1.5SMC24AHR7G

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TVS - Diodes

TVS (transient voltage suppressor) diodes have been a key component in protecting circuits for decades. These diodes offer protection against electrical surges resulting from potential fault conditions by redirecting the surge current into the ground path. The 1.5SMC24AHR7G is an example of this technology used for surge protection in a variety of applications.

1.5SMC24AHR7G Application Field

In general, the 1.5SMC24AHR7G is used for protection of high-speed data lines, communication systems, and input/output circuits of industrial control systems. Specifically, it is used in systems that need a short response time such as USB ports, HDMI connectors, and audio systems. The 1.5SMC24AHR7G provides reliable protection in these sensitive applications by providing high-speed clamping of transient overvoltages. It can also be used in automotive and aerospace systems due to its low leakage current and high-temperature performance.

1.5SMC24AHR7G Working Principle

The 1.5SMC24AHR7G follows the same principle as other TVS diodes. It is designed to absorb and conduct an overvoltage pulse without interruption. The 1.5SMC24AHR7G consists of two layers of protection, a multi-layer Pi-network, and an integrated junction diode. The first layer of protection uses the Pi-network to reduce the clamp voltage, providing enhancement of the system\'s tolerance to overvoltage. The second layer consists of a junction diode that absorbs the excess voltage and safely diverts it into the ground, protecting the system from harmful voltage spikes.

Conclusion

The 1.5SMC24AHR7G is a type of TVS diode used for surge protection in a variety of applications. It is designed to absorb and conduct an overvoltage pulse without interruption, providing reliable protection in sensitive systems such as USB ports, HDMI connectors, and audio systems. The 1.5SMC24AHR7G contains two layers of protection, a multi-layer Pi-network and an integrated junction diode, to reduce the clamp voltage and safely divert any excess voltage into the ground. This ensures the system is well protected against harmful voltage spikes.

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