TC1034 – 2 CAN FD / FlexRay to USB interface
TC1034 is a device with a 2 channel FlexRay and 2 channel CAN FD bus to USB interface. It easily handles tasks such as FlexRay network development, simulation, and testing.
- ARM64 Linux: tsdev
- HarmonyOS: tsdev
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TC1034 Functions and parameters
TC1034 is operated through TSMaster software, allowing multiple TC1034 devices to be used in parallel or to work together with other FlexRay products from the same company. When used with CAN, LIN, or automotive Ethernet interface tools from the same manufacturer, the TC1034 enables a single PC to perform high-performance multi-bus analysis and simulation. It is suitable for use by developers, testers, ECU production lines, and test engineers.
- Automotive-grade design, supporting dbc, a2l, blf, asc, and arxml files
- Supports blf and asc format data logging and offline/online playback
- Supports UDS diagnostics and CCP/XCP calibration
- Supports UDS-based Flash Bootloader
- Equipped with an auxiliary communication controller, requiring no additional nodes during cold start
- Perfectly adapted for FlexRay, CAN/CAN FD bus applications based on TSMaster
- Provides secondary development interfaces for Windows and Linux systems
Primary functions of FlexRay
- The communication controller buffer can be flexibly configured
- Can detect empty frames
- Supports composite communication modes composed of multiple cycles (Cycle multiplexing)
- Supports frame payloads up to 254 bytes
- Supports PDUs (Protocol Data Units)
- Has startup monitoring function
- Supports FlexRay message logging and playback
- The two FlexRay channels can be used in parallel as two FlexRay nodes
Flexray 1/2
- PIN1 FlexRay1_B_BM
- PIN2 FlexRay 1_A_BM
- PIN3 Flexray_GND
- PIN4 FlexRay 2_A_BM
- PIN5 FlexRay2_B_BM
- PIN6 FlexRay 1_B_BP
- PIN7 FlexRay 1_A_BP
- PIN8 FlexRay 2_A_BP
- PIN9 FlexRay 2_B_BP
CAN FD 1/2
- PIN2 CANFD1 _ Low
- PIN3 CANFD _ GND
- PIN4 CANFD2 _ Low
- PIN5 CANFD _ Shield
- PIN7 CANFD1_High
- PIN8 CANFD2_High
Typical applications
- FlexRay Bus Flexible Analysis
- Precise Time Analysis of Bus Communication Data
- ECU Testing Analysis and Gateway Applications
Specification
| Channel | 2 x FlexRay / 2 x CAN FD |
|---|---|
| PC End | USB 2.0 interface |
| CAN/FlexRay End | DB9 interface |
| Driver | Driver-free design for Windows systems, with system compatibility |
| FlexRay | FlexRay channels (A and B) |
| Cold startup | Supportive |
| CAN | Supports CAN 2.0A, B protocols, compliant with ISO11898-1 standard, with baud rate 125Kbps-1Mbps |
| CAN FD | Supports CAN FD that complies with both ISO and non-ISO standards, with baud rates from 125Kbps to 8Mbps |
| Timestamp | 1μs hardware message timestamp |
| Isolation | CAN/FlexRay channel isolated at DC 2500V, with ESD protection of ±4KV (contact discharge) and ±8KV (air discharge) |
| CAN Terminal Resistor* | Built-in 120-ohm resistor configurable via software |
| FlexRay Terminal Resistor* | Built-in 100-ohm resistor configurable via software |
| * | Single channel at 1 Mbps with a 0-byte data field |
| Power Supply | USB powered |
| Casing Material | Metal |
| Operating Temperature | -40℃ to 80℃ |
| Operating Environment | 10% to 90% (non-condensing) |
| Operating Humidity | Keep away from corrosive gases |
| Buffer | Each channel supports a transmit buffer of up to 1000 CAN frames |
During operation, make sure to correctly connect the power lines and avoid frequent plugging and unplugging.