PAH150S48-2.5

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PAH150S48-2.5 is a DC-DC Converter designed for custom electronic applications. This device uses a miniature boost converter, with low power consumption, high efficiency, and low ripple output current. It provides an efficient solution for applications that require precise and accurate power conversion.The PAH150S48-2.5 is designed to provide a steady output voltage with very low ripple output current. It utilizes a buck-boost topology, which allows the input voltage to be varied from the output voltage without compromising performance. The ripple current is minimized by using an integrated low-loss current-mode regulator that employs a pulse-skipping circuit. This circuit provides a smooth control of both the output voltage and the ripple current. The device also features a wide output voltage range, which allows it to be used with both single- and multi-phase systems. The wide input voltage range allows for the delivery of a precise voltage regardless of the supplied voltage. Additionally, the device features an over-voltage protection circuit that will shut off the power if the output voltage exceeds the specified maximum.The PAH150S48-2.5 is highly efficient and is capable of delivering up to 96% efficiency at an input voltage of 9V. This high efficiency allows for the device to operate cooler and thus provides superior reliability and long life. The PAH150S48-2.5 is designed to be a reliable power solution for many applications. It can be used for powering sensitive electronics, such as medical and industrial equipment, or for powering microprocessors, FPGAs, and other high-speed logic devices. The device is well suited for powering LEDs, as well as portable power supplies and battery chargers.The PAH150S48-2.5 provides a cost-effective solution for applications requiring precise power conversion with minimal energy consumption. Its wide input voltage range and low ripple output current enable it to be used in a wide variety of applications. Furthermore, its high efficiency and long life make it an ideal choice for powering sensitive and high-speed electronic systems.

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