V28A36H200BN3

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DC-DC converters are used to convert various types of electric current from one level or form to another. The V28A36H200BN3 is a type of DC-DC converter designed to provide a regulated output with low ripple. Its use is mainly for products that require very low noise, a high current rating, and a regulation level of 2.5%.

The working principle of the V28A36H200BN3 DC-DC converter relies on a twin switch-mode converter, known as an LLC resonant converter. This system works by controlling the on/off time of the switches in order to change the DC voltage signal on the output. The LLC converter simplifies the converter design, improves efficiency, reduces cost, and increases the high-frequency cycle time to attain very low noise.

The V28A36H200BN3 DC-DC converter is mainly used in applications that require very low ripple and a high efficiency output. The high efficiency of the converter reduces power losses and increases battery life. Suitable applications for the V28A36H200BN3 include motor-control, medical equipment, communications devices, protection circuitry, air-conditioners, storage equipment, and commercial electronics.

The V28A36H200BN3 converter features a wide input range of 10-32V and a high-frequency switching of up to 0.24V. It is highly robust and reliable, with a high operating temperature range of -40°C to +90°C. The device also comes with integrated EMI filters for reduced EMI noise, protection circuitry to protect against over-voltage, over-current, and short-circuit, and external current and voltage sense lines. Additionally, it features power factor correction, over-voltage protection, over-temperature and remote on/off controller.

The V28A36H200BN3 DC-DC converter offers many advantages over traditional linear regulators, such as improved efficiency, lower electromagnetic emissions, reduced cost, and minimized electromagnetic interference. It is an ideal choice for applications that require a highly efficient, reliable, and low-ripple power source, such as those found in medical and communications equipment.

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