FXPE10B-NM1

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FXPE10B-NM1 is a highly reliable, small size, and energy efficient device used in diverse applications from scientific fields to consumer electronics. It consists of a single-phase full bridge converter topology, which helps provide a clean and smooth power delivery to the load by acting as a current source. It is mainly used in applications that require a modest amount of power but need high efficiency and long life cycles. This device offers a wide range of possible operating voltages, from 12 to 24V, and can supply up to 5A of output current.

The application field of FXPE10B-NM1 covers a wide range of applications in the consumer Electronics, automotive, medical, industrial and scientific market including: Power adapters, LED lighting, security systems, consumer electronics, DC motors, electronic pumps, medical devices, and industrial equipment.

The working principle of FXPE10B-NM1 is based on a technique called power factor correction (PFC), which is used to optimize the performance and efficiency of the device. PFC essentially compensates for the reactive component of the power generated by the device, providing a computationally efficient solution for power conversion. The device works by converting AC power from an input voltage to a regulated DC output using two switching transistors, or “MOSFETs.” The two MOSFETs essentially form a bridge across the load, switching on and off based on the input voltage. The FXPE10B-NM1 is controlled by a dedicated controller that helps monitor the operating voltage, current and temperature, as well as limit the output power.

The FXPE10B-NM1 is a great solution for applications needing a cost effective and reliable power source. Thanks to its full bridge design, it offers a number of advantages, such as low losses at high switching frequencies, improved efficiency, reduced EMI and minimized size. Furthermore, the device is compliant with IEC61000-3-2 (limit for harmonic current emissions) and meets the requirements for harmonic mitigation in renewable energy systems.

The main advantage of the FXPE10B-NM1 comes from its high efficiency levels as it operates over a wide range of temperature and input voltage, ensuring reliable delivery of power even under extreme conditions. Additionally, the device features a unique active clocking system to reduce audible noise and transients generated by the device, providing a better power quality over the entire network.

Overall, the FXPE10B-NM1 is an efficient and reliable device that is suitable for a broad range of applications. It is designed to provide the highest level of performance, while the integrated controller, active clocking system, and power factor correction technology help reduce losses and ensure a high level of power quality for all applications.

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