Commonly used programming software for microcontrollers include: 1. Keil programming development environment; 2. IAR; 3. Arduino IDE; 4. STM32CubeIDE; 5. Proteus.
#MCU programming software is a tool used to develop and write MCU programs. They provide an integrated development environment that enables developers to write, debug and program microcontrollers. The following are some common microcontroller programming software:
1. Keil programming and development environment
Keil programming and development environment is a very popular microcontroller programming software, especially suitable for ARM architecture microcontrollers. It provides an integrated development environment including a code editor, compiler, debugger and emulator. Keil uVision supports multiple programming languages such as C, C and assembly language. It also provides a wealth of library functions and sample codes to facilitate developers to quickly develop microcontroller programs.
2.IAR
IAR is a provider of embedded system development tools and services that integrates C/C compilers and debuggers, with rich functionality and flexibility. It supports multiple programming languages, such as C, C, etc., and provides embedded systems, middleware, development kits, etc. Due to its wide support and flexibility, IAR can be used to develop various types of microcontrollers.
3. Arduino IDE
Arduino IDE is a simple and easy-to-use microcontroller programming software for programming Arduino development boards. It is based on the open source Processing and Wiring platforms and provides a friendly development environment. Arduino IDE uses C/C language for programming and supports various Arduino development boards and expansion modules. It also provides a wealth of library functions and sample codes to facilitate developers to quickly develop microcontroller programs. Arduino IDE also integrates debuggers and emulators to facilitate developers to debug and test programs.
4. STM32CubeIDE
STM32CubeIDE is a microcontroller programming software developed by STMicroelectronics and is used for the development of STM32 series microcontrollers. It is based on the open source Eclipse platform and provides a powerful development environment. STM32CubeIDE supports multiple programming languages, such as C, C and assembly language. It also provides a wealth of library functions and sample codes to facilitate developers to quickly develop microcontroller programs. STM32CubeIDE also integrates a debugger and emulator to facilitate developers to debug and test programs.
5. Proteus
Proteus is a popular electronic design automation (EDA) software that provides an integrated development environment for designing, simulating, and debugging electronic circuits. Proteus also provides a microcontroller simulator that can simulate the operation of various microcontrollers. Developers can use Proteus to write, debug and test microcontroller programs. Proteus supports a variety of microcontroller series, such as PIC, AVR and ARM.
The above are some common microcontroller programming software. Each software has its own characteristics and scope of application. Developers can choose the appropriate software for microcontroller programming according to their own needs and preferences. No matter which software is used, mastering its functions and usage methods can help developers develop microcontroller programs more efficiently.
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