ESD218B102ELSE6327XTSA1

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TVS - Diodes are mainly used as electrical protection components in many industries due to their low price and excellent performance. ESD218B102ELSE6327XTSA1 is the most commonly used TVS - Diode for general applications for its high performance and moderate price. In today\'s market, it has become one of the most popular TVS - Diodes. It can effectively protect products from over-voltage and over-current.

ESD218B102ELSE6327XTSA1 is a two-terminal transient suppression diode specifically designed to protect sensitive electronic components from voltage related damage, especially for circuits that are exposed to high surge. It utilizes a low-pressure silicon rectifier with a wide range of working voltage from 4V to 12V, a low leakage current from 0.2μA to 0.3μA, and a reverse breakdown voltage from 27V to 55V.

As a TVS - Diode, its main application field is to protect circuit boards, components, buses, wires and other electronic systems from over-voltage and over-current. In terms of its working principle, when the voltage that exceeds the diode’s breakdown voltage, it would cause a breakdown within a few nanoseconds and redirect the current in a safe direction. After that, when the surge ends, the diode turns off and back to its normal state. Thus, it can offer a reliable protection.

In addition, due to its low-pressure silicon rectifier design, ESD218B102ELSE6327XTSA1 can also prevent high frequency power line surges effectively even transients at the power line frequency of several MHz. Therefore, it is an excellent choice for many applications such as TV, computer, telecommunication, audio-visual equipment, and instrument, etc.

All in all, ESD218B102ELSE6327XTSA1 is an excellent protection diode suitable for general applications and it can be used to effectively protect components from over-voltage, over-current, and high frequency power line surges. By understanding its application fields and working principle, we can better utilize it to protect our products from unexpected damage.

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