VE-BNB-IV-F3

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DC-DC converters provide an efficient means of transforming the available DC voltage to a regulated DC voltage precisely. They are popularly used in energy applications, data processing and a host of other applications. The VE-BNB-IV-F3 DC-DC converter is particularly noteworthy due to its high efficiency and low power consumption.

The VE-BNB-IV-F3 converter is a buck-boost converter with voltage density of 0.2V/mA. The converter is a three-phase, adjustable output DC-DC converter with integrated input EMI filtering. It offers a wide range of input voltages of 12V to 48V and output voltage up to 72V. The converter provides a wide range of adjustable output voltages, with switching frequency up to 3MHz.

The converter supports a wide temperature range from -40°C to +85°C. It is equipped with over-temperature protection and over-current protection, along with a power-on reset and a current-amps limit circuit. The converter is capable of clipping the output voltage to prevent over-voltage from occurring, which makes it useful for eliminating EMI problems.

The application field of the VE-BNB-IV-F3 converter includes use in electric vehicles, medical applications, data processing systems, and in electronic power systems. The power efficiency of the converter is greater than 99.7%, and its efficiency can be increased further by taking advantage of its high current-amps limit.

The working principle of the VE-BNB-IV-F3 converted is based on the buck-boost concept. The buck-boost concept is based on the principle of maintaining a constant voltage or current across the load. This is achieved by reducing the input voltage when it is too large or increasing it when it is too small. The output voltage of the converter is controlled by the switching cycles and the value of the inductor and capacitor. The current-amps limit circuitry prevents the output voltage from exceeding the specified limit, as it is capable of clipping the output voltage to prevent over-voltage from occurring.

The VE-BNB-IV-F3 converter is designed to be highly reliable and efficient. Its high efficiency and low power consumption are beneficial in applications requiring high efficiency, and its integrated input EMI filtering is beneficial in applications where EMI is a problem. The integrated over-temperature and over-current protection makes the converter suitable for use in high-reliability applications.

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