VI-264-CV-F3

DC-DC converters are commonly used in different applications such as automotive, industrial, medical, aerospace, and consumer electronics where a specific battery-electric system is used. The VI-264-CV-F3 is a type of DC-DC converter that is designed for high efficiency, low ripple, and low noise applications. Its main advantages lie in its small size and low power dissipation, making it ideal for applications that require minimum form factors and limited power.

VI-264-CV-F3 Application Field

The VI-264-CV-F3 can be used in automotive, industrial, medical, and aerospace applications. It is ideal for powering peripheral systems and electronic components for vehicles, aircraft, and medical systems, as well as for powering consumer electronics and industrial machinery. Its ability to withstand higher voltages and temperatures makes it suitable for a wide range of applications, including automotive, medical, and aerospace, as well as for domestic and commercial applications.

VI-264-CV-F3 Working Principle

The VI-264-CV-F3 uses a switching topology to convert DC input voltage to an isolated output voltage. This voltage converter works on a switching principle, using MOSFET as the switch. The input voltage is rectified and filtered to obtain a steady DC input voltage. This DC voltage is applied to the Control Gates of the MOSFET, which turns them on and off at a predetermined frequency. When the MOSFET is switched on, the voltage is applied to the primary of the transformer, which induces the secondary voltage. This voltage is rectified and filtered to provide the regulated output voltage.

The VI-264-CV-F3 has a wide range of features such as high efficiency, low ripple, and low noise. It also has a built-in anti-lock path protection and fault output, short circuit protection, and over current protection. All these features make the VI-264-CV-F3 an ideal power converter for automotive and industrial applications.

The VI-264-CV-F3 is a DC-DC converter that is designed to provide a safe and efficient conversion of power while operating in harsh environmental conditions. Its small size and low power dissipation make it ideal for applications that require minimum form factors and limited power consumption. It also has a wide range of features such as high efficiency, low ripple, and low noise, making it an excellent choice for powering a variety of electronic components and peripheral systems.