20KPA96C Circuit Protection

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TVS diodes play a critical role when it comes to protecting our electronics from potentially damaging voltage surges. One of the most popular TVS-diode solutions is the 20KPA96C – a specialized bidirectional TVS diode offering up to 96W of electrical protection. In this article, we’ll take a closer look at the application field and working principle of the 20KPA96C.

The 20KPA96C is designed to protect electronics from voltage surges and transient voltage events. It is especially effective in applications where ultra-fast response is needed, such as in automotive, telecom, and industrial applications. When integrated into a device, the 20KPA96C can withstand up to 96 Watts of power – a far higher figure than most standard TVS diodes.

The 20KPA96C is a bidirectional TVS diode, meaning that it is designed to protect the device from voltage spikes coming from both directions. This is especially useful in automotive applications where the device often experiences voltage fluctuations from both the battery and the alternator. With the 20KPA96C, the device is protected from potentially damaging voltage spikes in both directions.

The 20KPA96C also offers a fast response time, with a turn-on time of less than 2.5 nanoseconds. This is particularly helpful in industrial applications where spikes in voltage can happen quickly and need to be dealt with quickly. Additionally, the 20KPA96C offers “clamp switching” in which the device “clamps” power from the circuit whenever it detects a voltage spike, thus protecting the device from damage.

The 20KPA96C bidirectional TVS diode has a hermetically sealed package, which offers an extra layer of protection from the environment and increases its durability. Additionally, the 20KPA96C has a low clamping voltage, which reduces power consumption and helps to improve the efficiency of the device.

The 20KPA96C is a highly effective solution for applications that require protection from potentially damaging voltage surges. It offers a high degree of protection for up to 96 Watts of power, fast response times, and a robust hermetically sealed package. Additionally, its low clamping voltage reduces power consumption and increases device efficiency.

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