REG103FA-3/500

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The REG103FA-3/500 is a long-term high-performance, low-cost linear voltage regulator for high-density applications. This device features a wide input voltage range of 3 to 500 V, an output current up to 3 A, and a high power tolerance of 40 W. This device is suitable for applications requiring a single low-cost linear regulator. It has the advantages of good stability, low output voltage ripple, low noise, high efficiency, and low cost. It is ideal for power management of digital and analog ICs, microprocessors, and other system peripherals, in equipment operating in the range of 3 to 500 V.

The REG103FA-3/500 is a linear voltage regulator. It works by controlling the voltage applied across an output transistor. The output voltage is determined by the reference voltage of the regulator circuit, which is usually adjustable and is determined by a voltage divider or a potentiometer, and by the magnitude of the current drawn from a pass device, such as a transistor. The output voltage of the regulator can be easily adjusted over a wide range, by varying the input voltage or the reference voltage.

The REG103FA-3/500 has very low noise enabling reliable operation of sensitive circuits. It has a high power tolerance, making it suitable for high-current applications. In addition, the device features a wide input voltage range, making it suitable for application in variable voltage supply and other high voltage systems.

The REG103FA-3/500 is ideally suited for use in a wide variety of DC output and precision low-noise applications. It is particularly suitable for powering microprocessors, mixed signal FPGAs, memory devices, and other system peripherals. It is also useful for providing output voltage for LED displays and LCD panels.

The REG103FA-3/500 is an excellent choice for any low-cost and efficient voltage regulation application. Its wide input voltage range and high power tolerance enable long-term stability and effectiveness. In addition, its noise performance and precision enable reliable operation of sensitive circuits. The device is well suited for use in any equipment operating in the range of 3 to 500 V.

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