Real-time monitoring of signals with high channel count
Our latest development is the second generation of the Signal SuperVision (SSV) system, based on NI Single-Board RIO (SSV sbRIO). While the first generation is based on NI FlexRIO and PXI systems, SSV sbRIO is more compact, communicates over Ethernet, and offers the same monitoring capabilities. It is used for electrical and performance testing.
Technical Description
Each card features independent and combinable triggers per channel. Each channel can define up to ten monitoring windows with up to six real-time tests. Each function also stores the number of detected errors until the next query. In the event of an error, a screenshot of all signals around the error location (pre- and post-samples) is temporarily stored until retrieval.
A user-friendly editor allows for easy editing and testing of channel, trigger, and analysis settings. It also serves as a manual testing interface if needed. Through programming interfaces in LabVIEW, ActiveX, and Microsoft .NET, the system can be seamlessly integrated into almost any application (e.g., NI TestStand, NI LabVIEW, Agilent TestExec SL, VBScript).
Real-time monitoring of signals with high channel count
Our latest development is the second generation of the Signal SuperVision (SSV) system, based on NI Single-Board RIO (SSV sbRIO). While the first generation is based on NI FlexRIO and PXI systems, SSV sbRIO is more compact, communicates over Ethernet, and offers the same monitoring capabilities. It is used for electrical and performance testing.
Technical Description
Each card features independent and combinable triggers per channel. Each channel can define up to ten monitoring windows with up to six real-time tests. Each function also stores the number of detected errors until the next query. In the event of an error, a screenshot of all signals around the error location (pre- and post-samples) is temporarily stored until retrieval.
A user-friendly editor allows for easy editing and testing of channel, trigger, and analysis settings. It also serves as a manual testing interface if needed. Through programming interfaces in LabVIEW, ActiveX, and Microsoft .NET, the system can be seamlessly integrated into almost any application (e.g., NI TestStand, NI LabVIEW, Agilent TestExec SL, VBScript).
Technical Specifications
Galvanic Isolation of the inputs
Signal Level up to ±100 V
Resolution: 14 Bit
Number of Analog Measurement Channels: 16 differential and 112 single-ended channels
Sampling Rate: 125 kS/s (configurable up to 1MS/s with reduced channel count)
Test Functions: Average, Upper Limit, Lower Limit, Duty Cycle, Edge Counter, Area Check
Trigger Sources: Channel / Reference / Timer
Waveform Memory: 1.5 seconds
Application Areas
Monitoring the effects of EMI pulses on control devices
Simultaneous measurement of all signals from control devices in production lines
Due to the high number of channels, real-time processing, and flexible integration, the Signal Supervision Module is a powerful solution for demanding signal analysis and monitoring.
Technical Specifications
Galvanic Isolation of the inputs
Signal Level up to ±100 V
Resolution: 14 Bit
Number of Analog Measurement Channels: 16 differential and 112 single-ended channels
Sampling Rate: 125 kS/s (configurable up to 1MS/s with reduced channel count)
Test Functions: Average, Upper Limit, Lower Limit, Duty Cycle, Edge Counter, Area Check
Trigger Sources: Channel / Reference / Timer
Waveform Memory: 1.5 seconds
Application Areas
Monitoring the effects of EMI pulses on control devices
Simultaneous measurement of all signals from control devices in production lines
Due to the high number of channels, real-time processing, and flexible integration, the Signal Supervision Module is a powerful solution for demanding signal analysis and monitoring.
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