MPLAD36KP70CAE3

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TVS diodes are an important part of the electronics industry. They are used to provide protection against transients or large voltage spikes. The MPLAD36KP70CAE3 TVS diode is a component that provides this protection and is widely used in various applications.

This particular diode is used for surge protection in automotive applications, as well as for circuit protection in telecommunications and militarygrade applications. The diode is based on the IMPAD (Injection and Metal Plate Array) technology, which provides excellent overvoltage protection for its users.

The MPLAD36KP70CAE3 TVS diode provides a number of benefits, including low leakage under high operating temperatures, excellent protection against negative transients, and minimal power dissipation during normal operations. It is also easy to install and maintain, and the package includes all necessary components so that it can be integrated into existing designs with minimal effort.

The working principle of the MPLAD36KP70CAE3 TVS diode is based on the IMPAD technology. It consists of two metal plates that are connected by an injection of metal particles. When a voltage spike occurs, the particles create an electrical potential that results in an avalanche breakdown, allowing the diode to act as a protection circuit.

This diode also has a high clamping capability to protect downstream components from the full voltage of the transient.The MPLAD36KP70CAE3 TVS diode also utilizes a parallel configuration to help mitigate voltage transients over short rise and fall times.

Additionally, the diode is designed for high pulse energy absorption and can handle up to 10kA of current for short periods of time. It also offers excellent surge protection at high temperatures and can withstand up to 175V of continuous DC voltage.

To summarize, the MPLAD36KP70CAE3 TVS diode is an important component in the electronics industry due to its excellent protection against transients and voltage spikes. It can be used for a wide range of applications, from automotive and military applications to telecommunications and power supplies. The diode is based on the IMPAD technology and utilizes two metal plates and an injection of metal particles, allowing it to act as a protection circuit and absorb high amounts of energy in a short period of time. It can also handle up to 175V of continuous DC voltage and offers excellent protection at high temperatures.

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