What board should I use for beginners of single chip microcomputer?

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What board should I use for beginners of single chip microcomputer? [Copy link]

 

What board should I use for beginners of single chip microcomputer?

cdy123

When you are just starting to learn MCU, you can choose the following commonly used development boards:

1. Arduino Uno : Arduino Uno is a development board based on the ATmega328P microcontroller, suitable for beginners. It has a simple and easy-to-use development environment and rich community support, making it an ideal choice for learning microcontroller programming.

2. Raspberry Pi : Raspberry Pi is a powerful microcomputer with an ARM processor and rich GPIO interfaces. It is suitable for beginners to learn embedded systems and IoT application development.

3. STM32 Discovery Series : The STM32 Discovery series is a series of development boards based on ARM Cortex-M processors launched by STMicroelectronics, such as STM32F4 Discovery, STM32F7 Discovery, etc. These development boards have rich peripherals and performance, suitable for learning advanced microcontroller programming and application development.

4. PICkit series : PICkit series is a series of development boards based on PIC microcontrollers launched by Microchip, such as PICkit 3, PICkit 4, etc. These development boards have rich peripherals and flexible configurations, suitable for learning PIC microcontroller programming and application development.

The above are some commonly used MCU development boards. You can choose the appropriate development board according to your learning goals and project requirements. No matter which development board you choose, it is important to master the basic principles and skills of MCU programming through actual project practice.

炉火旁的Yye

When you are just starting to learn MCU programming, you can consider choosing some feature-rich and flexible development boards to meet your learning and application needs. The following are some development boards recommended for experienced people who are just starting to learn MCU:

1. STM32 series development board : STMicroelectronics' STM32 series is a set of powerful development boards suitable for learning and developing ARM Cortex-M series microcontrollers. These development boards have rich peripherals and performance advantages, support multiple communication interfaces and rich application scenarios.

2. ESP32 series development board : ESP32 is a chip with integrated WiFi and Bluetooth functions, suitable for IoT and wireless communication applications. ESP32 series development boards have rich peripherals and low power consumption, suitable for learning and developing IoT projects.

3. Raspberry Pi : Although Raspberry Pi is a microcomputer based on an ARM processor rather than a traditional microcontroller, it can be used as an ideal platform for learning embedded systems and IoT applications. It has rich resources and strong community support, which can realize more complex projects and applications.

4. Arduino Mega : Arduino Mega is a development board based on the ATmega2560 microcontroller, with more IO ports and larger storage space, suitable for handling more complex projects and applications. It is also a very popular entry-level development board suitable for beginners and veterans.

The above are some tips for senior people to learn MCU programming.

740322lwj

As an electronic engineer, you can consider using the following common development boards when you are just starting to learn microcontroller programming:

1. Arduino Uno : Arduino Uno is a very popular entry-level development board that is suitable for beginners to get started quickly. It is based on the Atmega328P microcontroller and has rich resources and community support, making it easy to implement various projects.

2. STM32 Discovery Series : STMicroelectronics' STM32 Discovery series is a set of powerful development boards suitable for learning and developing ARM Cortex-M series microcontrollers. They have rich peripherals and performance advantages, suitable for advanced learning and application development.

3. Raspberry Pi : Although Raspberry Pi is a microcomputer based on an ARM processor rather than a traditional microcontroller, it can be used as an ideal platform for learning embedded systems and IoT applications. It has rich resources and strong community support, which can realize more complex projects and applications.

4. ESP32 series development board : ESP32 is a chip with integrated WiFi and Bluetooth functions, suitable for IoT and wireless communication applications. ESP32 series development boards have rich peripherals and low power consumption, suitable for learning and developing IoT projects.

The above are some common development board options. You can choose the appropriate board to learn MCU programming based on your interests, needs and learning goals. Each development board has its own characteristics and applicable scenarios. You can choose according to your own situation. I wish you a smooth study!

fjdeepblue

Very good electronic information, the summary is very detailed and has reference value. Thank you for sharing