TSMaster Interferometer Functions
The TSMaster CAN Interference Meter module is used to simulate abnormal communication scenarios in CAN / CAN FD networks, helping R&D and testers to verify system reliability and interference immunity through accurate interference signal control and waveform analysis.
Interferometer Functional Highlights
- Support CAN frame Bit bit whole bit explicit interference, implicit interference
- Support for interfering with specific bit values of CAN/CAN FD messages
- Customized jamming sequences or message sequences
- Supports CAN interference counting
- Supports CAN bus bus-off behavior testing
- Supports sample point testing
Precise interference control
200MHz high-frequency clock with a minimum step size of 5ns allows precise control of interference timing and reproduction of real communication anomalies.
Interference Sequence Configuration
Free combination of explicit and implicit interference, support for multi-segment sequence customization, to meet the needs of a variety of test strategies.
Bus-off behavioral simulation
The number of consecutive interferences and the cycle interval can be set to verify the node error recovery and fault tolerance mechanism.
Sampling Point Testing
Quickly locate the deviation position of sampling points by interfering with the observation message error response to improve the reliability of network communication.
TSMaster Interferometer Main Interface
Includes four function keys: Select Device, CAN Configuration, Import and Save, which are convenient for quickly creating and managing test projects.
menu bar
Interference frame type, trigger position, interference mode (explicit/implicit) and timing length can be set to support the superposition of multiple interference sequences.
Interference Configuration Area
Used to control jamming start and stop, and real-time display of the status (Active / Idle / Triggered), supports cycle and repeat interval configuration.
interference control region
Set sampling point test conditions and accuracy, and view test results and waveform changes after startup for analyzing node sampling point differences.
Sample point test area
Co-star jammer functional hardware
