P048F048T24AL-CC

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The P048F048T24AL-CC is a cost-effective, highly integrated AC/DC power supply solution for applications where high efficiency and output current are needed. Designed to withstand up to 240VAC line voltages, it is ideal for a wide range of medical, industrial, and residential applications.

The P048F048T24AL-CC is a mature design that combines leading-edge power conversion topologies, proper component selection and an optimized layout, to deliver up to 96% efficiency while providing a low-ripple and low-noise output.

The P048F048T24AL-CC works by taking an AC input voltage, increasing it to a higher voltage through transformer isolation, rectifying the output, and finally regulating the output to the specified voltage. The design utilizes an input bridge rectifier, a control circuit to regulate the on-off control of the Buck switching element, an output filter, an inductor-capacitor combination, a rectifying diode, as well as a snubber circuit to limit the switching losses.

The P048F048T24AL-CC has a Quasi-Resonant (QR) conversion topology feature that allows for higher efficiency due to better duty cycle control during the switching cycle. The QR mode, which is also called critical conduction mode, modulates the switching frequency to the resonant frequency of the current in the converter\'s transformer where the transformer works like an inductor. As the operating frequency is lower than a traditional buck converter, components can be sized down and stress in components is also reduced, resulting in high efficiency.

The P048F048T24AL-CC also incorporates features like active PFC, wide-range input voltage, standby mode, under voltage lockout, and over current/over temperature protection. This makes the board an ideal fit for applications requiring high-precision and efficient AC/DC power supply solutions.

Overall, the P048F048T24AL-CC is a cost-effective, highly integrated AC/DC power supply solution for applications needing high efficiency and output current. Its Quasi-Resonant topology helps reduce switching losses and results in higher efficiency. This, combined with its wide-range input voltage capability, active PFC feature, standby mode, undervoltage lockout, and overcurrent and overtemperature protection make it an ideal fit for high-precision and efficient AC/DC power supply solutions.

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