MPLAD36KP75CAE3

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TVS diodes, also known as Transient Voltage Suppressors (TVSs), are solid state electrical components used primarily for protecting electronics systems and components from destructive voltage transients and surges. A variety of technologies can be used to construct TVS components, from simple diode networks to more complex integrated circuits. MPLAD36KP75CAE3 is an example of a Transient Voltage Suppressor, an integrated circuit specifically designed to protect electronics systems and components from excessive transients.

MPLAD36KP75CAE3 is a three-terminal Transient Voltage Suppressor (TVS) device designed for use in circuits that require protection from excessive transient voltages. The device provides circuit protection in a variety of electronic systems, and it is well suited for protecting active components and circuitry from damaging transients caused by power supply over-voltages, ESD, and surge conditions. The MPLAD36KP75CAE3 is available in a compact package that can accommodate a wide variety of board space requirements, enabling the device to be used in a wide range of applications.

The working principle of the MPLAD36KP75CAE3 is based on a zener diode like structure which clamps the transient voltage at a defined level. The device consists of two matching MOSFETs connected in common source configuration. The Vgs, or gate-source voltage, is controlled by the applied voltage signal on the anode terminal. If the applied voltage rises beyond the device’s rated voltage rating, the MOSFETs are biased into avalanche breakdown and a dump current is drawn from the drain wire to the ground wire. This current flow clamps the voltage at the rated voltage rating.

The MPLAD36KP75CAE3 is suitable for use in a variety of different applications, such as mobile phones, computers, consumer electronics, and medical devices. The device can also be used to provide protection in high voltage applications such as electronic control systems and high voltage power supplies. The device is also well suited for protecting active components and circuitry from damaging transients caused by power supply over-voltages, ESD, and surge conditions.

The compact size of the MPLAD36KP75CAE3 also makes it ideal for protecting electronic circuits in small footprint applications. The compact package also reduces part-to-part variability for improved performance and yields. The device is suitable for automated assembly and operation in high stress environments. Additionally, the device is designed to be immune to false triggering from ESD, of up to 16kV on the human body.

The MPLAD36KP75CAE3 TVS diode is an example of a solution for protecting electronic circuits from excessive transients and surges. It is based on a zenner diode like structure which clamps the transient voltage at a defined level and consists of two matched MOSFETs connected in a common source configuration. The device is suitable for use in a variety of applications, including mobile phones, computers, consumer electronics, and medical devices, and is well suited for protecting active components and circuitry from damaging transients caused by power supply over-voltages, ESD, and surge conditions.

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