TPC6.8HM3/87A

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TVS diodes are widely used today to protect sensitive electronic components against surges in the voltage and current of the power supply. A TVS diode is a two-terminal, asymmetric, solid-state semiconductor device that can absorb and redirect electrostatic discharges, or ESDs, and prevent them from causing damage to the surrounding circuitry.

The TPC6.8HM3/87A is a TVS diode designed specifically for 8/20 microsecond lightning surge protection in power supply applications. It offers extremely fast response times and low capacitances, making it especially well suited to the needs of power supply systems that are confronted by powerful surges. The ability to discharge rapidly and redirect energy away from electronic components helps provide circuits with efficient and reliable protection.

The working principle of the TPC6.8HM3/87A is relatively straightforward. When an excess voltage surge or current spike occurs, the diode will use its built-in Zener voltage function to clamp the voltage or current at a predetermined level, protecting the sensitive components which can be damaged by the surge. Once the spike or surge has been re-directed, the diode can quickly reset and be ready for use again as soon as the surge has passed.

The TPC6.8HM3/87A is applicable to a wide variety of applications, including personal computers, mobile phones, consumer electronics, wireless access points, and routers. Its fast response times and high surge rate capacity make it a reliable and effective protection solution for these kinds of power supply applications. Moreover, its small size makes it ideal for applications where space is limited and a more compact device is needed.

In summary, the TPC6.8HM3/87A is a low capacitance TVS diode designed for 8/20 microsecond lightning surge protection in power supply applications. It is capable of absorbing and redirecting electrostatic discharges quickly and efficiently, protecting sensitive components from damage due to potential overvoltage that can cause system failure. Furthermore, its small form factor makes it suitable for applications where space is limited. The device is suitable for a wide range of applications, including personal computers, consumer electronics, mobile phones, and routers.

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