MAPLAD30KP300CA

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MAPLAD30KP300CA is a diode featuring a variety of characteristics and properties – from its device breakdown voltage, working temperature, and device package, to its key electrical characteristics. It is primarily utilized as a Transient Voltage Suppressor (TVS) diode, and is suitable for surge protection for industrial, commercial, and consumer applications. Below is an outline of its application field and working principle.

MAPLAD30KP300CA Application Field

MAPLAD30KP300CA is used in a variety of applications including: electrical power supply systems, such as switch-mode power supplies, telecommunication systems, information systems, and automobile electronic systems. It is also used in consumer products such as laptop computers, mobile phones, LCD monitors, ovens, irons, and other electronics.

It can provide fast acting protection against voltage surges, withstanding up to 30 kilovolts; its low forward voltage drop permits real-time operation with minimal power loss. Its leadless SMT package makes it compatible with automatic insertion equipment.

MAPLAD30KP300CA Working Principle

When the MAPLAD30KP300CA diode is exposed to an excessive surge, voltage, or ESD energy, an avalanche breakdown occurs, dissipating the excess energy to protect the device. The diode reacts quickly and effectively, allowing for a wide range of overvoltage protection. It also offers superior clamping response due to its low capacitance.

The device’s temperature rating makes it an excellent choice for high temperature applications. It can withstand a wide range of working temperatures from -40°C to 125°C, and its maximum voltage is 30kV, making it suitable for a variety of surge protection applications.

In summary, MAPLAD30KP300CA is a reliable diode that provides superior surge protection for a variety of applications. Its low forward voltage drop allows for real-time operation with minimal power loss, while its leadless SMT package makes it compatible with automatic insertion equipment. Lastly, its temperature rating allows it to be used in high temperature applications, making it an ideal choice for TVS diode applications.

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