V28C24M100B2 Datasheet/PDFDC DC Converters are electronic devices used to convert electricity from one voltage level to another within a distributed power supply system, usually operating within a very wide range of input voltage, input current, and output voltage. The V28C24M100B2 converter, in particular, is a high-accuracy DC to DC converter and isolator module designed to manage the connection of multiple DC regulated and unregulated sources of power into a power system. This module is an integrated circuit using either surface mount components or through-hole technology mounted on a PCB module.
Application Field
The V28C24M100B2 converter is industrially-certified, making it well-suited for industrial automation systems, such as 3D printers, robotics, vending machines, LED lighting, machine vision, and embedded controls. It is also suitable to power up and protect mission-critical equipment in industrial control systems, telecom networks, automotive DC applications, uninterruptible power supplies, and renewable energy power systems.
The V28C24M100B2 converter is highly integrated, offering features such as configuration programmability, power line surge suppressor (DAC) support, power quality monitors, and overcurrent and overvoltage detection. The minimal number of required external components and system level features make this module a great choice for system-level power management.
The module features an integrated microcontroller and is designed to be fast, simple, and reliable, allowing for reliable and cost-effective operation in industrial applications.
Working Principle
The V28C24M100B2 converter operates on the principle of voltage conversion. It is a two-terminal component where the input voltage is provided by one terminal and output voltage is taken from a second terminal. In operation, the input voltage is converted to a higher or lower voltage, as necessary, by either increasing or decreasing the number of turns of the wire in the transformer winding. This process is known as step-up or step-down conversion.
The converter then uses a transistor-diode rectifier, also known as a switchmode power supply, to supply the appropriate output voltage. This rectifier consists of switching transistors, diodes, inductors, and capacitors, operating in an oscillatory manner. The transistor-diode rectifier converts the input voltage to a signal that can be used by the target application.
The module also includes a power line surge suppressor (DAC) for both input and output power lines. This feature ensures reliable, low-noise operation in high-voltage industrial applications. The conventional surge suppression circuit comprises two discrete components, but the integrated circuit of the V28C24M100B2 combines both components onto a single chip.
The integrated module also offers comprehensive monitoring features to protect the load, including overload, overtemperature, high-voltage protection, and wide range input undervoltage/overvoltage protection. These features provide an extra measure of safety, preventing unexpected power problems.
The V28C24M100B2 DC-DC converter is an excellent choice for powering and protecting high-voltage, mission-critical equipment. Its robust construction and numerous monitoring features make this converter a great choice for industrial and embedded applications.