5KP16A-HRA

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TVS-Diodes are a type of device used for overvoltage protection. They are discrete components that clamp the voltage below the device’s breakdown voltage. This prevents transient voltage surges from damaging sensitive components and circuitry. The 5KP16A-HRA is a TVS-Diode, as described in the 2015 Semiconductor Data Book, Section 6.1.

The 5KP16A-HRA has a maximum unidirectional working voltage of 16.5 volts, with a break down voltage between 10 and 19 volts. It is made of high-speed, high-temperature glass and is RoHS compliant. The device includes a hermetically sealed package and has an operating temperature range from - 55°C to + 155°C. The VBR peak pulse current rating is 5A to 20A (8/20 μs).

The 5KP16A-HRA is designed to provide overvoltage protection for automotive systems and other applications where a low clamping voltage is required. It is typically used in 12V systems. The device is designed to absorb transient surges and protect against potential overvoltage damage to sensitive components and circuitry. The device has a fast response time and can clamp transient voltage surges in as little as 100 nanoseconds.

The primary working principle of the 5KP16A-HRA is simple. When the voltage rises above the device’s breakdown voltage (10-19V) the device will conduct current, clamping the voltage below the breakdown voltage. This prevents voltage surges from damaging sensitive components and circuitry. The device is also designed to reset itself when the surge is gone. This will ensure that the device is always functioning correctly.

The 5KP16A-HRA is an excellent choice for overvoltage protection in automotive systems or any other application where a low clamping voltage is required. The device is built for use in extreme temperature ranges and conditions. Its fast response time and low clamping voltage ensure that sensitive components are protected from potentially damaging overvoltage surges.

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