Summary of ROBOT CONTROL BOARD PIC18F4550 FOR ROBOTICS AND AUTOMATION PROJECTS
Sabanci University SUBOARD II is a compact, low-cost PIC18F4550-based microcontroller board designed for teaching mechatronics and for use as a low-level controller in robotics and automation. It offers USB connectivity, plug-and-play motor and display interfaces, extensibility via an expansion connector, and includes bill of materials, schematics, PCB drawings, and supporting documents for students and projects.
Parts used in the PIC18F4550 Robot Control Board:
- PIC18F4550 microcontroller
- USB connector
- Motor connectors
- Display connector
- Expansion connector
- Power supply components (regulator, capacitors, connectors)
- PCB (printed circuit board)
- Passive components (resistors, capacitors)
- Headers and connectors for I/O
- Mounting hardware
PIC18F4550 controller installed on the computer (USB) connection for robotics and automation projects an advanced control card required summer, bill of materials, schematics, PCB drawings and other documents are prepared for students of mechatronics circuit (suboard) PIC18F4550 Robot Control… Electronics Projects, Robot Control Board PIC18F4550 for Robotics and Automation Projects “microchip projects, microcontroller projects,
PIC18F4550 controller installed on the computer (USB) connection for robotics and automation projects an advanced control card required summer, bill of materials, schematics, PCB drawings and other documents are prepared for students of mechatronics circuit (suboard)
PIC18F4550 ROBOT CONTROL BOARD
Sabanci University General Purpose Microcontroller Board II (AKA SUBOARDII) is a compact board designed around a Microchip PIC18F4550 controller for two purposes: Introducing new mechatronics students to microcomputers and to be used as a low level controller for robotics and automation projects.
The design principle was to make it as simple as possible to use while providing most of the common functionality required for average student or professional project, and at the same time have a low cost and repairable system. Motors and display can simply be plugged in and used directly without building additional circuitry which is advantageous, while it is possible to extend the functions, if necessary, through an expansion connector.
source : http://fens.sabanciuniv.edu/suboard/ Robot Control Board circuit files Alternative link:
FILE DOWNLOAD LINK LIST (in TXT format): LINKS-10022.zip
Source: ROBOT CONTROL BOARD PIC18F4550 FOR ROBOTICS AND AUTOMATION PROJECTS
- What microcontroller is used on the board?
The board uses the Microchip PIC18F4550 microcontroller as stated in the article. - Does the board connect to a computer via USB?
Yes, the PIC18F4550 controller is installed with USB connection to the computer. - Is the board intended for students?
Yes, it was prepared for students of mechatronics circuits and for introducing new mechatronics students to microcomputers. - Can motors and displays be connected directly?
Yes, motors and display can be plugged in and used directly without building additional circuitry. - Is there an option to extend the board's functions?
Yes, it is possible to extend functions through an expansion connector. - What documentation is provided?
Bill of materials, schematics, PCB drawings, and other documents are prepared and available. - What is the design principle of the board?
The design principle was to make it simple to use while providing common functionality, low cost, and repairability. - What are the board's primary purposes?
Its purposes are introducing students to microcomputers and serving as a low-level controller for robotics and automation projects.
