The workflow of a CAN bus data collector typically consists of the following steps:
1) Connect the CAN bus: First, connect the CAN bus data collector with the CAN bus of the target device or system. This may involve a physical interface that connects to the CAN bus, such as a CAN connector or a connection line.
2) Configuration and setup: After the connection is completed, the CAN bus data collector needs to be configured and set up. This includes selecting the appropriate communication rate, setting up filters and masks to filter the desired CAN messages, and specifying the parameters and storage methods for data acquisition.
3) Data Acquisition and Receiving: Once the CAN bus data collector is configured, it will start listening for CAN messages on the CAN bus. It receives and captures CAN messages transmitted over the CAN bus, including information such as identifiers, data, and timestamps.
4) Data processing and storage: The received CAN message will enter the data processing and storage stage. This may include parsing and decoding CAN messages, converting them into a readable format or a specific data type, and then storing them in an internal buffer or in an external storage medium, such as memory, hard disk, or flash memory.
5) Data analysis and application: Once the data is stored, it can be further analyzed and applied. This may include data visualization, trend analysis, troubleshooting, performance evaluation, and more. Depending on the specific requirements, the CAN bus data can be processed and analysed using the appropriate tools and software.
6) Data transfer and reporting: After the processing and analysis is completed, the data can be transferred to other devices or systems for further processing or reporting. This may involve a data transfer interface, such as USB, Ethernet, or a wireless network, in order to send data to a computer or cloud platform.