Most academic electrical engineering curricula focus heavily on mathematical derivation without detailing the practical bottlenecks of real hardware—such as MOSFET gate ringing, parasitic inductances, deadband distortion, and ADC sampling jitter.
Pulse TechX was built to solve this exact divide. We create comprehensive resources that guide engineers from state-space modeling in MATLAB/Simulink all the way to flashing firmware on TI TMS320F28379D microcontrollers and testing physical converter prototypes.
Empowering the next generation of power electronics innovators with open access to silicon-level knowledge.
To democratize high-power electronics and real-time digital control education by providing free, open-source, and lab-tested hardware schematics, mathematical simulation models, and Texas Instruments C2000 firmware architectures to students, researchers, and practicing engineers worldwide.
To become the leading open-source knowledge standard in clean-energy power conversion, accelerating the global transition toward renewable solar grid integration, ultra-efficient electric vehicle motor drives, intelligent solid-state battery management, and smart microgrids.
Complete schematics, BOM parts, register maps, and simulation files shared freely.
Every control loop and harmonic derivation is validated on physical hardware setups.
Active one-on-one mentorship for student capstone projects and competitive exam prep.
Designed to provide complete end-to-end mastery over modern power electronics.
DC-DC Buck, Boost, and DC-AC Inverter topologies. Detailed design of inductor saturation limits, capacitor ripple ESR, and thermal heatsink estimation.
Explore Topologies →Texas Instruments TMS320F28379D LaunchPad and controlCARD. Register configuration for ePWM deadbands, high-speed ADC triggering, and CLA co-processors.
View C2000 Guides →Advanced modulation techniques, sector identification algorithms, Clarke-Park transforms, Field Oriented Control (FOC), and harmonic minimization.
Explore SVPWM →Grid-tied solar inverters, phase-locked loops (SOGI-PLL), Maximum Power Point Tracking (MPPT Perturb & Observe), and Lithium-ion BMS state-of-charge algorithms.
Study BMS Systems →The passionate engineers, researchers, and creators behind PulseTechX open-source initiatives.
Specializes in real-time embedded control on TI C2000 (TMS320F28379D), Space Vector PWM implementations, hardware-in-the-loop (HIL) testing, isolated gate drivers, and grid-connected inverter development.
Guides system-level modeling, magnetics design, AC circuit theorems, high-power converter testing, and competitive exam architectures (GATE/JEE Electrical).
