BR1D03AC

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BR1D03AC is a multifunctional DC/DC converter integrated with a high-voltage impendence transformer. It is designed with a three-stage circuit that converts AC line voltage to the output voltage of an AC autotransformer. This device also provides protection against over-voltage, under-voltage, over-loading, short circuit, and over-current, making it an indispensable power supply solution for many applications.

A wide variety of applications can benefit from the BR1D03AC DC/DC converter, including computer systems, industrial electronics, telecommunications, aircraft, medical instruments, and building automation systems. It can be used to power microprocessors, memory cards, system and application processors, and any other low-voltage electronic device. Its low output noise and excellent efficiency make it suitable for use in critical applications where reliability is a priority.

The BR1D03AC DC/DC converter is an ideal power supply for mobile and battery-operated applications, as its power consumption is low and it does not require an external power source. It can also be used in more than one power system configuration, including battery charger/inverter, charge pump, and DC/DC converter. Its superior thermal performance allows it to operate in ambient temperatures ranging from -20°C to +70°C.

The working principle of the BR1D03AC DC/DC converter is based on the flyback topology, which works by storing energy in a magnetic field and then transferring it to the output. The inductor connected to the input voltage creates a magnetic field that is stored in a core of a high inductance transformer. The output of the converter is obtained by switching the stored energy at the desired controlled voltage. The output voltage is determined by a high voltage feedback circuit.

The BR1D03AC DC/DC converter is extremely versatile, making it suitable for a variety of applications. Its small size and low power consumption make it ideal for portable and miniature electronic products. Its low profile and adjustable output voltage make it ideal for many applications that require precise power control. In addition, its high efficiency and high working temperature make it an excellent choice for devices that need reliable and efficient power supplies. It is also compatible with all types of external AC line voltage, making it suitable for use in a wide range of operating environments.

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