PXI Multiplexer Switch Module
PXI Multiplexer Switch Modules are ideal for high-channel-count applications that need to connect measurement or signal generation instruments to various test points on devices or units under test(DUTs or UUTs). PXI Multiplexer Switch Modules use a variety of relay types, including electromechanical armature relays, reed relays, field-effect transistor(FET) relays, and solid-state relays, each with their own benefits, allowing you to choose a multiplexer that fits your requirements. To program the switches, you can use the IVI-compliant NI-SWITCH driver software, complete with help documentation, example programs, and a soft front panel application for interactive control of switches. For intelligent management of complex switch systems, NISwitch Executive provides additional software tools to help you design, build, and deploy your switching system.
- Switches
- PXI Multiplexer Switch Module
- PXI Matrix Switch Module
- PXI Relay Module
- PXI RF Matrix Switch Module
- PXI RF Multiplexer Switch Module
- PXI RF Relay Module
- PXI Relay Driver Module
- PXI Signal Insertion Switch Module
- PXI Transfer Switch Module
- PXI Programmable Resistor Module
- Matrix Module For SwitchBlock
- PXI Carrier Module For SwitchBlock
- PXI Optical Switch
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product
PXI-2584 , 12-Channel, 600 V, 1-Wire PXI Multiplexer Switch Module
778572-84
778572-84 - NI
12-Channel, 600 V, 1-Wire PXI Multiplexer Switch Module —The PXI‑2584 is a high‐voltage PXI multiplexer switch module that is ideal for fuel cell and battery stack applications. The reed relays in the PXI‑2584 ensure longer lifetimes and faster actuation times for test equipment. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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product
PXI-2576, 64‐Channel, 2-Wire, Multibank PXI Multiplexer Switch Module
778572-76
778572-76 - NI
64‐Channel, 2-Wire, Multibank PXI Multiplexer Switch Module —The PXI‑2576 is a multibank PXI multiplexer switch module with 16 banks of 4x1 2‑wire multiplexers. With the flexible architecture of the PXI‐2576, you can configure it in a variety of topologies that make it suitable for parallel measurement operations requiring low‐channel counts, or you can combine all multiplexer banks to form a single high‐channel‐count multiplexer featuring 64 2‑wire channels. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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product
PXI-2575, 196‐Channel, 1-Wire PXI Multiplexer Switch Module
778572-75
778572-75 - NI
196‐Channel, 1-Wire PXI Multiplexer Switch Module —The PXI‑2575 is a high‐density PXI multiplexer switch module that is ideal for high‑channel‑count automated test applications. It uses electromechanical relays and can route hundreds of signals to measurement devices or from source units. The PXI‑2575 also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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product
PXI-2530B, 128-Channel, 1-, 2-, or 4-Wire PXI Multiplexer Switch Module
778572-30
778572-30 - NI
128-Channel, 1-, 2-, or 4-Wire PXI Multiplexer Switch Module—The PXI‑2530B is a high-density, multiconfiguration reed-relay switch. With four multiplexer and three matrix configurations, the PXI‑2530B is an excellent solution for complex or high‑channel‑count systems. Multiplexer configurations include 128x1 (1‑wire), 64x1 (2‑wire), 32x1 (4‑wire), or eight banks of 16x1 (1‑wire). Matrix configurations include 4x32 (1‑wire), 8x16 (1‑wire), or 4x16 (2‑wire). You can implement these configurations by selecting the appropriate terminal block.
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product
PXI-2527, 32‐Channel, 300 V, 2‐Wire PXI Multiplexer Switch Module
778572-27
778572-27 - NI
32‐Channel, 300 V, 2‐Wire PXI Multiplexer Switch Module—The PXI‑2527 is a high‐voltage PXI multiplexer switch module that is ideal for medium‐ to high‐density automated test applications. Featuring high-power electromechanical relays, the PXI‑2527 is the perfect front end for the PXI DMM modules, offering simple channel expansion for a variety of measurements. The PXI‑2527 supports multiple channel configurations including 64x1 1‑wire, 32x1 2‑wire, and 16x1 4‑wire. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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product
PXI-2503 , 48‐Channel, 1-, 2-, or 4-Wire, Electromechanical PXI Multiplexer Switch Module
777697-01
777697-01 - NI
48‐Channel, 1-, 2-, or 4-Wire, Electromechanical PXI Multiplexer Switch Module—The PXI‑2503 is a PXI switch module that you can configure as a multiplexer or matrix switch by using different terminal block accessories. It uses electromechanical relays with low thermal offset for accurate measurements and offers a 1,024‐step scan list for deterministic scanning.
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product
PXIe-2575, 196‐Channel, 1-Wire PXI Multiplexer Switch Module
780587-75
780587-75 - NI
196‐Channel, 1-Wire PXI Multiplexer Switch Module —The PXIe‑2575 is a high‐density PXI multiplexer switch module that is ideal for high‑channel‑count automated test applications. It uses electromechanical relays and can route hundreds of signals to measurement devices or from source units. The PXIe‑2575 also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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product
PXIe-2527, 32‐Channel, 300 V, 2‐Wire PXI Multiplexer Switch Module
780587-27
780587-27 - NI
32‐Channel, 300 V, 2‐Wire PXI Multiplexer Switch Module—The PXIe‑2527 is a high‐voltage PXI multiplexer switch module that is ideal for medium‑ to high‑density automated test applications. Featuring high-power electromechanical relays, the PXIe‑2527 is the perfect front end for the PXI DMM modules, offering simple channel expansion for a variety of measurements. The PXIe‑2527 supports multiple channel configurations including 64x1 1‑wire, 32x1 2‑wire, and 16x1 4‑wire. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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product
PXIe-2526 , 158‐Channel, 2 A PXI Multiplexer Switch Module
780587-26
780587-26 - NI
158‐Channel, 2 A PXI Multiplexer Switch Module—The PXIe‑2526 is a high‐density PXI multiplexer switch module that is ideal for routing signals within automated test systems. It uses electromechanical relays to perform immediate switch operations in either a 158x1 1‑wire or 79x1 2‑wire multiplexer topology. The PXIe‑2526 also features onboard relay counting for relay monitoring.
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PXIe-2525, 64‐Channel, 2 A, Multibank, 2‐Wire PXI Multiplexer Switch Module
780587-25
780587-25 - NI
64‐Channel, 2 A, Multibank, 2‐Wire PXI Multiplexer Switch Module —The PXIe‑2525 is a high‐density PXI multiplexer switch module that is ideal for routing signals within automated test systems. It uses electromechanical relays to perform immediate switch operations in one of the following 2‑wire multiplexer configurations: 16 bank 4x1, octal 8x1, quad 16x1, dual 32x1, and 64x1. The PXIe‑2525 also features onboard relay counting for relay monitoring.
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PXIe-2524 , 128‐Channel, 2 A, Multibank, 1‐Wire PXI Multiplexer Switch Module
780587-24
780587-24 - NI
128‐Channel, 2 A, Multibank, 1‐Wire PXI Multiplexer Switch Module —The PXIe‑2524 is a high‐density PXI multiplexer switch module that is ideal for routing signals within automated test systems. It uses electromechanical relays to perform immediate switch operations in one of the following 1‑wire multiplexer configurations: 16 bank 8x1, octal 16x1, quad 32x1, dual 64x1, and 128x1. The PXIe‑2524 also features onboard relay counting for relay monitoring.
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product
PXI-2585, 10‐Channel, 12 A, 1-Wire PXI Multiplexer Switch Module
778572-85
778572-85 - NI
10‐Channel, 12 A, 1-Wire PXI Multiplexer Switch Module —The PXI‑2585 is a high‐power PXI multiplexer switch module that is ideal for switching power signals and loads in control applications and battery, power supply, and automotive testing. It is configured as a 10x1 multiplexer with both low contact resistance and high isolation voltage. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.