DCDC Converters Design

Say goodbye to complicated procedures and the requirement for external software to simulate your designed converter and embrace a more simplified approach.

Check out what our app brings to the table – Buck, Boost, and Buck-Boost converters for both continuous and discontinuous operation. It's all neatly split into two main sections:
- Usual design:
- Resulting the passive components (R, L, C) and the duty cycle (%).

- Reverse engineering:
- Resulting the Power Output (W), Ripples (%) and duty cycle (%).

In both of these, you can tap into the advanced zone and explore some exciting activities:
- Advanced Calculations:
- Critical Inductance
- Currents flowing through Input-Output, Switches, and Diodes
- Current-voltage variation at the passive components.

In addiction, you can access some specials features as:
- Snubber design
- E-Core Inductor design
- Simulation for both operation modes.

And the best part? We've got your back with a bunch of helpful info right in the app. Navigate through a comprehensive help section that provides insights into app features and the foundational principles of power electronics theories.

Recent changes:
We're excited to announce the latest version of DCDC Converters Design V2, which now includes the ability to simulate and choose converters in the DCM (Discontinuous Conduction Mode). This feature allows you to more accurately model and test your designs under various conditions.

Additionally, we've opened up the app to contributions as an open-source project on GitHub. This means that you can now contribute to the development of the app and help make it even better.