MXLPLAD36KP20CA

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TVS - Diodes are an important component in electronics, specifically in the protection of sensitive equipment from electrical surges. The MXLPLAD36KP20CA is a TVS Diode that is specifically designed to protect high speed data circuits with low capacitance and minimal signal attenuation.

The MXLPLAD36KP20CA is mainly used to protect equipment from transient overvoltages and electrical spikes. Surge protection components can be used in a variety of applications, from protecting low-power electronics such as laptop ports to protecting higher-power applications like power converters. Additionally, they can be used to protect communication interfaces such as RJ-45 ports and fiber optics.

The MXLPLAD36KP20CA is designed to protect high-speed data circuits, allowing for minimal signal attenuation. It features low capacitance, low clamping voltage, high peak pulse power dissipation, and very fast response time. The device is rated for up to 5.8A (Ipp) pulse current, 8KV ESD, and 6.0V VBR (maximum).

In terms of its physical characteristics, the MXLPLAD36KP20CA has a low profile that allows it to fit in tight areas on printed circuit boards and a planar surface mount design that enables easy installation. It is guaranteed to work over an operating temperature range of -55°C to +150°C which makes it suitable for a wide variety of applications.

The working principle of the the MXLPLAD36KP20CA is that when transient overvoltage or spikes occur, its electrodes will quickly change from open circuits to short circuits thanks to the high-speed response. The device then absorbs the excess electrical energy and returns it as heat. Because of its low capacitance and very fast response time, the MXLPLAD36KP20CA is able to protect high-speed data circuits without negatively affecting their performance.

In conclusion, the MXLPLAD36KP20CA is a TVS - Diode that is specifically designed to protect high speed data circuits with low capacitance and minimal signal attenuation. Its low profile design, wide operating temperature range, and high peak pulse power dissipation make it an ideal choice for various applications. The device works by quickly changing from open circuit to short circuits to absorb the excess energy, and thanks to its very fast response time, it can protect high-speed data circuits without negatively affecting their performance.

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