All Projects
Power ElectronicsYear 2026
DC to DC Booster Converter
A high-efficiency DC-DC step-up boost converter engineered for stable voltage stepping, closed-loop PWM regulation, and reliable power delivery in mobile robotic systems.
Power ElectronicsPWM SwitchingDC-DC ConversionPCB Design
500W Boost Converter circuit & MOSFET heatsink
Overview
Engineered to step up variable battery input voltages (e.g. 3.7V - 7.4V) to a rock-solid high-voltage rail (12V - 24V), this boost converter utilizes a high-frequency switching transistor, power inductor, fast Schottky diode, and closed-loop feedback monitoring.
Highlights
- Closed-loop PWM voltage regulation for tight output stability
- High-frequency switching topology for minimal ripple voltage
- Integrated over-current and thermal protection safeguard
- Compact modular footprint designed for robotics chassis mounting
The Challenge
Minimizing switching noise and output voltage ripple during rapid load transitions required optimizing the LC output filter and copper thermal pours.
The Outcome
Delivered over 90% peak efficiency under load, cleanly eliminating microcontroller brownouts in multi-actuator robots.
Project Media & Build Gallery
[4 PHOTOS]500W Boost Converter circuit & MOSFET heatsink
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