1PMT16AT1G Circuit Protection

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TVS (Transient Voltage Suppressors) diode is a semiconductor device designed to protect other electronics from voltage surges or spikes. It is also known as suppressor diode, spike suppressor, spike arrestor, etc. The 1PMT16AT1G is a surge suppressor diode that uniquely combines effective protection and low leakage current.

TVS diode works on the principle of avalanche breakdown. The 1PMT16AT1G has a rated clamping voltage of 16V and peak pulse power of 1000W (8/20 μs pulse). It can provide effective protection to other devices against spikes and transients. This means in the event of a voltage surge, the diode will limit the voltage to a safe level and withstand >1000W of overload without damaging the nearby circuitry.

Applications of the 1PMT16AT1G include protection of devices in automotive and industrial electronics applications, such as in telecommunication systems, computer networks, and household appliances. They also protect sensitive equipment like data loggers and industrial controllers which are vulnerable to voltage spikes as a result of lightning or electrostatic discharge. On-board computer and control systems for automobiles and boats require reliable protection against overvoltage conditions, and this is where the 1PMT16AT1G is a viable solution.

The 1PMT16AT1G offers high transient protection and low leakage current, thereby providing superior surge protection. It features a low capacitance and fast response, which is ideal if you need to protect high speed data lines such as USB or Ethernet lines from voltage spikes or other overvoltage conditions. The device is packaged in an SMA package, which is easier to mount without additional components.

In summary, the 1PMT16AT1G TVS diode is a reliable and cost-effective solution for providing protection against voltage surges or spikes. It is ideal for use in automotive and industrial electronics applications, as well as for high speed data lines. This device offers superior performance when compared to other surge protection devices, and its low capacitance and fast response make it ideal for protecting sensitive equipment.

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