MDD200-16N1

MDD200-16N1 application field and working principle

MDD200-16N1 rectifier arrays are a type of semiconductors widely used in modern electronic applications. The series is especially suitable for high-speed switching applications due to its low reverse recovery times and avalanche energy as well as its very fast switching times. The series comes in both surface-mount and through-hole packages, making it easier to install in any system.

The MDD200-16N1 rectifier array is a three-phase full bridge rectifier designed to rectify AC power into DC power. It is a 3-phase, 1800V rated rectifier array, which consists of four N-channel-enhancement-mode MOSFETs. These MOSFETs are connected in an H-Bridge configuration in order to provide a full rectifier circuit. The MOSFETs are directly driven by the voltage input, which has the advantage of providing a much faster switching time for the rectifier than if it was driven by a separate logic power supply.

The MDD200-16N1 rectifier array provides the fast switching times and low reverse recovery times required for modern high-speed switching applications. Additionally, the full bridge rectifier array can draw up to 16A of peak output current, allowing for power levels of up to 28.8W. The series includes multiple different package sizes, allowing for optimal PCB design and space efficiency.

The MDD200-16N1 rectifier array is used in a wide range of applications, such as DC-DC converters, automotive applications, and battery chargers. The series is also used in communications and computing systems due to its high speed switching times, low reverse recovery times, and low EMI characteristics. The MDD200-16N1 is suitable for a wide range of operating temperatures as well, making it a good option in environments where temperature extremes are expected.

In terms of its workings, the MDD200-16N1 rectifier array consists of four N-channel-enhancement-mode MOSFETs connected in an H-bridge configuration. When the voltage is applied, the four MOSFETs act as switches, allowing the circuit to conduct and produce a rectified DC power output. The input voltage is clamped by an ESD diode and an internal zener diode, allowing the rectifier to operate in applications that require a high operating voltage.

The MDD200-16N1 rectifier array is a popular choice for modern electronic applications due to its high performance and fast switching times. Its small package size and low EMI properties make it ideal for communications and computing systems. Additionally, the series is suitable for a wide range of environments and operating temperatures. The MDD200-16N1 rectifier array is an ideal solution for modern DC-DC converters, automotive applications, and battery charging applications.