The USB CAN-I CAN Bus Analyzer is a USB-to-CAN bus interface, debugger, and CAN bus data logging tool for sending, receiving, collecting, logging, and analyzing CAN network data from a PC or notebook. BDTronics provides this CAN bus analyzer for electronics, robotics, battery management system communication, and embedded development work in Bangladesh. It is designed for CAN2.0A and CAN2.0B networks and handles standard frames, extended frames, data frames, and remote frames.

Features:

• USB to CAN bus protocol conversion for PC-based CAN communication.
• USB 2.0 interface with compatibility for USB 1.1.
• CAN2.0A and CAN2.0B protocol compatibility.
• Standard frame and extended frame handling.
• Bidirectional CAN transmission for sending and receiving.
• Data frame and remote frame format support.
• Selectable CAN controller baud rate from 5Kbps to 1Mbps, with special baud rate configuration through CAN registers.
• Industrial-grade magnetic coupling isolation with 2500V isolation voltage in the CAN transceiver.
• 32 hardware FIFO receiving buffers, with single-channel receiving capacity up to 14000 frames per second.
• USB bus direct power supply.
• Compact shell size of 98 × 78 × 30 mm.

Specifications:

Specification	Details
Model	USB CAN-I
Product type	USB to CAN bus analyzer and debugger
Protocol conversion	USB to CAN bus
USB interface	USB 2.0, compatible with USB 1.1
CAN protocol	CAN2.0A and CAN2.0B
Frame formats	Standard frame, extended frame, data frame, remote frame
CAN transmission	Bidirectional CAN sending and receiving
Baud rate	5Kbps to 1Mbps selectable; special baud rate via CAN register configuration
Isolation	Industrial-grade magnetic coupling isolation, 2500V isolation voltage
Receiving buffer	32 hardware FIFO receiving buffers
Receiving capacity	Up to 14000 frames per second on a single channel
Power	USB bus direct power supply
Operating system	WinXP, Win7, WIN8, WIN10
Working temperature	-40°C to 85°C
Shell size	98 × 78 × 30 mm

Applications:

• Sending and receiving CAN bus network data through a PC or notebook USB interface.
• Fast CAN network data collection and analysis.
• Using a USB interface as a CAN network interface.
• Industrial field CAN bus communication.
• CAN communication work in battery test and BMS communication tool setups.
• Embedded development and debugging where a compact USB-to-CAN adapter is needed.

How to Use:

1. Connect the USB CAN-I debugger to the PC or notebook using the supplied USB cable.
2. Connect the CAN transfer board and CAN network wiring according to the included user manual.
3. Install and open the USBCAN debugger tool software on a compatible Windows system.
4. Configure the CAN baud rate, frame type, and operating parameters for the target CAN network.
5. Use the software to send, receive, collect, or analyze CAN data; development files such as DLL, LIB, and Visual C++ or Visual Basic test source code are also listed in the source package.

Installation and Wiring:

The USB side connects directly to a PC or notebook, while the CAN side connects to the target CAN network through the supplied CAN transfer board. Follow the included user manual for the correct CAN wiring, pin assignment, and network termination details for your setup. BDTronics supplies this USB CAN-I analyzer for CAN bus debugging and data collection tasks where a PC-based USB-to-CAN interface is required.

Compatibility:

• Computers running Windows XP, Windows 7, Windows 8, or Windows 10 as listed for the product.
• USB 2.0 ports and USB 1.1 compatible ports.
• CAN2.0A and CAN2.0B networks.
• Standard frame and extended frame CAN communication.
• Data frame and remote frame CAN formats.

Safety Information:

• Operate the analyzer within the stated working temperature range of -40°C to 85°C.
• Respect the 2500V isolation rating of the CAN transceiver and avoid exceeding the specified isolation voltage.
• Use correct CAN cabling and termination for the target network to reduce communication errors.

Package Includes:

• USBCAN I debugger as listed in the source package.
• CAN transfer board as listed in the source package.
• USB cable for connecting the PC to the USBCAN debugger.
• USBCAN debugger tool software and development files, including Visual C++ and Visual Basic CAN test software source code, DLL, LIB, user manual, and CAN bus related materials as listed by the source.

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