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Proteus VSM for PIC16 contains everything you need to develop, test and virtually prototype your embedded system designs based around the Microchip Technologies™ PIC16 series of microcontrollers. The unique nature of schematic based microcontroller simulation with Proteus facilitates rapid, flexible and parallel development of both the system hardware and the system firmware. This design synergy allows engineers to evolve their projects more quickly, empowering them with the flexibility to make hardware or firmware changes at will and reducing the time to market. Proteus VSM is discussed in more detail here.
Proteus VSM for PIC16 Includes:
The PIC Starter Kit is the entry level purchase and includes the PIC16F877 and PIC16F84A variants only.
Proteus VSM PIC Bundle is the ultimate PICMicro™ simulation solution, including not only the PIC16 but also all supported PIC12, PIC18 and PIC24 Variants.
Analysis capabilities can be upgraded to include Graph Based Simulation via the Advanced Simulation Options module.
For a truly complete design solution schematics can be netlisted to one of our integrated PCB Design products for physical board layout.
Please see the commercial price list for pricing information or contact us to further discuss requirements.
Proteus VSM for PIC16 Includes:
Proteus VSM simulates all the features of the real device including:
Unique Productivity Enhancements with Proteus VSM for PIC16:
Main Limitations:
Proteus VSM models will fundamentally work with the exact same HEX file as you would program the physical device with. However, far more debugging information is available when using a compiler to write the firmware and providing these object files to Proteus in place of the HEX file provides a much richer working environment. More information on supported compilers can be found here.
"I use VSM PIC and the IAR C compiler which allows me to run PIC's to emulate all my mechanical devices as my 'test harness' prior to developing the system proper. I estimate that my development time is now 20% of what it was before for any given design, and because of the general flexibility and information views, simulations can be run as a virtual world tests in their harnesses for days at a time and I can minimise the testing when I build in the real world "
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