Each power module adopts a 1CH to 3CH switching regulator! It is compact in size.
The "WFPG-20AC" is a power supply board that incorporates all the power supply functions required by boards equipped with Cyclone family FPGAs into a compact 25x50mm sub-board, allowing for power supply to user boards when added on. Users do not need to consider power supply components in their design, which leads to a reduction in design time and more efficient design, as well as the possibility of reducing board size. Additionally, it features the ability to detect the rise of a 5V input voltage and output a Low-level Reset signal for 20ms. 【Features】 ■ Users do not need to consider power supply components in their design ■ Reduction in design time and efficient design can be achieved ■ Possibility of reducing board size ■ Improved high-speed transient response ■ High-speed load response characteristics of 3A/μs with a recovery time of 7μs *For more details, please refer to the PDF document or feel free to contact us.
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【Other Features】 ■ Each power module adopts a 1CH to 3CH switching regulator for compact design. ■ Equipped with a function to detect the rise of the 5V input voltage and output a RESET signal. ■ Frequency synchronization function between power modules simplifies EMI noise countermeasures. ■ Includes power-on sequencing function. ■ Enables Point of Load (POL) regulation through the use of core power rail boards and I/O power rail boards. ■ Equipped with output voltage tracking function. ■ The core power rail board features current mode control and fast transient response. ■ Adopts spread spectrum frequency modulation function, allowing for the dispersion of switching noise to comply with EMD environments (optional). *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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The features include digital logic circuits centered around FPGAs, firmware, simulation, and mixed analog-digital technologies including AD/DA. Recently, the development trend has been shifting towards a system development style that applies simulation technologies such as MATLAB & SIMULINK.
