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Electronic Test and Instrumentation

NI Electronic Test and Instrumentation: High-Precision Solutions for Automated Testing

NI Electronic Test and Instrumentation systems provide engineers, manufacturers, and researchers with advanced solutions for high-precision measurements, automated testing, and real-time monitoring. Designed to integrate seamlessly with NI hardware and software, these systems ensure reliable performance across various industries, from electronics manufacturing to aerospace engineering.

With support for NI PXI, CompactDAQ, and CompactRIO platforms, NI test and instrumentation solutions offer flexible, modular, and scalable setups tailored to specific testing needs. Whether for semiconductor validation, RF testing, or industrial automation, these systems enhance efficiency, accuracy, and productivity.

Key Benefits of NI Electronic Test and Instrumentation

  1. High-Accuracy Measurements for Test and Validation
    Ensures precise data acquisition for electronic components, circuits, and industrial systems.

  2. Seamless Integration with NI Hardware and Software
    Works efficiently with NI PXI, CompactDAQ, and LabVIEW for a unified testing environment.

  3. Real-Time Data Processing and Automation
    Enables continuous monitoring, automated diagnostics, and adaptive test execution.

  4. Scalable and Modular Test Systems
    Allows customization and expansion based on specific application needs, ensuring long-term flexibility.

  5. Reliable and Robust for Industrial and Scientific Applications
    Designed for high-performance operation in demanding environments, ensuring long-lasting accuracy.

Applications of NI Electronic Test and Instrumentation

  • Semiconductor and Electronics Testing – Ensuring component reliability, functional validation, and automated quality control
  • RF and Wireless Communications Testing – Verifying performance of radio frequency devices, signal generators, and communication protocols
  • Automotive and Aerospace Engineering – Conducting advanced testing for embedded control systems, power electronics, and safety mechanisms
  • Medical and Biomedical Device Validation – Measuring and verifying performance for medical instruments, imaging devices, and laboratory equipment
  • Energy and Power Systems Monitoring – Capturing data from smart grids, renewable energy technologies, and power distribution networks

Enhance Your Testing Capabilities with NI Electronic Test and Instrumentation

NI Electronic Test and Instrumentation solutions provide the precision, efficiency, and scalability needed for modern test applications. Whether for research, industrial automation, or large-scale production testing, these systems ensure superior performance and seamless integration.

Contact us today to explore our selection of NI Electronic Test and Instrumentation products and find the ideal solution for your measurement and automation needs.

Price: $50
Number of Analog Input Channels: 2.Analog Input Sampling Rate: 100 MS/s.Number of Analog Output Channels: 2.Maximum Analog Output Update Rate: 100 MS/s.IF Transceiver Maximum Bandwidth: —.Input Coupling: DC.Available Filters: Elliptic.Compatible FPGA: Virtex-5...
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Number of Analog Input Channels: 2.Analog Input Sampling Rate: 250 MS/s.Number of Analog Output Channels: 2.Maximum Analog Output Update Rate: 500 MS/s.IF Transceiver Maximum Bandwidth: 330 MHz.Input Coupling: DC.Available Filters: —.Compatible FPGA: Kintex-7, Virtex-5...
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Number of Analog Input Channels: 4.Analog Input Sampling Rate: 100 MS/s.Number of Analog Output Channels: 4.Maximum Analog Output Update Rate: 400 MS/s.IF Transceiver Maximum Bandwidth: 175 MHz.Input Coupling: DC.Available Filters: Butterworth.Compatible FPGA: Kintex-7...
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RF Analyzer Instantaneous Bandwidth: 100 MHz.RF Generator Instantaneous Bandwidth: 100 MHz.Maximum Output Power: 8 dBm.Input Noise Density: -148 dBm/Hz.Maximum Input Power: 20 dBm.RF Generator Frequency Range: 200 MHz to 4.4 GHz...
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Price: $50
RF Analyzer Instantaneous Bandwidth: 200 MHz.RF Generator Instantaneous Bandwidth: —.Maximum Output Power: —.Input Noise Density: -151 dBm/Hz.Maximum Input Power: 20 dBm.RF Generator Frequency Range: 200 MHz to 4.4 GHz...
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RF Analyzer Instantaneous Bandwidth: —.RF Generator Instantaneous Bandwidth: 200 MHz.Maximum Output Power: 8 dBm.Input Noise Density: .Maximum Input Power: —.RF Generator Frequency Range: 200 MHz to 4.4 GHz...
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Number of Bidirectional Digital Channels: 54.Logic Levels And Range: 1.8V, 2.5V, 3.3V.Signaling Type: Single-ended.Maximum Clock Rate: 100 MHz.Maximum Data Rate: 100 Mbits/s.Digital I/O Termination: 50 Ohm.Compatible FPGA: Virtex-5.Duplex: —...
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Price: $50
Number of Bidirectional Digital Channels: 54.Logic Levels And Range: 1.8V, 2.5V, 3.3V.Signaling Type: Single-ended.Maximum Clock Rate: 100 MHz.Maximum Data Rate: 100 Mbits/s.Digital I/O Termination: 50 Ohm.Compatible FPGA: Kintex-7, Virtex-5.Duplex: —...
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Number of Bidirectional Digital Channels: 32.Logic Levels And Range: 1.2V - 3.3V, Programmable, mLVDS.Signaling Type: Differential, Single-ended.Maximum Clock Rate: 200 MHz.Maximum Data Rate: 300 Mbits/s.Digital I/O Termination: 50 Ohm.Compatible FPGA: Kintex-7, Virtex-5.Duplex: —...
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Price: $50
Number of Bidirectional Digital Channels: 16.Logic Levels And Range: RS-422/RS-485.Signaling Type: Differential.Maximum Clock Rate: 16 MHz.Maximum Data Rate: 16 Mbits/s.Digital I/O Termination: 100 Ohm.Compatible FPGA: Kintex-7, Virtex-5.Duplex: Half Duplex...
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Number of Bidirectional Digital Channels: 32.Logic Levels And Range: LVDS.Signaling Type: Differential.Maximum Clock Rate: 200 MHz.Maximum Data Rate: 300 Mbits/s.Digital I/O Termination: 100 Ohm.Compatible FPGA: Virtex-5.Duplex: —...
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Price: $50
Number of Bidirectional Digital Channels: 32.Logic Levels And Range: LVDS.Signaling Type: Differential.Maximum Clock Rate: 200 MHz.Maximum Data Rate: 300 Mbits/s.Digital I/O Termination: 100 Ohm.Compatible FPGA: Kintex-7, Virtex-5.Duplex: —...
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