top of page

Group

Public·15 members

Why You Should Try PIC Simulator IDE v7.31 - The Best Free PIC Simulator Available


PIC Simulator IDE v7.31: The Ultimate Tool for PIC Microcontroller Development




If you are looking for a powerful and easy-to-use software for developing and simulating applications for PIC microcontrollers, you should try PIC Simulator IDE v7.31. This software is an integrated development environment (IDE) that provides a graphical user interface for editing, compiling, debugging, and simulating PIC programs. You can download the full version of PIC Simulator IDE v7.31 for free from the official website of Oshon Software. In this article, we will show you how to install and use PIC Simulator IDE v7.31 and what are its main features and benefits.




pic simulator ide full version free download v7 31



What is PIC Simulator IDE?




PIC Simulator IDE is a software program that provides a graphical development environment for Microchip microcontrollers. The program includes: integrated simulator (emulator), pic basic compiler, assembler, disassembler and debugger. PIC Simulator IDE supports the extensive number of microcontrollers (MCUs) from the Microchip 8-bit PIC Mid-Range architecture product line (selected PIC16F, PIC12F, PIC10F models).


PIC Simulator IDE allows you to create, test, deploy, and debug applications for the PIC microcontrollers without the need of any external hardware. You can write your code in assembly language or in pic basic language, which is a simplified version of the BASIC programming language. You can also use the built-in FLASH program memory editor, EEPROM data memory editor as well as a hardware stack editor to modify the memory contents of the simulated MCU.


How to Download and Install PIC Simulator IDE v7.31?




To download the full version of PIC Simulator IDE v7.31 for free, you need to visit the official website of Oshon Software and click on the "Download" button. You will be redirected to a page where you can choose the version of the software that suits your operating system (Windows XP/Vista/7/8/10/11). You will also need to enter your name and email address to receive a download link in your inbox.


Once you receive the download link, you can click on it to start downloading the setup file of PIC Simulator IDE v7.31. The file size is about 3 MB and it will take only a few minutes to download. After downloading the file, you can run it to start the installation process. You will need to accept the license agreement and choose the destination folder for the software. The installation process is very simple and fast and it will create a shortcut on your desktop for easy access.


How to Use PIC Simulator IDE v7.31?




To use PIC Simulator IDE v7.31, you need to launch the program from your desktop or start menu. You will see a main window that consists of several parts: menu bar, toolbar, status bar, code editor, simulator window, output window, watch window, and register window. You can use these parts to perform various tasks such as creating a new project, opening an existing project, editing your code, compiling your code, running your code, debugging your code, simulating your code, viewing the output of your code, monitoring the variables and registers of your MCU, etc.


To create a new project, you need to click on the "File" menu and select "New Project". You will be asked to choose a name and a location for your project as well as a type of MCU that you want to use. You can select from a list of supported MCUs or use the "Search" option to find your desired MCU by its name or part number. After choosing your MCU, you will see a blank code editor where you can write your code in assembly language or pic basic language.


To edit your code, you can use the code editor that provides syntax highlighting, auto-completion, code folding, line numbering, etc. You can also use the menu bar or toolbar buttons to perform common actions such as cut, copy, paste, undo, redo, find, replace, etc. You can also use keyboard shortcuts for faster editing.


To compile your code,


you need to click on the "Project" menu and select "Build". You will see a message in the output window that shows whether your code has been compiled successfully or not. If there are any errors or warnings in your code, they will be displayed in red or yellow color respectively. You can double-click on any error or warning message to jump to the corresponding line in your code editor.


To run your code, you need to click on the "Project" menu and select "Run". You will see the simulator window that shows the graphical representation of your MCU and its peripherals. You can use the toolbar buttons to start, stop, pause, resume, step, and reset the simulation. You can also use the mouse to interact with the simulated MCU pins and switches. You can view the output of your code in the output window that shows the messages printed by your code or by the simulator.


What are the Features and Benefits of PIC Simulator IDE v7.31?




PIC Simulator IDE v7.31 has many features and benefits that make it a great tool for PIC microcontroller development. Some of them are:


  • It supports a wide range of PIC MCUs from the Microchip 8-bit PIC Mid-Range architecture product line (selected PIC16F, PIC12F, PIC10F models). You can easily switch between different MCUs and compare their performance and features.



  • It provides a graphical user interface that is easy to use and intuitive. You can access all the functions and options from the menu bar, toolbar, status bar, and context menus. You can also customize the appearance and layout of the main window according to your preferences.



  • It includes a pic basic compiler that allows you to write your code in a simplified version of the BASIC programming language. Pic basic language is easy to learn and use and it has many built-in functions and commands for working with PIC MCUs. You can also use assembly language if you prefer more control and flexibility.



  • It includes an integrated simulator (emulator) that allows you to test and debug your code without any external hardware. The simulator is accurate and fast and it emulates all the features and peripherals of the selected MCU. You can also inject external stimuli to the simulated processor such as interrupts, timers, serial communication, etc.



  • It includes a debugger that allows you to find and fix errors in your code. You can set breakpoints, watchpoints, tracepoints, etc. to pause the simulation at specific points and examine the values of variables, registers, memory locations, etc. You can also use single-step or multi-step mode to execute your code line by line or instruction by instruction.



  • It includes a FLASH program memory editor, EEPROM data memory editor as well as a hardware stack editor that allow you to modify the memory contents of the simulated MCU. You can also save and load memory files for later use.



  • It includes a code coverage tool that allows you to detect dead code areas that are never executed by your code. This can help you optimize your code size and performance.



  • It includes a data extraction tool that allows you to extract data for validation from the simulated MCU. You can export data in various formats such as CSV, TXT, HTML, etc.



PIC Simulator IDE v7.31 is a powerful and easy-to-use software for developing and simulating applications for PIC microcontrollers. It has many features and benefits that make it a great tool for PIC microcontroller development. You can download the full version of PIC Simulator IDE v7.31 for free from the official website of Oshon Software and start creating your own PIC projects.


To run your code, you need to click on the "Project" menu and select "Run". You will see the simulator window that shows the graphical representation of your MCU and its peripherals. You can use the toolbar buttons to start, stop, pause, resume, step, and reset the simulation. You can also use the mouse to interact with the simulated MCU pins and switches. You can view the output of your code in the output window that shows the messages printed by your code or by the simulator.


What are the Features and Benefits of PIC Simulator IDE v7.31?




PIC Simulator IDE v7.31 has many features and benefits that make it a great tool for PIC microcontroller development. Some of them are:


  • It supports a wide range of PIC MCUs from the Microchip 8-bit PIC Mid-Range architecture product line (selected PIC16F, PIC12F, PIC10F models). You can easily switch between different MCUs and compare their performance and features.



  • It provides a graphical user interface that is easy to use and intuitive. You can access all the functions and options from the menu bar, toolbar, status bar, and context menus. You can also customize the appearance and layout of the main window according to your preferences.



  • It includes a pic basic compiler that allows you to write your code in a simplified version of the BASIC programming language. Pic basic language is easy to learn and use and it has many built-in functions and commands for working with PIC MCUs. You can also use assembly language if you prefer more control and flexibility.



  • It includes an integrated simulator (emulator) that allows you to test and debug your code without any external hardware. The simulator is accurate and fast and it emulates all the features and peripherals of the selected MCU. You can also inject external stimuli to the simulated processor such as interrupts, timers, serial communication, etc.



  • It includes a debugger that allows you to find and fix errors in your code. You can set breakpoints, watchpoints, tracepoints, etc. to pause the simulation at specific points and examine the values of variables, registers, memory locations, etc. You can also use single-step or multi-step mode to execute your code line by line or instruction by instruction.



  • It includes a FLASH program memory editor, EEPROM data memory editor as well as a hardware stack editor that allow you to modify the memory contents of the simulated MCU. You can also save and load memory files for later use.