AVR Single Chip Minimum Study System Development Board ATMEGA16A-PU 32A-PU MEGA16

Unlock Your Microcontroller Potential with the ATMEGA16/32 AVR Minimum System Board

Ignite your creativity and embark on exciting electronics projects with this versatile development board. Designed for Arduino enthusiasts and hobbyists, the ATMEGA16/32 AVR Minimum System Board offers a hands-on approach to learning and experimenting.

Key Features:

• Minimalist Design: Focus on the essentials with a compact and efficient layout.
• Flexible I/O: Access 32 I/O pins for a wide range of applications.
• Easy Assembly: No soldering required, making it perfect for beginners.
• Upgradable Crystal: Customize the board's performance with an easily replaceable crystal.
• Versatile Compatibility: Supports ATmega16, ATmega32, and other compatible microcontrollers.
• Multiple Power Options: Choose between a power adapter or external expansion pin power supply.
• Clear Indicators: Monitor board status with power and program run LEDs.
• Standard ISP Download Interface: Easily upload and debug your code.

Applications:

• Arduino Projects: Create interactive and innovative projects.
• Electronics Education: Explore microcontroller programming and hardware design.
• DIY Projects: Build custom devices and gadgets.
• Educational Purposes: Teach electronics and programming concepts.

DATA SHEET AND USECASE

Key Features:

• I/O Accessibility: All 32 I/O pins of the ATmega16A-PU are broken out, allowing easy access for interfacing with external components.

• Crystal Oscillator: Equipped with an 8MHz crystal oscillator, the board ensures stable clock signals for the microcontroller. The design allows for easy replacement of the crystal if a different frequency is required.

• Power Supply Options: The board supports multiple power supply methods, including a DC power adapter or external expansion pins. It features a DC-005 power socket compatible with 5.5*2.1mm plugs.

• Reset Functionality: Includes both power-on-reset and manual reset buttons to ensure proper initialization of the microcontroller during development and testing.