The content reviews a video demonstration of how to use Simulink model design to generate a PWM (Pulse Width Modulation) signal with variable ON and OFF periods. The process involves using a CLOCK block to receive the time component, then applying a REM (remainder) block to acquire the remainder value from the timer. This value sets the threshold for the switch block, dictating the creation of the desired PWM signal. If viewers need additional help or have suggestions, they can contact the creators through their website or email.
Tag: block
How to create random PWM (Pulse Width Modulation) Signal with fixed duty cycle in Simulink – Matlab R2023a? – using random number generator block
This video shows the steps to generate PWM signal with random trigger input signal in your Simulink Model of Matlab R2023a. I hope you like this video. For any questions, suggestions or appreciation please contact us at: https://programmerworld.co/contact/ or email at: programmerworld1990@gmail.com Screenshots:
How to detect rising edge in signal in your Simulink model in MATLAB R2023a?
This video shows steps to detect the rising edge part in your signal. So, whenever the direction of your signal goes towards a rise, the logic will detect it and generate a pulse signal for those points. It simply uses a combination of delay block and difference (minus) block to…
Simulink
This webpage is a resourceful compendium on the development and application of Simulink, a MATLAB-based graphical programming environment for modeling, simulating, and analyzing multi-domain systems. The discussed topics range from basic model testing, designing different damping systems, counters, and filters to exporting scope data and implementing more complex differential equations. It offers guides on creating your own toolbox in MATLAB, conducting traceability between Simulink and other software, and constructing a simple High Pass RC filter. The site further explains the process of creating a subsystem block, designing variant subsystems, and parsing pulse into square waves, among others.