VE-BTN-CX-F3

DC-DC converters are electrical devices that convert DC energy from one voltage to another. The VE-BTN-CX-F3 represents the latest generation of DC-DC converters that feature improved efficiency and dynamic performance over older designs.The VE-BTN-CX-F3 is a full bridge buck-boost converter, capable of buck, boost, and bi-directional operations. It can convert a DC source voltage from 9V to 60V to any regulated output voltage from 0-60V. The converter features an input current ranging from 2A to 50A. The maximum output power ranges from 700W to 1800W.The VE-BTN-CX-F3 converter utilizes input pre-regulation technology, allowing it to have excellent input current accuracy and fast transient response. The input current can be telescoped, and the output voltage can be regulated by varying the input voltage. In addition, the VE-BTN-CX-F3 converter features a constant on-time operating mode with low ripple and excellent output voltage accuracy. The VE-BTN-CX-F3 converter is designed to meet the demands of various industrial, commercial, and military applications. It features a range of protections, including over-current, over-temperature, and output short-circuit, making it a reliable power source for high-performance automotive, robotic, and high-power industrial applications.The VE-BTN-CX-F3 converter operates at a fixed frequency, which is adjustable from 200KHz to 250KHz. It is highly efficient, up to 96%. It provides low noise, fast transient response, and excellent line regulation. It also features a low output voltage ripple and a high peak current.In order to operate the VE-BTN-CX-F3 converter, an external control circuit is needed. The control circuit monitors the input and output voltage and regulates the output voltage of the converter with a PWM signal. The output voltage is thus adjusted accordingly to provide optimal performance.The VE-BTN-CX-F3 converter is a cost-effective, compact, and robust power source that is ideal for applications that require high input voltage tolerance and high voltage accuracy. Its unique features make it suitable for a wide range of applications, including automotive, aviation, industrial, and military applications.