V48C36E150BN2

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DC DC Converters provide power conversion from one voltage to another. DC DC converters can be used to adapt voltage from battery packs to the electrical system of a vehicle, to supply power to isolated devices, and for many other applications. The V48C36E150BN2 is a high-efficiency, low-cost high-frequency DC-DC converter module which is designed to work with a wide variety of voltage inputs and output voltages.

The V48C36E150BN2 module is based on synchronous Rectification topology and is designed to provide efficient performance with rugged reliability. It is suitable for input voltages of up to 36V and output voltages of up to 150V. The module is capable of providing up to 2A continuous current with a peak current of up to 4A.

The V48C36E150BN2 converter is a two-stage Buck type converter which is designed to convert DC input voltages into stepped down output voltages. The first stage consists of an inductor, connected in series with a selected MOSFET. This inductor along with the MOSFET perform the voltage conversion task. The second stage consists of a PWM driven MOSFET and is used for the synchronous rectification purpose.

The working of this converter is based on the well-known Buck Converter topology. As the input voltage is applied, the MOSFETs in the first stage are driven by a control IC and the inductor is used to store energy. As the inductor energy is stored and released, the output voltage is generated. The MOSFETs on the second stage are controlled by a PWM signal and operate in synchronous rectification mode. This means that the load voltage waveform is a rectangular waveform as the MOSFETS switch rapidly from one MOSFET to the other.

The V48C36E150BN2 DC-DC converter module is widely used in various applications such as battery management systems, isolated power supplies, experiment boards, embedded systems and many more. It provides high-efficiency conversion with rugged reliability and its wide voltage input and output capabilities make it suitable for many different applications.

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