P3104UCMCTP

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The P3104UCMCTP is a semiconductor device that belongs to the family of Thyristor (TVS) devices. It is manufactured by Amphenol Advanced Sensors and used in a wide variety of applications to provide advanced protection from voltage and current surges. The device has a unique combination of features that make it suitable for a wide range of applications, including automotive, industrial, military, and medical. Additionally, the device has the ability to tolerate vibration, shock, and temperature extremes.

The P3104UCMCTP is a silicon device that acts as a bidirectional thyristor, allowing current to flow in either direction. It has an on-state voltage of 5.5V with a maximum off-state current of 300mA and an RMS on-state current of 1A. The device is designed to withstand up to 1000V of surge voltage in order to protect against potentially damaging overvoltage events. The on-state voltage of the device increases with temperature, providing improved performance and reliability at higher temperatures.

The device is designed to act as a voltage or current clamp, limiting the maximum voltage or current during surge events. When the voltage or current exceeds a certain threshold, the thyristor is triggered and a short circuit is created, quickly reducing the voltage or current back to acceptable levels. This process takes place in microseconds, ensuring that the device does not cause any significant disruption in the system. Additionally, the device is designed with extra monolithic loads on the thyristor that absorb additional energy from the surge event, providing additional protection beyond the clamping action of the thyristor.

The P3104UCMCTP is designed to provide surge protection in a wide variety of applications. It is used in automotive and industrial applications to protect sensitive components from voltage and current surges, as well as in medical systems to protect against overvoltage events. Additionally, the device is used in military applications for its robust surge protection capability and its tolerance to both vibration and shock.

The device is a versatile and reliable solution for surge protection, offering reliable protection against voltage and current surges while providing additional protection from vibration and shock. Additionally, the device is designed with temperature compensation to ensure reliable operation in extreme temperature environments.

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