Your measurement instrument. Fully integrated.
A VNA is one part of a complete test system. Truesig connects the instrument to the fixture, switching, motion, and operator workflow around it. Start with an existing instrument or define a new configuration around your measurement requirements.
Configuration specifications
| Parameter | Configuration |
|---|---|
| Primary instrument | Customer-selected vector network analyzer; model compatibility reviewed during scoping |
| Frequency range | Defined by the selected VNA, cables, probes, and fixture |
| Port configuration | Matched to instrument ports, switching topology, and device access |
| Measurement workflow | S-parameter acquisition and instrument-supported analysis, scoped to application |
| Device interface | Application-specific fixtures, probes, or connector interfaces |
| Instrument communication | Selected for the instrument’s available remote-control interface |
| Board handling | Manual loading or integration with an automated handling system |
| Results and records | Output formats and identification requirements defined with the customer |
| Calibration approach | Defined for the selected instrument, measurement reference plane, and fixture |
| System acceptance | Agreed measurement and workflow acceptance criteria |
What we define together
- Instrument model, available options, measurement range, and number of ports.
- Device access, connector or probe interface, and fixture requirements.
- Test sequence, limits, operator interaction, and data handoff.
- Calibration, correlation, and the acceptance procedure for your system.
Best fit
Engineering teams connecting a standalone measurement instrument to a repeatable laboratory or production workflow.
Project inputs
Share your instrument model, board or DUT information, measurement requirements, and expected test sequence. Final specifications are established in the project quotation.
