QME48T40012-NGB0G

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DC to DC converters transform Direct Current (DC) from one voltage level to another, and are used for many different industrial and household applications. These converters are also typically efficient, thanks to the operating principles they employ.

The QME48T40012-NGB0G is one such DC to DC converter. It is part of the QUALCOMM family of DC to DC converters, designed to provide the most efficient and reliable conversion solution. The QME48T40012-NGB0G is designed to provide a regulated output of 12V with an output current of up to 400A. The input voltage range is 36-75V, at which it has a system efficiency of 98%. It offers many protections including over-voltage, over-current, and short-circuit protections.

One key aspect of the QME48T40012-NGB0G is its ability to operate at a constant frequency due to its Forward Converter topology. This topology allows the QME48T40012-NGB0G to remain highly reliable and efficient, even under changing load conditions. The input capacitor and inductor, along with an output capacitor, combine to convert energy from the input to the output with minimal losses.

The QME48T40012-NGB0G has been used in a number of application areas such as providing power to low-power electronics, fields for communications, battery chargers, and digital control systems. It can also be used for power management in industrial equipment, such as lifts, forklifts, robots, medical equipment, and industrial lighting. Additionally, it can be used to supply power to automotive electronics, such as Central Gateway Modules, Climate Control Units, and Rear-View Camera Systems. Finally, it can be used in mobile equipment, such as portable tools, cell phone chargers, and satellite communication systems.

The QME48T40012-NGB0G is a reliable and efficient solution for a variety of industrial and household applications. The topology of the device allows it to operate at a steady frequency, making it highly efficient and offering excellent output power. Furthermore, the device offers protection against a variety of overload scenarios, making it a safe and reliable option for many different applications.

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