MAPLAD18KP100AE3

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The MAPLAD18KP100AE3 is a general purpose device used in TVS - Diodes applications. It is a fast recovery diode with a reverse voltage of 18V and a peak pulse power of 100A.

The MAPLAD18KP100AE3 is designed to provide efficient transient protection in various applications. It offers superior performance in high surge current applications, such as automotive, consumer electronics, power supplies and motor control. TVS-Diodes are surge protection devices typically used in applications where a single-line protection is required.

The MAPLAD18KP100AE3 is a fast recovery diode that combines the advantages of a standard PIN diode with a low ON resistance (Rdson) and a low capacitive load. This makes it suitable for use in high speed switching applications. It has a maximum PIV rating of 18V, which ensures fast switching speeds and efficient transient protection. Its peak pulse power of 100A and a fast charging and discharging time makes it ideal for applications requiring high current handling.

The working principle of the MAPLAD18KP100AE3 is based on the principle of reverse biasing. When the device is reverse biased, the P and N layers in the diode are pushed together to form a very small penetrating region, which allows a very small amount of current to flow. This current varies depending on the strength of the reverse bias voltage, and is known as the “on-state” current. The time taken for the current to reach its on-state value is known as the turn-on time. The MAPLAD18KP100AE3 has a fast charging and discharging time, ensuring efficient transient protection.

The MAPLAD18KP100AE3 is an efficient and reliable device that is suitable for use in high surge current applications such as automotive, consumer electronics, power supplies and motor control. Its high surge current capability combined with fast turn-on time makes it ideal for applications requiring reliable protection against high voltage transients. The device is also very efficient at providing protection against electrostatic discharges, making it an excellent choice for any application where transient protection is required.

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