Microchip Pic12f675-i/p Microcontroller

PIC Lab-III Development Board: Ultimate Microchip PIC Learning & Development Platform

The PIC Lab-III is the ultimate development board for Microchip PIC microcontrollers, particularly designed to enhance learning and project development. It provides full support for the PIC18F4550 microcontroller and its USB capabilities, making it perfect for building USB-based devices such as mass storage devices, mice, keyboards, and communication systems.

Whether you’re a student, hobbyist, or professional, this board offers a flexible and reconfigurable environment to bring your ideas to life. With a wide range of integrated peripheral modules, PIC Lab-III provides all the components you need to get started with your projects and can be easily customized to suit your specific needs.

🌟 Key Features:

• 🖥️ USB 2.0 Support: Full support for the PIC18F4550 microcontroller’s built-in USB 2.0 features for seamless USB device development.

• 💡 Status LEDs: Includes 10 status LEDs for visual feedback on your application’s performance.

• 🔲 User Programmable Push Switches: 4 programmable switches for input control, easily customized to your needs.

• 💾 SD Card Holder: Integrated SD card slot for large-scale data storage, perfect for data logging and communication applications.

• 📊 Analog-to-Digital Converter (ADC): 2 ADC ports with a POT as a voltage divider and 5.1V Zener protection, one channel can be used as reference voltage.

• 🔔 Buzzer: Built-in buzzer for audible alerts and feedback.

• 📡 IR Remote Sensor: 38KHz IR sensor for remote control applications.

• 🌡️ Temperature Sensor: One-wire DS1820 temperature sensor for environmental sensing.

• 📺 LCD Interface: HD44780 character LCD interface with support for both 4-bit and 8-bit modes.

• 🔢 Seven Segment Display: 4 multiplexed 7-segment LED digits for numerical display output.

• 🔌 Relay Control: 4 heavy DC load channels for external relays, solenoids, or stepper motors (up to 500mA per channel).

• 🌐 RS-485 Network: Configurable as a node or terminal in an RS-485 network.

• 🖥️ Graphic LCD Interface: Support for KS0108 graphic LCD for advanced display needs.

• 🔋 I2C Real-Time Clock (RTC): Integrated I2C DS1307 RTC with battery backup for time-keeping applications.

• 🔧 In-Circuit Programming: Standard in-circuit programming header for connection with PICkit-2, ICD-2, and other programmers.

• 🔌 Power & I/O Headers: All I/O lines and 5V DC supply available via headers for easy interfacing.

• 💡 3.3V Regulator: On-board 3.3V regulator capable of delivering up to 1A for powering external devices.

⚙️ Fully Reconfigurable Design:

PIC Lab-III is designed for maximum flexibility. All the integrated modules are connected to headers, allowing you to reconfigure them according to your needs. Whether you’re connecting the status LEDs, push switches, or external hardware, you can easily customize the connections by using jumpers or jumper cables.

This reconfigurability allows for endless experimentation and makes PIC Lab-III an ideal learning platform for those exploring embedded systems and PIC microcontroller programming.

📦 Included in the Box:

• 1x PIC Lab-III Development Board with all the integrated features listed above.

• Pre-soldered PIC18F4550 microcontroller (or other 40-pin PIC microcontrollers).

• Easy-to-use headers for all I/O pins and power connections.

🧑‍🏫 Perfect for Learning and Development:

The PIC Lab-III Development Board is a great tool for learning and creating custom embedded systems. With its USB support, versatile peripherals, and reconfigurable I/O, this board can be used in academic projects, hobby electronics, or rapid prototyping for real-world applications.

🌐 Applications:

• USB Device Development: Build USB peripherals like keyboards, mice, mass storage devices.

• Embedded Systems: Perfect for learning embedded programming and electronics.

• Data Logging: Use the SD card and RTC for data collection applications.

• IoT and Communication: Easily interface with RS-485 networks, and use the temperature sensor and IR features for remote control and monitoring.

• Control Systems: Use the relays for controlling external devices like motors or actuators.

🚀 Take Your PIC Development to the Next Level!

Elevate your embedded systems projects with the PIC Lab-III Development Board. Whether you’re building USB devices, learning about embedded programming, or prototyping hardware, PIC Lab-III has everything you need to succeed!

🛒 Order now and start your development journey with PIC today!