Analogue to PWM signal design by arduino
Budget: $10 – $30 USD
To reproduce an audio signal using full bridge (H bridge) IGBT converter
operated on PWM technique in the laboratory environment. You are required to amplify an
audio signal through a H bridge converter using pulse width modulation (PWM). The pulse
width modulated signal to be developed by appropriately programming a microcontroller.
The analogue signal input through the signal generator is converted to digital and fed to
the microcontroller to produce the necessary PWM signals and drive the H bridge
converter. You are required to use the microcontroller’s A/D converter, IGBT/MOSFET
based H bridge and its gate driver and output filter circuit.
Simulation by proteus only which I have created already. Need only the Arduino coding for microcontoller
operated on PWM technique in the laboratory environment. You are required to amplify an
audio signal through a H bridge converter using pulse width modulation (PWM). The pulse
width modulated signal to be developed by appropriately programming a microcontroller.
The analogue signal input through the signal generator is converted to digital and fed to
the microcontroller to produce the necessary PWM signals and drive the H bridge
converter. You are required to use the microcontroller’s A/D converter, IGBT/MOSFET
based H bridge and its gate driver and output filter circuit.
Simulation by proteus only which I have created already. Need only the Arduino coding for microcontoller