CANopen Chip F40

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    Description

    Caractéristiques du module

    The CANopen Chip is an insert-ready, highly cost-effective single board computer subassembly with latest CANopen firmware pre-programmed. A simple and cost effective DIP40 connector forms the interface to the target peripherals and transforms the CANopen chip into a versatile utilizable communications interface. Outstanding Flexibility: Up to seven IO configurations provide a proper variation of digital inputs and outputs, analog inputs as well as PWM outputs. The on-board hardware configuration units allow the module configuration on deployment time. Ready to OEM The CANopen Chip has been optimized for insertion as an OEM subassembly into an end product. OEM implementation of the CANopen Chip frees engineers from the routine design of a microcontroller core and enables him or her to focus on the specific target application. Purchase of the CANopen µChip jump-starts your development cycle. By sparing yourself the task of developing your own CANopen firmware, you can instead concentrate on your target peripherals, thereby reducing the time-to-market of your product. No orientation into the CANopen protocol internal workings is necessary. Rapid Development We offer a Development Kit for the CANopen chip to facilitate fast and efficient orientation to the CANopen Chip. In addition to a base board and an USB-CAN interface, the kit also includes all necessary software components for getting started immediately. Of course we are pleased to discuss with you the possibilities of custom specific adoptions of software or hardware.


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    Caractéristiques

    Fonctionnalités du module

    • Single Board CANopen node in 40-pin DIP dimensions (also available as freely programmable DIPmodul-F40 without firmware)
    • 11-bit 2.0B message identifier
    • Supports NMT-slave; device profiles; Lifeguarding, Nodeguarding, Heartbeat Consumer, Heartbeat Producer
    • 4x TxPDO asynchronous/synchronous RTR event timer; 2x RxPDO asynchronous/synchronous variable PDO mapping; 1x SDO server, SYNC consumer, Emergency message
    • Bit rate configurable via DIP switch or LSS
    • Node ID address via DIP switch or LSS
    • EEPROM for network parameters/configuration
    • Red/green status LEDs
    • To 24x digital inputs, to 24x outputs (TTL level)
    •  To 8x analog inputs (configuration dependent, 0...5V, 10-bit resolution)
    • 5V power supply
    Documentation