CAN Bus FD Development Kit

This kit enables users to begin CAN FD network development with Microchip's PIC^® PIC16 and dsPIC^® DSC families. The development kit includes the powerful PCWHD Integrated Development Environment with compiler support for Microchip's PIC^® PIC10, PIC12, PIC16, PIC18, PIC24 and dsPIC^® DSC families and an ICD-U80 in-circuit programmer/debugger that supports C-aware real time debugging. The prototyping board has four nodes. CAN drivers and example code are also included.

The first node is a dsPIC33CH128MP506 which includes an integrated CAN FD peripheral. This node is connected to three LEDs, a potentiometer, one pushbutton, a RS232 port and 30 I/O pins.

The second node is a PIC16F18346 which includes a MCP2517FD to connect to the CAN FD bus. This node is connected to a potentiometer, three LEDs, one pushbutton, and a RS232 port.

The third node is a PIC16F15324 which includes a MCP2517FD to connect to the CAN FD bus. This node is connected to three LEDs and three push buttons and is pre-programmed to work with the development kit exercises.

The fourth node is a PIC16F18346 which includes a MCP2516FD to connect to the CAN FD bus. This node is connected to three 7-Segment LEDs and is pre-programmed to work with the development kit exercises.

CAN Bus FD Prototyping Board (Size: 5.25" x 3.31") includes:

• dsPIC33CH128MP506
• Two PIC16F18346
• PIC16F15324
• 30 I/O (11 Can Be Analog)
• Three MCP2517FD external CAN FD controllers
• Two Potentiometers
• Nine LEDs
• Three 7-Segment LEDs
• Two RS-232 Ports
• RS-232 Level Converter
• Four ICD Jacks

CAN Bus FD Development Kit includes:

• CAN Bus FD Prototyping Board
• In-Circuit Debugger/Programmer
• Exercise Tutorial
• 9V AC Adapter
• Two Serial PC to Prototype Board Cables
• ICD to Prototype Board Cable
• USB PC to ICD Cable

Click here to view the Prototyping Accessories.