Phoenix
Phoenix - Image 2
Phoenix - Image 3
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Phoenix

The Phoenix Core Board is a high-performance, low-power MCU core board designed based on the PY32F002B microcontroller. This core board features a 32-bit ARM Cortex-M0+ core with a main frequency up to 24MHz, and it provides 24KB of Flash memory and 3KB of SRAM, making it suitable for a wide range of embedded applications. It combines a compact hardware design, rich interface resources, and flexible expansion capabilities to offer a comprehensive solution for developers.

 

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Key Features

  • Processor: 32-bit ARM Cortex-M0+ core, operating at 24MHz.
  • Memory Resources: 24KB Flash and 3KB SRAM to meet storage needs in embedded development.
  • Low Power Design: Supports low power modes like sleep and stop, suitable for battery-powered devices.
  • Rich Peripherals:
    • 12-bit ADC: 8 external channels for various signal acquisition needs.
    • Timers: Advanced 16-bit timers (supporting PWM), low power timers.
    • Communication Interfaces: Support for SPI, USART, I2C, and more protocols.

Hardware Board Design Highlights

  • Power and Indicators:
    • Status Indicator (LD1): Controlled by chip PA5, customizable for user-defined functions (e.g., operation status, error indication).
    • Power Indicator (LD2): Displays the power status of the core board in real-time.
  • Button Features:
    • Custom Button (KEY): Connected to the PA4 pin, allowing users to implement extended functions.
    • Reset Button (RST): Supports manual reset of the core board.
  • Expansion Interfaces:
    • Type-C Interface: Supports 5V standalone power supply, complying with general Type-C power standards, providing convenient power for the board.
    • 20-Pin Header Interface: Standardized design offering abundant GPIO, power, and communication pins, facilitating peripheral expansion and system integration.
    • I2C Interface: Specifically designed for interfacing with the AriesPlus board, supporting rapid prototyping of DFU (Device Firmware Update) and CDC (Communication Device Class) functions.
    • SWD Debug Interface: Provides online debugging and firmware programming capabilities, convenient for development and testing.

Front and Back Design Features

Front Design

  • Integrated PY32F002B chip and its peripheral circuits.
  • Standard header interface providing comprehensive GPIO and communication resources.
  • LD1 and LD2 indicators offer intuitive feedback on operation and power status.

Back Design

  • An elegant phoenix pattern symbolizing innovation and efficiency.
  • Clear pin labels covering power, GPIO, and reset pins.

Application Scenarios

  • Embedded Learning and Prototyping: Simple and user-friendly design helps developers get started quickly.
  • Industrial Control: Offers high reliability and flexible expansion capabilities.
  • Portable Devices: Type-C standalone power supply and low power design suit portable applications.
  • Product Development and Verification: In conjunction with the AriesPlus board, it enables rapid DFU and CDC functionality verification.

Conclusion

The Phoenix Core Board, with its high performance, low power consumption, Type-C standalone power supply support, and versatile interface design, provides embedded developers with a powerful development platform. Whether for learning, development, or commercial applications, it facilitates rapid innovation.

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