SZP6SMB82AT3G

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TVS-Diodes

A Transient Voltage Suppressor Diode (TVS-Diodes), also known as a TransZorb, is a diode that acts as a sacrificial device, conducting current in the event of an over-voltage condition, then quickly breaking down. Commonly used to protect sensitive electronics against electrostatic discharge or transient voltage spikes, TVS-Diodes are widely used in many of today\'s electronics and are available in a variety of sizes, shapes, and capacities.

SZP6SMB82AT3G Application Field and Working Principle

SZP6SMB82AT3G is a popular TVS-Diode used to protect sensitive electronics, such as microprocessors, from over voltage. Specifically designed to protect sensitive 0.18-micron CMOS mobile processor devices, the SZP6SMB82AT3G offers a fast response times and low clamping voltage. This makes it well suited for protecting mobile processors from transient errors.

The working principle of the SZP6SMB82AT3G is simple. When an over voltage condition is detected in the protected circuit, the diode quickly conducts the excess current until the voltage is reduced back to the normal operating voltage level. The diode acts as a clamp, limiting the voltage of the protected circuit to a safe level. The clamping voltage of the SZP6SMB82AT3G is 6.2 volts, meaning that it can handle any transients or surges up to 6.2 volts without damaging the protected equipment. This makes the diode suitable for protecting sensitive mobile processor devices, which are particularly vulnerable to transients and voltage spikes.

The SZP6SMB82AT3G is available in two versions: the SMB and SMA. The SMB version is designed for surface mount applications, while the SMA version is designed for through-hole applications. The two versions are similar in most respects but have different mounting options.

The SZP6SMB82AT3G is a popular choice for protecting sensitive electronics due to its small size and low cost. It is a reliable and effective way to protect delicate electronics from overvoltage conditions, without adding significant cost or complexity to the design.

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