SMBG10CAHE3/52 Circuit Protection

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The SMBG10CAHE3/52 transient voltage suppressor (TVS) diode is a state of the art protection solution that provides a low working voltage for its high voltage protection. This TVS diode is designed for a variety of application fields with an operating band ranging from 38VDC to 520VDC. It is ideal for data lines and electrostatic discharge (ESD) applications.

The SMBG10CAHE3/52 features a low clamping voltage and low Reverse Leakage current making it ideal for data ICs, onboard electronics, and signal lines. This diode also offers a very high power dissipation rating of 550W (1000V) and a maximum peak pulse power rating of 8KW (8/20μs pulse). It provides excellent surge protection capability with a clamping voltage of <1V at 1A, making it ideal for protecting data lines from high voltage spikes.

The SMBG10CAHE3/52 utilizes a dual-junction design, whereby the device is comprised of two separated parts. One junction provides the low working voltage while the other acts as an unidirectional gate. This ensures that the device only conducts current in one direction, thus preventing electric current and voltage from flowing back into the protected device or components. This allows the TVS diode to provide superior protection from high voltage transients, as well as ESD damage to the system.

The SMBG10CAHE3/52 has a built-in dual-channel protection circuit that helps protect against both transients and ESD. The TVS diode is connected in parallel to the data lines, ESD diodes, and other onboard components to provide additional protection against these unexpected events. Furthermore, the TVS diode has an internal thermal shutdown circuit which prevents damage to the device caused by an excessive temperature rise.

Overall, the SMBG10CAHE3/52 provides an excellent solution for any application requiring protection from high voltage transients or ESD damage. With its low working voltage, high power dissipation rating, and fast response time, this diode is well suited for data lines and onboard ICs, providing enhanced protection for the system’s components.

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