MBR20H200CT C0G

Diodes - Rectifiers - Arrays

The MBR20H200CT C0G is a diode array element composed of two common-cathode Schottky barrier rectifiers packaged in a single device. The two diodes are electrically isolated from each other and each feature a low forward voltage drop, a fast switching speed, and a low thermal impedance. This combination makes them ideal for applications such as power rectification and ambient light sensing.

Application Field

The MBR20H200CT C0G is most suitable for use in DC-DC converters, lighting circuits, inrush current limiting, and load switching applications. The two independent diodes of this device allow for true synchronized operation: when one diode is on, the other is off, making it ideal for power-saving applications. The combination of low forward voltage drop and fast switching time enable the device to be used for power circuits where high efficiency is desired, such as in converters, lighting circuits and inrush current limiting. Additionally, the two diodes of the element feature low thermal impedance, allowing efficient power dissipation.

Working Principle

The MBR20H200CT C0G gets its name from the fact that it is composed of two Schottky Barrier Rectifiers (MBRs). Each MBR consists of a metal-semiconductor interface. In this device, the metal is composed of chromium, platinum, and nickel and the semiconductor is a silicon semiconductor. The combination of these two elements creates a rectifying junction. When the voltage at the cathode of the MBR is higher than the anode, current flows through the diode and becomes rectified, thus allowing power to be converted from AC to DC.

The key features of the MBR20H200CT C0G are due to the combination of the two Schottky barrier rectifiers. The fast response time of the two rectifiers combined with the low forward voltage drop of the Schottky barrier diode leads to fast and efficient power rectification. Additionally, the low thermal impedance of the two diodes allows more efficient power dissipation, making this a great option for an array of applications.

In summation, the MBR20H200CT C0G is a great solution for a variety of applications. It is composed of two independently-operating Schottky barrier rectifiers that are fast and efficient at rectifying power from AC to DC, making it a great option for power rectification, lighting circuits, inrush current limiting, and load switching applications. Additionally, the low thermal impedance of the two diodes allows for efficient power dissipation and makes this an ideal choice for applications requiring a low thermal load.

Conclusion

The MBR20H200CT C0G is a diode array element composed of two independent Schottky Barrier Rectifiers that offer fast switching and low forward voltage drop, making them ideal for power rectification and ambient light sensing applications. Additionally, the two rectifiers feature low thermal impedance which allows for efficient power dissipation and makes them great options for a variety of applications.