This simulation demonstrates the working of a Boost Converter circuit. A 5V DC input is applied, and through the combination of an inductor L1 (1H), diode D1, switching transistor Q2, and capacitor C1 (10µF), the circuit steps up the voltage to approximately 12V at the output. The graph shows the PWM signal (orange) controlling the transistor and the resulting boosted output voltage (blue) gradually increasing above the input level. #boostconverter #CircuitSimulation #powerelectronics #Electroni

It’s been a random realisation that has come to me more slowly than it should have done but I will never stop looking for the next thing. The next inspiration, the big project to stitch or the next collection of materials to bring everything together. If you have stuck with my reels this week hopefully you have a better idea of what I do after 7 days of the @businesssecretsclub reels challenge. I will probably not be adding content quite as often but this has been the boost I needed to get back