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Signal Conditioning

Signal conditioning provides the excitation, scaling, and buffering needed for specific signal type or sensor. You can integrate signal conditioning hardware with PXI or CompactRIO systems to augment the capabilities of connected instruments to improve functional attributes.

13 Results

    Stand-Alone or Computer-Based Devices

    Stand-alone or computer-based devices either integrate with standard desktop and laptop computers or allow you to use them without the need for other modular hardware.

  • Helps you design and develop custom switch load signal conditioning (SLSC) modules and rear transition interfaces (RTIs).
  • Simulates resistance temperature detectors (RTDs) in a switch, load, and signal conditioning (SLSC) module.
  • Emulates linear variable differential transformers (LVDTs), rotary VDTs (RVDTs), and resolvers to help you measure linear and rotary displacements.
  • Provides signal conditioning and switching capabilities on each channel when connecting to test objects and loading to a test system in the Chassis for SLSC.
  • Provides access to switch load signal conditioning (SLSC) module functions to help you prototype module designs.
  • Provides support for switch load signal conditioning (SLSC) systems in hardware-in-the-loop (HIL) simulators.
  • Routes signals to simplify and accelerate the testing, diagnosis, and integration work in hardware-in-the-loop (HIL) applications.
  • Provides configurable analog signal conditioning in a switch load signal conditioning (SLSC) module.
  • Offers bidirectional digital input and output channels in a switch load signal conditioning (SLSC) module.
  • Simulates the behavior of an oxygen sensor in a switch, load, and signal conditioning (SLSC) module.
  • Houses switch load signal conditioning (SLSC) modules that provide switches, loads, and signal conditioning for PXI and CompactRIO hardware platforms.
  • Connects to the Routing Module for SLSC to simplify and accelerate the testing, diagnosis, and integration work in hardware-in-the-loop (HIL) applications.
  • Simulates open, short, and pin-to-pin faults in a switch, load, and signal conditioning (SLSC) module.