MPLAD18KP75CAE3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

TVS (Transient Voltage Suppressors) diodes offer a reliable form of protection against voltage surges from the environment, lightning, short circuit events and other high-voltage transients. The MPLAD18KP75CAE3 is an 18V diode designed for automotive and other transportation systems, making it a great choice for protecting the onboard electrical systems.

The MPLAD18KP75CAE3 diode features a unique sub-micron thick oxide layer which aids its ability to withstand high voltage transients and an extra reverse breakdown design. Furthermore, the diode can absorb up to 700Watts/1500Joules and can protect components up to 18Volts in peak pulse power, making it a great choice for powering and protecting automotive systems.

The Electrical Characteristics of the MPLAD18KP75CAE3 Diode offers a low breakdown voltage of 18V (max) and maximum leakage current of 0.1A (max) up to 18V, 0.1mA (max) at 41V (max) and 0.01mA (max) at 67V (max). It also features a clamping voltage of 24V (max), 22V (min) and a rising time of 2.3ns (max) at Ipp=500A. These electrical characteristics of the diode makes it ideal for low voltage applications, such as powering and protecting automotive systems.

When it comes to the working principle of the MPLAD18KP75CAE3 diode, the diode acts like a gatekeeper that is always monitoring the voltage in the system. In case of a voltage surge, the diode protects the system by absorbing the surge and thus keeps the system from being damaged. Moreover, the thicker the oxide layers, the better the diode can withstand high voltage transients, making it a better choice for protecting automotive systems.

In conclusion, the MPLAD18KP75CAE3 diode is an ideal choice for protecting automotive systems from voltage surges, lightning strikes and other high-voltage transients. It is also a great choice for powering and protecting those systems, as its amazing electrical characteristics provide an excellent level of protection. Its thick oxide layers also add to its ability to withstand high voltage transients and makes it a great choice for protecting automotive systems.

The specific data is subject to PDF, and the above content is for reference