Product Description
Product Name
DAMIAO FDCAN Analyzer MIT Debugger USB‑to‑FDCAN Module T‑Driver FDCAN Communication Tool
Product Description
The DAMIAO FDCAN Analyzer is a high‑performance communication and debugging tool for FDCAN systems, designed for use with MIT motor controllers and T‑Drivers.
It integrates USB‑to‑FDCAN conversion, data monitoring, and debugging in one compact module.
Using a Type‑C interface for both power and communication, it supports CAN 2.0A / 2.0B / CAN FD protocols with a maximum data rate of 5 Mbps.
The device includes 64 KB receive buffer memory and built‑in CAN isolation protection, ensuring reliable operation even under high‑speed or high‑noise environments.
Key Features
• CAN isolation protection for stable communication
• Supports USB‑to‑TTL and USB‑to‑FDCAN modes
• SDK interface available for secondary development
• Compatible with CAN 2.0A / 2.0B / CAN FD standards
• Up to 5 Mbps data rate in FDCAN mode
• 64 KB buffer memory for smooth data flow
• Type‑C connector, plug and play operation
• Works with DMTools software for frame monitoring and control debugging
Technical Specifications
| Parameter |
Specification |
| Brand |
DAMIAO |
| Model |
USB‑FDCAN V3.0 |
| Interface |
Type‑C |
| Communication Standards |
CAN 2.0A / 2.0B / CAN FD |
| Baud Rate Range |
Standard CAN: 5 Kbps – 1 Mbps; FDCAN: up to 5 Mbps |
| Communication Mode |
USB‑CAN / USB‑TTL dual mode |
| Buffer Memory |
64 KB |
| Isolation Protection |
CAN isolation and ESD protection |
| Power Supply |
5 V via USB |
| SDK / API |
Supported |
| Software |
DMTools |
| Application |
MIT motor debugging, T‑Driver communication, industrial control systems |
Package Contents
- 1 × USB‑to‑FDCAN Module
- 1 × Type‑C Data Cable (A‑to‑C 2.0)
- 1 × GH1.25‑3Pin Cable (300 mm)
- 1 × GH1.25‑2Pin Cable (300 mm)
Interface Description
-
Type‑C Port: Power input and PC connection
-
UART Port (GH1.25‑3Pin): For connecting serial devices
-
CAN Port (GH1.25‑2Pin): For connecting CAN network devices
-
120 Ω Termination Switch: Built‑in resistor, default OFF (switch ON = enabled)
Applications
- MIT motor and T‑Driver FDCAN communication
- Industrial automation and robot control systems
- FDCAN protocol analysis and testing
- Research, teaching, and system development
