What is Pulse Width Modulation ? | Duty Cycle, Pulse Width and Frequency Explained.

Use of #pulse_width_modulation (#PWM) is well explained here in this video with fine animation work.
Inverters can convert DC voltage to AC voltage very efficiently, by controlling #duty_cycle, #pulse_width and #frequency on its #H_bridge circuit.
Modern day #Pure_sine_wave_Inverters transform DC voltage into #pure_sine_wave AC voltage, by using #digital_signal_processing.
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[@hossamyasser2866]

Best explain that i have seen , thank you. You are great

[@ElectroAcademyEA]

Thank you

[@tahiriqbal7648]

excellent sir

[@ElectroAcademyEA]

Thank you

[@botak333]

Hi if only change the frekuensi like from 30khz to 20khz it will reduce the voltase??? Because i dont see to set duty cycle on stm32

[@KyaligonzaMustafa-kn7mq]

I need the schamatics of a simple oscillator together with the invertor ready to give power thanks 👍👍👍

[@ElectroAcademyEA]

Thank you

[@laracuevas5433]

hi!!! could you provide the code in order to create a sine wave using Pulse Width Modulation

[@ernieschatz3783]

Interesting. Typically, I wonder how many periods SWPWM divides the waveform into.

[@ElectroAcademyEA]

In a medium power inverter, one waveform is divided into 400 switching cycles.

[@ernieschatz3783]

@@ElectroAcademyEA Thanks

[@namomatrubhoomi1561]

English letters disappearing the graphics

[@ElectroAcademyEA]

You can remove the subtitles by clicking the "cc" icon on the screen.