L9700D013TR Circuit Protection

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The L9700D013TR is a mixed technology TVS, which is primarily used to prevent surge and transient voltages from causing damage to electronic devices. It consists of two parts – a diode array and an internal low-pass filter. The diode array is a semiconductor component that effectively shorts external surges to ground. The low-pass filter inside the device suppresses transients, which are voltage spikes created by electro-static discharges or radiated signals in the environment.

The working principle of the L9700D013TR is simple. It consists of two components; a diode array and an internal low pass filter. The diode array works by shorting external surge voltages to ground and it absorbs the external surges that pass through the junction. The internal low pass filter also acts to reduce the amount of transients or voltage spikes that can pass through the protection device. The filter works by allowing DC voltages to pass through it while blocking high frequency signals.

The L9700D013TR is commonly used in industrial process control applications such as motor drive applications. It is also used in telecommunications and data transmission systems where data is being transmitted through fragile cables. It can even be used in consumer applications such as cell phones and other mobile devices. Its primary purpose is to protect sensitive electronic components from external surges and transients.

In addition to being used in surge and transient protection applications, the L9700D013TR can also be used in static control applications. This is achieved by using the internal low-pass filter to block AC signals while allowing DC signals to pass through. This feature makes the device ideal for use in preventing static charges from damaging sensitive components.

The L9700D013TR is a versatile device that offers surge and transient protection in a wide range of applications. Its diode array and internal low pass filter work together to effectively reduce the risk of damage caused by external surges and transients. It is also effective for static control applications and can be used to protect sensitive components from electro-static discharge related damage.

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