DCG85X1200NA

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Diodes – Rectifiers – Arrays are used as node components for power conversion, energy harvesting, and energy management. The DCG85X1200NA is a three-phase diode array that is designed for rapid action, high speed, and high reliability. It is suitable for applications such as AC-DC and DC-DC converters, variable speed drives, and general power converter design.

The DCG85X1200NA is an array of four 8A, 200V, fast recovery rectifier diodes with an integrated anti-parallel thyristor. It includes two diodes connected in parallel, two TBRs, an integrated diode and an integrated gate driver in an industry-standard 6-pin Power Design Area (PDA) package.

The DCG85X1200NA has low reverse recover charge, fast soft-recovery characteristics, and improved reverse-blocking capability. This rectifier array is designed to ensure that the temperature generated through power loss is minimized during operation, helping to reduce EMI. In addition, its integrated thyristor significantly reduces power consumption, as power losses are minimized by eliminating the switching losses of the rectifier diodes. This feature greatly reduces the number of components needed for power supply design.

The DCG85X1200NA rectifier diode array is ideally suited for use in AC-DC and DC-DC converters, variable speed drives, and general power converter design applications. It offers fast recovery, high speed, and excellent reliability. Its integrated thyristor improves switching efficiency and helps to reduce the number of components needed for power supply design. Furthermore, this array can offer low reverse recover charge, fast soft-recovery characteristics, and improved reverse-blocking capability.

The working principle of a rectifier diode array is simple. The diode array is connected on one side to an alternating current (AC) source, while the other side is connected to the output. When the AC input is higher than the output, current will flow through the rectifier and form a forward conduction. During this situation, most of the power is transferred through the rectifier to the output, while some of it is dissipated in the form of heat. When the AC input is lower than the output, the rectifier will become reverse-biased and current will not flow. Therefore, the output voltage of the rectifier diode array will remain constant.

The DCG85X1200NA rectifier diode array is designed for rapid action, high speed, and high reliability applications. It is ideal for power conversion, energy harvesting, and energy management applications. It offers fast recovery, high speed, and excellent reliability. Additionally, the rectifier diode array can offer low reverse recover charge, fast soft-recovery characteristics, and improved reverse-blocking capability, helping to reduce switching losses to view and increase power efficiency.

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