MPLAD36KP75CA

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A TVS diode is an electronic component device designed to protect sensitive electronic equipment from voltage and current transients. The junction of two P–N semiconductors connected across a reverse-biased diode forms the basis of a Transient Voltage Suppression (TVS) diode. The MPLAD36KP75CA is a multi-purpose TVS-Diode, designed to protect high-speed data communications, telecom, and information technology (IT) systems from the harmful effects of transients caused by electrostatic discharge (ESD), as well as other voltage transients. The MPLAD36KP75CA incorporates a specialized design that includes a low-leakage diode and a high-performance silicon avalanche diode.

The use of a TVS-Diode in high-speed data communications, telecom, and IT systems has been proven an effective solution in preventing transients. The MPLAD36KP75CA offers superior protection from ESD and other voltage transients, which can otherwise potentially cause damage to sensitive components within the system. The diode operates in a non-linear breakdown region, which means that it is capable of rapidly suppressing high transient voltages, dissipating energy, and eventually returning to the low breakdown region.

The operating principle of the MPLAD36KP75CA is based on the avalanche effect and uses the Zener effect to create an avalanche action. A reverse-biased diode region allows electrons to move freely from the valence to conduction band until a certain threshold voltage is reached. This threshold voltage varies depending on the type of diode. For the MPLAD36KP75CA, the threshold voltage is typically 8.2V. At this point, the free electrons create a secondary avalanche process which results in a sudden increase in current and a corresponding decrease in voltage over the junction region.

The MPLAD36KP75CA is a purpose-designed TVS-Diode unit specifically designed for protection of high-speed data communications, telecom, and IT systems from transients. It offers low leakage and high-performance at the same time, making it an effective solution in transient protection applications. Its operation using the Zener and avalanche effect allows it to effectively suppress transients and reduce damages caused to sensitive electronic components. This type of protection is invaluable in maintaining the integrity of communications networks and the safety of personnel and equipment.

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