CD411699B

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CD411699B: Rectifiers Arrays

The CD411699B rectifier array is a monolithic integrated circuit which consists of one diode and two Schottky diodes. It has been designed for general purpose applications, primarily as a rectifier or protection element from transient voltage signals. This circuit is capable of performing rectification in both directions and handles current up to 15A. Because of its efficiency and high current capacity, the CD411699B rectifier array is suitable for a wide range of applications.

Application Field:

The CD411699B rectifier array finds application in a variety of applications related to power supply, voltage regulation, and even power factor correction. Some common applications include inrush current limiting, external clamping circuits, overcurrent protection, DC-DC converters, and lighting ballasts. It is also used in automotive and industrial circuits.

Working Principle:

The CD411699B rectifier array works on the basic principle of rectification. In this device, one diode and two Schottky diodes are placed in series. When the supply voltage is applied, the two Schottky diodes are forward-biased and draw current from the incoming power supply. This current flows through the diode and is filtered, rectified, and regulated by the Schottky diodes. The rectified output is then passed to other component of the circuit.

The circuit also provides protection from transient voltage signals. When the voltage spike exceeds the forward voltage of the diode, the Schottky diodes act as fast-clipping elements and start clamping the output potential. This protects the other components in the circuit from any potential damage caused by over-voltage conditions.

The CD411699B rectifier array is a cost-effective device which is suitable for a wide range of applications. It provides efficient rectification and a high current capacity, along with protection from transient voltage signals. This device can be used in a variety of applications including power supply, voltage regulation, and power factor correction.

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