MP5KE36CA

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TVS - Diodes are an important part of electronic components due to their use as protective elements in power and signal applications. Among a wide range of TVS diodes, the MP5KE36CA is used for overvoltage and ESD protection, making it an ideal choice for a variety of applications. In this article, we will discuss the application field and working principles of the MP5KE36CA TVS diode.

The MP5KE36CA TVS diode is a 36V working peak power unidirectional device with a single line of Cathode grounding. It is typically used to protect up to 500W peak pulse power or on DC power lines. Its peak pulse power rating can be up to 3500W for 10/1000 microseconds.

The MP5KE36CA diode is also ideal for applications where the necessity of low leakage currents is important. With its ultra-low dynamic resistance and high capacitance, it is perfect for use in medical equipment and communications equipment. Additionally, its high surge capabilities make it suitable for surge applications, such as power supplies.

On the other hand, the working principle of an MP5KE36CA diode is fairly simple. The diode is designed with a special doping profile that allows it to provide low-voltage overshoot protection during ESD pulses. This type of diode also works with a breakover voltage point of around 36 volts. When the supply voltage is below the breakdown voltage, the diode will not conduct, but when it is increased above the breakdown voltage, it will conduct and protect the circuit it is attached to.

Furthermore, the MP5KE36CA diode is designed with a reverse-breakdown avalanche capability. This means that it can automatically switch to higher voltages if needed without needing to be manually reset. This makes it a good choice for applications that require high- voltage protection such as power supplies.

Overall, the MP5KE36CA TVS diode is an ideal choice for a variety of applications. It can be used to protect up to 500W peak pulse power, it has a breakover voltage point of 36 volts, and its high revers-breakdown avalanche capability makes it suitable for applications that require high-voltage protection. Additionally, its ultra-low dynamic resistance and high capacitance make it perfect for use in medical and communication equipment.

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