What microcontroller should I buy for beginners?

秋水揽星河

What microcontroller should I buy for beginners? [Copy link]

 

What microcontroller should I buy for beginners?

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When beginners start to develop single-chip microcomputers, they can consider choosing the following common single-chip microcomputers:

1. Arduino series : Arduino is an open source hardware platform with rich development resources and community support, which is very suitable for beginners. You can choose the Arduino Uno board based on ATmega328P or the Arduino WiFi/Bluetooth module based on ESP8266/ESP32.

2. STM32 series : STMicroelectronics' STM32 series is a microcontroller based on the ARM Cortex-M core, with rich peripherals and powerful performance, suitable for advanced learning. You can choose the STM32F103 series Discovery development board or NUCLEO development board.

3. Raspberry Pi : Although Raspberry Pi is more like a small computer, it can also be used as a microcontroller development platform. It has rich peripherals and powerful processing capabilities, making it suitable for more complex project development and learning.

4. PIC series : Microchip's PIC series microcontroller is a classic 8-bit microcontroller with a mature development environment and rich peripherals, suitable for beginners. You can choose a development board from the PIC16F series or the PIC18F series.

The above are some common MCU choices. You can choose the right MCU according to your learning goals, project requirements and personal preferences. No matter which MCU you choose, it is important to master its basic principles and programming methods, and gradually improve your practical ability and project development ability.

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You may already have some knowledge and experience with microcontrollers. Therefore, you can choose a microcontroller suitable for advanced learning and practice, considering the following factors:

1. Performance and functionality : Choose a powerful, feature-rich MCU to meet your project needs and learning goals. You can consider some common MCU series, such as ARM Cortex-M series, PIC series, etc.

2. Development environment : Consider whether the development environment and tools of the microcontroller are mature, and whether there are abundant development resources and community support. Generally speaking, some commonly used microcontroller series (such as STM32, PIC, Arduino, etc.) have mature development environments and abundant development resources, which are suitable for advanced learning and practice.

3. Learning and practice projects : Choose a suitable microcontroller according to your learning and practice project needs. If you are interested in the Internet of Things or wireless communications, you can choose a microcontroller with WiFi or Bluetooth functions; if you are interested in embedded systems or real-time control, you can choose a microcontroller with stronger performance.

4. Compatibility and ease of use : Consider the compatibility and ease of use of the microcontroller, and choose a microcontroller that is easy to use to improve learning and development efficiency. Some commonly used microcontroller series (such as Arduino) have good compatibility and ease of use, suitable for beginners and advanced users.

Based on the above factors, the following are some common microcontrollers suitable for senior people in the electronics field to learn:

• STM32 series : With powerful performance and rich peripherals, it is suitable for learning embedded system development and real-time control.
• PIC series : It has the characteristics of high stability and good usability, suitable for learning embedded systems and low-power applications.
• ESP series : With WiFi and Bluetooth functions, suitable for learning Internet of Things and wireless communication applications.

You can choose a suitable microcontroller according to your interests and learning goals, and learn and practice in combination with relevant development environments and resources.

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As an electronic engineer getting started with microcontroller development, you may consider purchasing the following commonly used microcontrollers for learning and practice:

1. STM32 Series :

   • The STM32 series is a series of microcontrollers based on the ARM Cortex-M core launched by STMicroelectronics. It has rich peripherals and powerful performance, and is suitable for various application scenarios. You can choose an entry-level STM32 development board, such as the STM32F103C8T6 development board, which is a cost-effective entry-level development board.

2. Arduino Series :

   • The Arduino series is an easy-to-use development platform suitable for beginners. You can choose an Arduino-based development board, such as Arduino Uno, Arduino Nano, etc. These development boards usually have rich community support and open source resources, which are suitable for quick start.

3. PIC Series :

   • The PIC series is a classic 8-bit microcontroller series launched by Microchip, which has the characteristics of high stability and good usability. You can choose a PIC series development board, such as the PIC16F877A development board, to get started.

4. ESP Series :

   • The ESP series is a WiFi and Bluetooth based microcontroller series launched by Espressif, suitable for IoT and wireless communication applications. You can choose a development board based on ESP8266 or ESP32, such as NodeMCU, ESP32-DevKitC, etc.

The above are some commonly used MCU series. You can choose the appropriate MCU for entry-level learning according to your interests and project requirements. Each MCU has its own characteristics and applicable scenarios. You can choose the most suitable MCU according to your needs and project requirements.

fjdeepblue

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