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Saturday, September 11, 2021

CM1400DU 24NF - The Mega-Powered Mitsubishi IGBT offered by USComponent

 Possessing a collector current of 1400 amperes, CM1400DU-24NF is definitely one of the most powerful IGBTs around. If you ever need a powerful high-speed switching transistor, then CM1400DU-24NF is the answer. 


CM1400DU-24NF is an immensely powered dual IGBT module manufactured by Mitsubishi. It has an outstanding collector current of 1400 amperes and a collector-emitter of 1200 volts. It weighs about 8.82 lbs.


The CM1400DU-24NF is a type of IGBT (short for Insulated-Gate Bipolar Transistor). IGBTs specialize in high-speed switching that can be used for many modern electrical devices such as air conditioners, cars, electric motors, and many more. 


An IGBT is a semiconductor that has 3 terminals. Throughout the years, more and more developments are made to IGBTs. Many companies successfully improved IGBTs in aspects of efficiency, power, speed, and cost. 


We now come to CM1400DU-24NF’s remarkable features that make it one of the best transistor modules around.


CM1400DU-24NF is tough and durable because of the freewheel diode and isolated base plate. Its super-fast recovery freewheeling diode makes a way for the device to release that extra energy so as to prevent their piling up to the extent that it will destroy not only the transistor module but also the whole device. CM1400DU-24NF’s isolated baseplate prevents overheating and short circuits. This heat sinking baseplate offers simplified thermal management that other transistors can’t offer. 


CM1400DU-24NF also features a low drive power, making the device cost-effective by delivering that intense power with only minimal energy loss. With a current rating of 1400 amperes, it’s no wonder that this advanced IGBT module is made for high-power switching jobs!


USComponent.com, a well-known distributor of the most updated IGBTs offers CM1400DU-24NF for your high-power switching applications. Visit the site and get the most suitable transistor module for your application.


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