MA2778400L

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

The MA2778400L is a rectifier diode developed by MCC. It has a single element, which can handle up to 400V while allowing up to 35A forward current.

The MA2778400L is used in a variety of applications, ranging from motor drives to power supplies. It is often used as a bridge rectifier in AC/DC power supplies, where it fans out a segregated current that is used in a variety of applications. The diode also finds use in various switching applications, such as variable speed controllers, AC inverters and rectified sine wave converters. In addition, it is commonly used in low and medium power drivers, eliminating the need for a separate rectifier circuit.

The MA2778400L is also used in some consumer electronic devices, such as televisions, computers and other electronic equipment. Its high current capability makes it suitable for powering and controlling multiple components. It is also suitable for low and medium current applications, such as LED drivers, LED strips and other LED lights.

The MA2778400L is a common diode that has a wide variety of uses. Its high current capability and low voltage drop are attractive features, as well as its long-term reliability, which makes it a preferred choice among electronics engineers. In addition, its encapsulated construction makes it ideal for use in harsh environments, as it is resistant to shock, vibration and moisture.

The working principle of MA2778400L is fairly simple. The diode conducts the flow of current in one direction only, which is ideal for AC/DC applications. As current flows through the diode, it gets converted into a constant voltage and then divided into two equal parts. This allows the diode to fan out the current into two segregated loads, which can then be used in different applications.

The MA2778400L is a reliable, low-cost and high-current rectifier diode. It offers a wide range of applications in power electronics, motor drives, lighting, computing and other fields. Its features, such as its long-term reliability and resistance to shock, vibration and moisture, make it a preferred choice among electronics engineers. The diode is easy to install, maintain and operate and is suitable for both high and low current applications.

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