DSA60C60PB

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Diodes-Rectifiers-Arrays covers a broad range of electronic components such as rectifiers, diodes, and thyristors, used in many power-electronic circuits to convert DC power from AC sources. Among its components, a typical-diode-array, such as the DSA60C60PB, is a single device containing multiple diodes which allow for multiple configurations of directional current flow and coupling of output energy. This type of device is widely used in several different industries, such as automotive and consumer electronics, for the control and regulation of power.

Application Field

The DSA60C60PB diode-array offers a variety of features suitable for multiple power-electronic applications, such as DC-DC converters, synchronized rectification and inversion applications, H-bridge circuits, ripple cancelling circuits, current regulating, and others. Its wide forward voltage range and low reverse leakage current make it suitable for electric inverters, UPS systems, solar system inverter/converters and renewable energy applications, as well as current limiters and rectifiers used in automotive audio and navigation systems.

Working Principle

A diode-array is composed of multiple diodes, each one coupled to an anode and cathode, in order to control the direction and flow of current. When an applied voltage is greater than the rectifier’s forward voltage, the current can flow through the device, while a reverse voltage will block it. The arrangement of the anodes and cathodes in the device allows various configurations, such as synchronous rectification, or inverted rectification and current regulation. This diode array features one main cathode terminal and several anode terminals coupled to each other, to be chaotically connected, in order to provide the desired output.

The DSA60C60PB diode array provides the necessary heat dissipation for high current applications and fast switching speeds, around 600kHz, suitable for low and moderate power electronics applications. Its design also offers several protective features and spike voltage absorbers, making it reliable, safe and efficient.

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