R2D12-1212/H

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The R2D12-1212/H is a DC DC converter, or more accurately, a buck switching regulator. This device is used to convert a higher DC voltage into a lower DC voltage. It is usually used for power supply regulation applications.

The operation of the R2D12-1212/H is based on a switching regulator design. This type of converter operates by periodically switching a MOSFET transistor on and off at a high frequency, using the applied voltage and a frequency-determining oscillator to determine the switching frequency. The switching regulator design of the R2D12-1212/H allows for high efficiency and accurate regulation of DC voltages.

The R2D12-1212/H is designed to provide high efficiency, low noise and low input ripple regulation from either a single 8.7V to 30V DC voltage source, or a 10V to 14V AC input. The R2D12-1212/H can regulate an output voltage ranging from 2.5V to 11.5V DC and provide a minimum of 12A of current.

The R2D12-1212/H also provides a number of protection features such as Under Voltage Lockout (UVLO) and Over Current Protection (OCP). The OCP feature provides a current limit that will shut down the converter if the current reaches a preset level. This is useful in preventing damage to the device due to overloads or short-circuits, and is especially useful in industrial and medical applications.

The R2D12-1212/H is suitable for a variety of applications, including automotive, medical, telecom, industrial, audio/video, and general power supply applications. It can be used in applications where accurate regulation of output voltage and current is needed, such as power supplies for LED lighting and display, and battery chargers. The protection functions provided by the R2D12-1212/H make it suitable for mission-critical applications such as in medical and scientific instruments.

The R2D12-1212/H is an ideal choice for power supply applications where efficiency, accuracy and protection are critical. The device can be integrated into a range of applications to provide accurate, reliable and efficient power supply regulation.

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