RCC SMPS: Do-It-Yourself Experiment Inspired by the above design, I recently prepared a small SMPS based on RCC topology for some experimentation. In the prototype, I got an output around 250 mA at 9 ...

where D is the pulse-width modulator’s (PWM) duty cycle applied to the switch. In the non-synchronous buck SMPS circuit, the driving frequency force comes from the PWM signal.

However, in this circuit, the SMPS transformer is used in reverse configuration; i.e., its primary is treated as the secondary and vice versa. As you may observe, the design closely resembles a ...

As a result, the SMPS’s advantages far exceed its drawbacks, making them the most commonly used power supply, with linear supplies relegated to only the most sensitive electronic applications. SMPS ...

Keysight's power electronics design solutions enable power device production across the entire workflow from simulation, design, and verification to manufacturing, deployment, and optimization.

Keysight's power electronics design solutions enable power device production across the entire workflow from simulation, design, and verification to manufacturing, deployment, and optimization.