TPSMP6.8HE3/84A

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TVS diodes are an essential element of electronic systems, having a variety of applications in both commercial and consumer electronics. Among the most popular TVS diodes is the TPSMP6.8HE3/84A. This product is designed to provide overvoltage protection for electronics such as motherboards, peripherals, data lines, and telephone lines.

TPSMP6.8HE3/84A are very easy to use due to their small size and simple wiring. They are meant to be placed directly on the PCB board, eliminating the need for external wiring. They are also very reliable and capable of providing protection in both ac and dc applications. This device is designed to operate over a wide temperature range and offers high reliability.

The TPSMP6.8HE3/84A is a three-terminal device, meaning it has three pins. The pins are arranged in a common-cathode configuration, meaning one of the pins is connected to the cathode. The other two pins are connected to the source and the drain. The package is hermetically sealed in order to protect the components from outside influences.

When the source voltage exceeds its maximum ratings, an avalanche breakdown occurs and a surge of current flows through the device. This current surge is limited by the low on-state voltage drop of the device, providing overvoltage protection. When the surge is over, the device returns to its normal state and the voltage at the source and drain can continue to be monitored.

In addition to protecting against overvoltage conditions, the TPSMP6.8HE3/84A has other applications, such as reducing the propagation of electrical noise, which may interfere with the performance of other components in the system. It is also used to protect the source and the drain from voltage transients and electrostatic discharge.

To summarize, the TPSMP6.8HE3/84A is an innovative TVS diode designed to provide overvoltage protection for electronics such as motherboards, peripherals, data lines, and telephone lines. It has a low on-state voltage drop and can operate over a wide temperature range. In addition to overvoltage protection, the device also offers protection against noise interference, voltage transients, and electrostatic discharge.

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