R2D12-1205/P-R

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DC-DC converters are widely used in applications ranging from consumer electronics to industrial control systems. The R2D12-1205/P-R is one such converter. This device is designed to provide efficient current-controlled power conversion for low voltage, low power applications such as automotive or communications systems.

The R2D12-1205/P-R contains a boost topology and two N-Channel MOSFETs. This device is designed to operate from an input voltage of 1.5V to 5V and deliver up to 3W of power. It also contains over-voltage and over-temperature protection, as well as a configurable soft-start and over-current protection circuitry. This makes it well-suited for applications with high start-up currents, like automotive systems.

The device also has a very wide output voltage range from 0.8V to 15V, making it suitable for a wide variety of applications. The output voltage is adjustable with the help of an external control voltage, allowing the output to be precisely adjusted for different applications.

The R2D12-1205/P-R can be configured for synchronous or asynchronous operation. In synchronous mode, the converter is able to deliver higher efficiency, up to 93%. The device also has a very low quiescent current of 25mA, which helps reduce power consumption and extends battery life.

The device runs at a constant frequency of 1.5MHz, providing excellent stability and excellent transient response characteristics.The device also has very tight differential remote sensing capability, ensuring the output voltage remains stable despite differences in the load current.

The R2D12-1205/P-R is a robust and efficient DC-DC converter which can be used in a wide range of applications. It has an adjustable output voltage, excellent efficiency, and a wide input voltage range. Its included over-voltage and over-temperature protection, as well as configurable soft-start and over-current protection make it well-suited for applications with high start-up currents. It is also capable of providing very tight differential remote sensing, ensuring the output voltage remains stable despite changes in the load current.

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