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Diodes - Rectifiers - Single

The SS12P2L-M3/87A is a single-phase, low leakage, fast recovery rectifier diode, which has higher efficiency, fast switching speeds and ultra-low leakage current. It is designed to be used as a rectifier diode in power electronic applications.

Application Field

The SS12P2L-M3/87A is particularly suitable for use in general-purpose AC/DC converter applications such as computer power supplies, communication systems, battery chargers, and avionics systems. It is also suitable for low-leakage applications, such as in-circuit protection and half-wave rectifiers. In addition, it can be used in cooling devices, and for soft start applications.

Working Principle

The SS12P2L-M3/87A is a single-phase, low leakage, fast recovery rectifier diode. It works by blocking the negative voltage and allowing the positive voltage to pass through. When the applied voltage is present in a positive state, the diode is turned on, allowing current to pass through the diode. When the applied voltage is in a negative state, the diode is turned off, blocking the current flow. The forward voltage drop of the diode is relatively low, making it a good choice for power electronic applications.

The SS12P2L-M3/87A has an exceptionally low leakage current, which makes it highly efficient in applications that require a lower threshold current. It also has a fast recovery time, enabling it to switch quickly between on and off states. This makes it suitable for applications that require a fast switching speed, such as motor control and power factor correction.

Additionally, the SS12P2L-M3/87A is one of the few rectifier diodes that have a standard tolerance of ±5%. This means that the device does not require additional calibration in order to guarantee the performance of the device.

Conclusion

The SS12P2L-M3/87A is a fast recovery, low leakage, single-phase rectifier diode that is designed to be used in power electronic applications. It is efficient and fast switching, making it suitable for applications in the computer industry, communications systems, battery chargers and other general AC/DC converter applications. Furthermore, its low leakage current makes it suitable for low-leakage applications. With its standard tolerance of ±5%, it can be used without additional calibration, making it an ideal choice for power electronic applications.

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