• USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade
  • USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade
  • USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade
  • USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade
  • USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade
  • USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade
  • USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade

USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade

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USBCAN I USB to CAN Adapter USB CAN Analyzer Debugger Supports Secondary Development Remote Upgrade

Description:

USB CAN debugger with 1-way CAN interface. PC can be connected to a standard CAN network through USB bus, build field bus test laboratory, industrial control, intelligent building, automotive electronics and other fields in data processing, data acquisition, data communication network CAN core control unit.

USBCAN I can be used as a standard CAN node. It is a powerful tool for CAN bus product development, CAN bus device testing and data analysis; at the same time, the USB CAN debugger boasts small size and enables easy installation. Thus, it is the best choice for portable system users.

The debugger can directly configure, transmit and receive the CAN bus using the USBCAN tool software provided by our store. Users can also refer to the DLL dynamic connection library and routines provided by our store to write their own applications to facilitate the development of CAN system application software products.

In the USB CAN debugger, the CAN bus circuit adopts an independent DCDC power module for photoelectric isolation, so that the adapter has strong anti-interference ability, greatly improving the reliability of the system in harsh environments.

Features:

- One-channel USB to CAN adapter
- Support CANopen, J1939 and DeviceNet parsing
- Supports secondary development and remote upgrade
- The CAN channel adopts an electrical isolation design

Hardware Parameters:

- Protocol conversion between USB and CAN bus;
- USB interface supports USB2.0 and is compatible with USB1.1;
- Support CAN2.0A and CAN2.0B protocols, standard frames and extended frames;
-Support two-way transmission, CAN sending and CAN receiving;
- Support data frame and remote frame format;
- CAN controller baud rate is optional between 10Kbps-1Mbps, which can be configured via software;
- The CAN transceiver adopts magnetic isolation with an isolation voltage of 2500V;
- CAN controller with 3 transmit buffers, 8 hardware FIFO receiver buffers, and the maximum receiving capacity can reach 7000 frames / second;
- Powered by USB bus;
- Isolation module insulation voltage: 1000Vrms;
- Working temperature: 0~70°C;
- Case size: 70 x 45 x 18mm/2.8 x 1.8 x 0.7".

Typical Applications:

- Transmit and receive the CAN bus network through the USB interface of PC or laptop;
- Fast CAN network data acquisition and data analysis;
- USB interface to CAN network interface;
- Industrial site CAN network data monitoring.

Package Included:
- 1 x USB to CAN Adapter
- 1 x USB Cable

Attention:

USB CAN debugger tool software, CAN test software source code of Visual C++, development files of DLL and LIB, user manuals, CAN bus related materials can be provided.

More Information:
- Save CAN data files: The CAN information in the window can be saved as an EXCEL table file or a CAN data format file, which can be used for online playback and offline sending.
- Online CAN data playback. Import the CAN format data file and select the playback mode: according to the time identification or time interval, choose whether to loop playback according to the requirements, and click Send for online data playback.
- Offline cyclical sending: The CAN frames to be sent and the corresponding sending interval can be configured on a computer, or the pre-saved CAN format file can be imported into the window, and after downloading it to USB CAN debugger, it can be automatically sent offline to simulate the CAN data of some sensors or GPS receivers.
- ID filtering settings: Write the ID you want to receive into the edit box, click Calculate to get the acceptance code and shielding code setting values, and then click Confirm to complete the settings.

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