Menu
Menu
Filter
Your Cart

Switches

NI Switches: Advanced Switching Solutions for Test and Measurement

NI Switches provide engineers, manufacturers, and researchers with high-performance solutions for automated signal routing, test sequencing, and system control. Designed for seamless integration into NI PXI and modular test systems, these switches enhance test efficiency by enabling flexible and reliable switching between multiple signals and test points.

With support for a wide range of configurations, including general-purpose, RF, and high-density matrix switches, NI offers scalable solutions tailored to diverse testing requirements. Whether used for electronic circuit validation, RF signal switching, or industrial automation, NI Switches deliver precision, reliability, and high-speed operation.

Key Benefits of NI Switches

  1. Fast and Reliable Signal Routing
    Ensures precise switching for automated test environments, reducing test time and improving efficiency.

  2. Seamless Integration with NI PXI and LabVIEW
    Works effortlessly with NI hardware and software for streamlined test execution and automation.

  3. High-Density and Scalable Configurations
    Supports modular expansion, allowing users to customize switching setups for specific test applications.

  4. Durable and Reliable for Long-Term Use
    Built to handle high-cycle switching operations, ensuring long-lasting performance in demanding conditions.

  5. Flexible Solutions for Various Applications
    Available in general-purpose, RF, microwave, and matrix switching configurations to support a range of industries.

Applications of NI Switches

  • Electronics and Semiconductor Testing – Managing signal routing for component validation, functional testing, and automated quality assurance
  • RF and Wireless Communications Testing – Handling high-frequency signals with low insertion loss for 5G, Wi-Fi, and RF device characterization
  • Automotive and Aerospace Engineering – Conducting automated switching for sensor testing, embedded system validation, and avionics testing
  • Industrial Process and Automation – Enabling automated test sequencing and measurement for production lines and control systems
  • Medical and Biomedical Device Testing – Supporting precise signal routing in diagnostic equipment, imaging devices, and medical instrumentation

Enhance Your Test Capabilities with NI Switches

NI Switches offer the speed, precision, and scalability required for modern automated test environments. Whether for electronic signal routing, RF switching, or large-scale industrial applications, these solutions ensure high-performance operation and seamless integration.

Contact us today to explore our selection of NI Switches and find the ideal solution for your test and measurement needs.

Bus Connector: PXI Hybrid.Number of Channels: 7.Relay Type: FET.Maximum Switching Voltage DC: 50 V.Maximum Switching Current DC: 10 A.Switch Bandwidth: 800 kHz...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Number of Channels: 7.Relay Type: FET.Maximum Switching Voltage DC: 28 V.Maximum Switching Current DC: 40 A.Switch Bandwidth: 800 kHz...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Number of Channels: 32.Relay Type: Reed.Maximum Switching Voltage DC: 30 V.Maximum Switching Current DC: 0.25 A.Switch Bandwidth: 50 MHz...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Relay Configuration: SPST (open).Number of Relays: 80.Maximum Switching Voltage DC: 150 V.Maximum Switching Current DC: 2 A.Switch Bandwidth: 35 MHz.Scan Rate: 145 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Relay Configuration: DPST.Number of Relays: 40.Maximum Switching Voltage DC: 150 V.Maximum Switching Current DC: 2 A.Switch Bandwidth: 25 MHz.Scan Rate: 145 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Relay Configuration: SPDT.Number of Relays: 53.Maximum Switching Voltage DC: 100 V.Maximum Switching Current DC: 2 A.Switch Bandwidth: 51 MHz.Scan Rate: 145 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Relay Configuration: DPDT.Number of Relays: 26.Maximum Switching Voltage DC: 100 V.Maximum Switching Current DC: 2 A.Switch Bandwidth: 36 MHz.Scan Rate: 145 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Mode (n-wire): 1-wire, 2-wire, 4-wire.Number of Banks: 1, 2, 4, 8.Number of Channels: 128, 16, 32, 64.Maximum Switching Voltage DC: 60 V.Maximum Switching Current DC: 0.4 A.Relay Type: Reed.Switch Bandwidth: 12 MHz.Scan Rate: 900 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Mode (n-wire): 1-wire.Crosspoints: 512.Number of Banks: 1, 2.Number of Rows: 4, 8.Number of Columns: 128, 32, 64.Maximum Switching Voltage DC: 60 V.Maximum Switching Current DC: 0.5 A.Relay Type: Reed.Switch Bandwidth: 20 MHz.Scan Rate: 2000 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Mode (n-wire): 1-wire, 2-wire.Crosspoints: 512.Number of Banks: 1, 16, 2, 4.Number of Rows: 16, 2, 4, 8.Number of Columns: 128, 16, 32, 64.Maximum Switching Voltage DC: 100 V.Maximum Switching Current DC: 0.5 A.Relay Type: Reed.Switch Bandwidth: 30 MHz.Scan Rate: 2000 cycle..
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Mode (n-wire): 1-wire.Crosspoints: 256.Number of Banks: 1.Number of Rows: 4.Number of Columns: 64.Maximum Switching Voltage DC: 55 V.Maximum Switching Current DC: 1 A.Relay Type: Solid State.Switch Bandwidth: 1.5 MHz.Scan Rate: 400 cycles/s...
$0.00
Ex Tax:$0.00
Bus Connector: PXI Hybrid.Mode (n-wire): 1-wire.Crosspoints: 256.Number of Banks: 1.Number of Rows: 8.Number of Columns: 32.Maximum Switching Voltage DC: 55 V.Maximum Switching Current DC: 1 A.Relay Type: Solid State.Switch Bandwidth: 2 MHz.Scan Rate: 400 cycles/s...
$0.00
Ex Tax:$0.00
Showing 1 to 12 of 78 (7 Pages)
Filter Products