level of protection. The SA26AHE3/73 is capable of suppressing high-speed, low-energy ESD and protecting signals from over-voltages and under-voltages.

When it comes to the working principle of the SA26AHE3/73, it has been designed to protect devices and power systems from voltage transients. It works by clamping the voltage across the TVS diode to a pre-determined level. When the transient voltage exceeds this level, the diode will immediately become conductive and divert the extra energy away from the protected circuit. After the transient is over, the diode will return to its non-conductive state and the circuit will remain protected.

The SA26AHE3/73 is an extremely reliable and effective device when it comes to providing protection from voltage transients. It offers superior transient voltage protection, low capacitance, low leakage current, and low insertion loss. Its performance is well-suited for high-speed and high-temperature applications in various types of applications, including automotive electronics, data communications, consumer electronics and industrial equipment.

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