Solutions · Sensors and test systems
Sensor validation and characterization
Acquire sensor readings under defined conditions, for example on a turn-and-tilt table. Build the data set needed to evaluate pre-production samples and derive sensor data sheet specifications.
- Defined stimuli and data acquisition
- Compact Simulyzer-RT setup on the rotating axis
- An API for custom evaluation applications
Challenge and solution
Sensor validation and characterization in practice
Defined stimuli
Turn-and-tilt tables expose sensors to defined positions and motion conditions. Simulyzers acquire the corresponding readings for subsequent evaluation.
Evaluate pre-production samples
Measurement series allow the spread of readings and accuracy to be evaluated. These analyses support the specifications in the sensor data sheet.
Compact installation on the rotating axis
A compact Simulyzer-RT setup places the measurement electronics on the rotating axis. Only power and network data have to pass through slip rings.
Mechanics and data acquisition
Acquire data on the moving assembly
With the measurement electronics on the rotating axis, individual sensor lines do not need to pass through slip rings. The compact Simulyzer-RT solution acquires the data directly on the axis.
- Acquire measurements under defined stimuli
- Evaluate the spread and accuracy of pre-production samples
- Route power and network data through slip rings
Software and integration
Integrate into your application
Application software
An API library for your application. For this solution, the measurement and evaluation software is typically developed by the user.
API and programming languages
ANSI C/C++, .NET (for example C#) and LabVIEW. Adaptations for MATLAB and Python are possible.
Supported sensor interfaces depend on the measurement setup and selected hardware.
Products and development
Building blocks for your solution
The specific selection depends on interfaces, channel count and test requirements.
What would you like to test or develop?
Tell us about your sensors, interfaces and intended test sequence. Together, we can identify the hardware and software suited to your application.
