Two channel CAN bus bridge with configurable packet filtering, data modification and baudrate conversionDesigned by Alex Borisevich, Ships from United States of America
This is a two channel CAN bus bridge with advanced configurable functions to control and modify the passing through packets: packet filtering by CAN ID mask matching, baudrate up and down conv...Read More…
This is a two channel CAN bus bridge with advanced configurable functions to control and modify the passing through packets:
packet filtering by CAN ID mask matching,
baudrate up and down conversion,
bitwise modification of CAN data controlled by mask matching conditions (for ID and data)
Device configuration performed via USB using simple Windows GUI software tool.
This device might be a useful tool to debug and develop CAN systems in various situations. One application scenario is to connect the bridge between your device and CAN network. This will easily block some traffic from the CAN network to the device under the debug for diagnosing of FIFO overflow and other related problems. If your device is providing some status bits in CAN data packets, you can modify these bits without needing to reprogram your device. You can also extend your CAN wire length by downconverting the baudrate. Obviously there are many more application patterns…
Power supply voltage: 5V-20V
Current consumption: 60mA for 5V
CAN Baudrate: up to 1Mbps (any non-standard baudrate supported)
CAN ID mask filters: 2 (1 for each CAN channel)
CAN data replacement patterns: 40 (only for CAN1)
CAN transceiver: SN65HVD232
PCB size: 48.26 mm x 20.85 mm (1.9 in x 0.82 in)
Here is the short user guide.
The microcontroller firmware, computer software and hardware sources are all in GitHub. Feel free to download and use
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I'm hardware and embedded software engineer working in the fields of power electronics and alternative energy sources.
I love to invent various electronics and hopefully will share some of my DIY projects here.