BG2C-3015

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Evaluation and Demonstration Boards and Kits are widely used in the industry and academic research for product evaluation, development, and demonstrations. One such solution is the BG2C-3015 evaluation board, which is designed for solutions related to power conversion and power factor correction (PFC). The following will discuss the various application fields and working principle of the BG2C-3015.

Overview of the BG2C-3015

The BG2C-3015 is a compact evaluation board for products related to power conversion and PFC. It uses the STMicroelectronics’ STM32F303K8 and STPCC01V1 power control and conditioning device, which allows seamless integration of various applications such as lighting, wireless charging, motor control, and power adapters.

The BG2C-3015 supports input voltage ranges of 110VAC to 280VAC, and output voltage ranges of 6VDC to 18VDC. It also features a universal input, has low noise emission, and is simple to configure. Most notably, it is equipped with a high level of protection from over-voltage, over-current, and short-circuit, thanks to its shunt resistive current sensing, and PMOSFET based power stage design.

Application Fields of the BG2C-3015

The BG2C-3015 is suitable for a large variety of applications requiring power conversion and power factor correction. The following are some of the various general applications suitable for the BG2C-3015:

• High efficiency power supplies and LED lighting
• Synchronous rectification and low-noise power supplies
• Wireless charging solutions
• HVAC/R, Motor control, Leveling applications, and more

Given its wide range of input voltage, the BG2C-3015 is ideal for applications in larger industrial systems or compact residential appliances. Its simple configuration also makes it easy to incorporate, and scalable for larger applications that require more power.

Working Principle of the BG2C-3015

The BG2C-3015 operates according to the principle of power conversion and power factor correction (PFC). The board contains a power stage consisting of a shunting resistor and a power MOSFET (PMOSFET) to provide a controllable path for current. The board is also equipped with a power converter controller, which uses feedback loops to monitor the output voltage and current, and adjusts the power stage accordingly.

The BG2C-3015 has an integrated transformer to convert the input voltage to a lower, suitable level for the power stage and the power converter controller. The feedback loops are further used to detect any short-circuits, over-voltages, or over-currents, and to prevent the board from being damaged or putting the user at risk.

Conclusion

The BG2C-3015 is a compact evaluation board specifically designed for solutions related to power conversion and PFC. Its wide range of applications, from smaller electronic devices to larger industrial machines, make it an ideal tool for product evaluation, development, and demonstrations. It also guarantees a reliable level of protection from over-voltage, over-current, and short-circuit, thanks to its shunt resistive current sensing, and PMOSFET-based power stage design. This ensures that the board operates safely and effectively for various power conversion and PFC applications.

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