VI-B5M-IW-F3

The VI-B5M-IW-F3 is a top of the line DC to DC Converter, designed to provide a wide range of voltage and current outputs from a low voltage input. It is a highly efficient and dependable switching converter that allows for precise regulation within an uninterrupted and uninterrupted power source. It is one of the most widely used types of power converters, and is regularly used to power computer systems and other electronic applications.

Application Field

The VI-B5M-IW-F3 is suitable for power source regulation, voltage conversion, voltage polarity reversal, and voltage ripple reduction, all while providing ultra-low noise and high efficiency. It is commonly used in automated factory systems, industrial equipment, medical equipment, and other applications. It is also often used in distributed energy systems such as solar or fuel cell applications. In these applications, the VI-B5M-IW-F3 is often used in parallel with multiple other DC to DC converters to ensure that the entire system operates smoothly and without any interruptions.

Working Principle

The VI-B5M-IW-F3 is an isolated input type converter that utilizes a transformer-less topology. It works by taking in an input DC voltage, processes it through its internal circuitry, and then outputs a regulated, converted output voltage and/or currents. It uses pulse width modulation (PWM) technology to control the output in order to reach the desired output levels. This makes it perfect for applications that require precise, reliable regulation. Additionally, it is designed with a built-in EMI filter that reduces noise and distortions, allowing for a quieter and more efficient operation. To ensure a high level of reliability, the VI-B5M-IW-F3 includes temperature control and short-circuit protection features.

The VI-B5M-IW-F3 is designed for maximum efficiency, and can operate in temperatures ranging from -40°C to 85°C with maximum efficiency of up to 98%. This, along with its wide input voltage range and wide output voltage and current ranges, make it an excellent choice for applications that require high efficiency regulation.