The figure below shows an example block diagram that includes all the critical portions of a power supply. ![]() However, these regulators can be very complex and must be validated with simulations before proceeding to manufacturing. Some voltage or current regulator topologies can provide multiple functions throughout the power conversion process. Power supply circuit design requires considering the entire system in blocks, starting from an AC to DC converter circuit, and onto power conditioning and power converter stages. Choose a Regulator and Power Conversion Strategy Keep reading to see how the best set of circuit simulation and design features can help you create and simulate your power conversion and regulation strategy. When you have access to an integrated design package, you can design your power supply schematics, create a high-quality PCB layout, and run circuit simulations in a single program. After you determine the best regulation and power conversion topology for your system, you’ll need to implement your circuits in schematics and verify your design. ![]() Power supply circuit design for your PCB can get very complex, and multiple tools are required to create your schematics, PCB layout, simulations, and manufacturing files. It’s easy to design a simple voltage regulator, but production-grade power supplies go far beyond linear regulators. A unified PCB design package that integrates circuit design features with a powerful PCB editor and simulation features.
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