Simulation of stepper motor on Proteus. The source code has been implemented on Keil in C language
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Install keil
https://www.keil.com/download/ -
Install proteus professional (crack)
Youtube: https://www.youtube.com/watch?v=0DX8sIPHkTg
Google Drive: https://drive.google.com/drive/folders/0B7qarf3_2VkVSFRZa3hpV19TTEk
- Download 'setup' and 'crack' from google drive
- Extract 'crack' and copy paste 'LICENCE' to desktop
- Run setup
- When asked for activation key in setup, select local licence option
- Browse and navigate to desktop and click on 'LICENCE'
- Click on install
- Continue with the rest of setup
- At the end of setup, click on run button to start proteus
- Quit proteus
- Copy 'BIN' and 'MODELS' from 'crack' folder
- Paste them in C:\Program Files (x86)\Labcenter Electronics\Proteus 8 Professional
- Refresh and start proteus from the desktop shortcut
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The C code on keil (Stepper/stepper.c) is for AT89C51 with frequency of 11.0592MHz
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The build file in HEX format (Stepper/Objects/stepper.hex) is being generated.
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This HEX file will be given to proteus for execution
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The proteus hardware setup (Proteus_stepper/stepper) containes AT89C51 and Bipolar stepper motors
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The 4 pins of stepper is connected to P1.0 to P1.3
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The AT89C51 chip is loaded with stepper.hex and given 11.0592MHz frequency
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Click on play button to see the stepper motor move