TX1000 – High-speed calibration device
The TX1000 is a high-speed calibration device that connects to a PC via an RJ45 Ethernet interface. Featuring a driverless design for Windows systems, it offers excellent system compatibility. When used with the powerful TSMaster software, TX1000 supports connections to ARM and AURIX series MCUs. The supported debugging protocol is DAP.
- ARM64 Linux: tsdev
- HarmonyOS: tsdev
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TX1000 Functions and parameters
TX1000 supports operations such as modifying the ECU program counter (PC) for jump control, program halt, and resume.
Through the debug interface, it enables high-speed memory access to ARM/AURIX-based ECUs without affecting the normal execution of ECU code. In addition, TX1000 can also be used for ECU calibration based on the XCP protocol.
- CAN FD monitoring software TSMaster
- Cross-platform secondary development library
I/O
- Pin 1 DO 1
- Pin 2 AI/AO 1
- Pin 3 DI 1
- Pin 4 AI/AO 2
- Pin 5 GND
- Pin 6 AI/AO 3
- Pin 7 DI 2
- Pin 8 AI/AO 4
- Pin 9 DI 3
- Pin 10 AI/AO 5
- Pin 11 DI 4
- Pin 12 AI/AO 6
- Pin 13 GND
- Pin 14 GND
- Pin 15 DO 2
- Pin 16 GND
- Pin 17 DO 3
- Pin 18 VCC_5V
- Pin 19 DO 4
- Pin 20 VCC_5V
CAN FD 1/3
- Pin 2 CAN FD 1_Low
- Pin 3 CAN FD_GND
- Pin 4 CAN FD 2_Low
- Pin 5 Shield
- Pin 7 CAN FD 1_High
- Pin 8 CAN FD 2_High
Typical applications
- ECU calibration and parameter tuning
- Embedded software debugging
- Memory access and data analysis
Specification
| PC Interface | USB 2.0, RJ45 Ethernet |
|---|---|
| Timestamp Precision | Microsecond-level high-precision timestamps |
| Drivers | Cross-platform, driver-free design |
| Connector | Standard D-Sub, 9-pin |
| License | Supports all TSMaster paid licenses |
| Relay Type | Magnetic latching relay |
| Power supply | USB-powered, external DC power (9 to 36 V) |
| Power Consumption | 4 W |
| ESD Protection | ±4 kV contact discharge, ±8 kV air charge |
| Enclosure Material | Metal |
| Dimensions | Approx. 178 x 113 x 38 mm |
| Weight | Approx. 420 g (net)/775 g (gross) |
| Operating temperature | -40°C ~ 80°C |
| Operating Humidity | 10% ~ 90% RH (no condensing) |
During operation, make sure to correctly connect the power lines and avoid frequent plugging and unplugging.
