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This repository contains the open-source schematic and PCB design files for a Digispark ATTINY85 development board clone, created using Altium Designer. This board allows you to work with the ATTINY85 microcontroller using the Digispark platform.

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The complete schematic diagram shows the electrical connections and components used in the design.

The PCB layout represents the physical arrangement of components on the printed circuit board, detailing how they are positioned and connected.

• USB 5 V power supply 🔌 for easy powering via USB.
• Full-speed USB interface ⚡️ for fast and reliable data transfer.
• Bootloader for uploading sketches via USB 💻, no external programmer required.
• Onboard 500 mA 5 V regulator 🔋 for stable power distribution.
• 6 I/O pins 🛠️ (3 PWM pins, 4 ADC pins) for versatile input/output control.
• SPI and I2C supported 🔗 for easy communication with other devices.
• 8 KB of flash memory 💾 (6 KB usable after bootloader) for storing your programs.
• 512 bytes of SRAM 📦 for temporary data storage.
• 512 bytes of EEPROM ✍️ for storing data even after power off.
• Compatible with the Arduino IDE 🛠️ using the Digispark board package for seamless integration.
• Operating voltage: 5 V ⚡️, perfect for most electronics projects.
• Small form factor 📏 with low power consumption, ideal for compact projects.
• Status LED onboard 💡 to indicate activity.

• 🛠️ Altium Designer (or a compatible viewer)

🔼 Top 3D View	🔽 Bottom 3D View	🔼 Top Layout	🔽 Bottom Layout

1. Download the repository: 🟢 Click "Clone or download" on the green button above.
2. Open the project: 🖥️ Use Altium Designer to open the .PrjPCB file located in the main directory.
3. Schematics: 📜 The schematic.SchDoc file shows the electrical connections and components used in the design.
4. PCB layout: 🧩 The PCB.PCBDoc file represents the physical layout of the components on the printed circuit board.
5. Generate BOM (optional): 🛒 Use Altium Designer's BOM generation features to create a list of required components.

• Firmware: This repository does not include the firmware. You can program the board using the Arduino IDE by installing the Digispark ATTINY85 board package from the boards manager.
• Assembly instructions (optional): 🔧 Consider adding a separate document or webpage with detailed instructions on soldering and assembling the PCB (if applicable).
• License: 📄 Specify the open-source license used for the design files (e.g., MIT License).

We encourage contributions to this project! Feel free to submit pull requests with improvements, bug fixes, or additional features.