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Diodes - Rectifiers - Single

SS2PH10-M3/84A is a rectifier diode integrated circuit with two diodes and a pair of two zeners. It is one of the many types of rectifier diode integrated circuits that are widely used in power electronic circuits. This device has two diodes in series with a pair of two zeners connected in parallel for optimizing the rectification efficiency. The device has dimension "SOD-123Flat package, 2 terminals, 500mW".

Application Field

SS2PH10-M3/84A devices are mainly used in power conversion. They are used in Half bridge rectifier circuits, Frequency Adjustment Circuits and Auto-Recovery Protection Circuits. The wide range of applications is due to the excellent performance of the device. The device can handle large surge currents, voltage losses and faster charging time, making them ideal for high power applications.

Working Principle

The SS2PH10-M3/84A device works through a process called rectification. When an AC input voltage is applied, the voltage is converted into a DC voltage by the rectifier diode counterelectrode diode pair. The process happens when the diode counterelectrode diode pair allows current to pass in one direction but not in the other. This process is repeated in each cycle of the AC input voltage and the output is a smoothed DC voltage. The output current is controlled by a pair of two zeners connected in parallel.

The two zeners act as voltage regulators and offer a highly stable output voltage. They control the current to protect the device from damage and to improve the efficiency of the rectification process. This device can also be used to perform Reverse Current Protection in cases where the output voltage exceeds the design limit. The device has a peak forward surge current rating of 10A, making it suitable for use in high power applications.

Overall, SS2PH10-M3/84A is an effective solution for rectification in many applications. Its capability to handle large surge currents and improve the efficiency of the rectification process makes it the ideal choice for many high power applications.

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