Showing results: 1096 - 1110 of 1521 items found.
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40-529B-001-HI -
Pickering Interfaces Ltd.
The 40-529B-001-HI is a 128 crosspoint PXI matrix with single pole switching and includes hardware intrlock. The matrix is configured as 16x8 using electro-mechanical relays with 2 A current handling.
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40-529B-001 -
Pickering Interfaces Ltd.
The 40-529B-001 is a 128 crosspoint PXI matrix with single pole switching. The matrix is configured as 16x8 using electro-mechanical relays with 2 A current handling.
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40-588-222 -
Pickering Interfaces Ltd.
The 40-588-222 is a high density 32x8 2-pole PXI matrix module capable of switching up to 2 A at 220 VDC/250 VAC. The module is in 2-slot format and is constructed using quality electromechanical relays for high switching confidence. A smaller 16x8 2-pole version is also available. The matrix has been optimized for applications that require high signal bandwidth. With careful matrix design and the use of isolation switching, the 40-588 has a bandwidth in the range of 35 MHz to 70 MHz depending upon path selected.
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42-588-212 -
Pickering Interfaces Ltd.
The 40/42-588-212 is a high density 16x8 2-pole PXI matrix module capable of switching up to 2 A at 220 VDC/250 VAC. The module is in 2-slot format and is constructed using quality electromechanical relays for high switching confidence. A larger 32x8 2-pole version is also available.
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42-584A-001 -
Pickering Interfaces Ltd.
Our model 40-584A, along with the following models 40-585A, 40-586B and 40-587A are high-density single pole PXI matrices each supporting 256 crosspoints. All models use gold-plated contact electromechanical relays. This module is also available in PXIe format (42-584A-001).
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40-584A-001 -
Pickering Interfaces Ltd.
Our model 40-584A, along with the following models 40-585A, 40-586B and 40-587A are high-density single pole PXI matrices each supporting 256 crosspoints. All models use gold-plated contact electromechanical relays. This module is also available in PXIe format (42-584A-001).
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M9164A -
Keysight Technologies
M9164A 2X16 PXIe switch matrix, 300 KHz to 6.5 GHz is a full cross-bar switch matrix that provides a switch based multiport VNA solution.
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M9165C -
Keysight Technologies
M9165C 2X8 PXIe switch matrix, 300 KHz to 18 GHz is a full cross-bar switch matrix that provides a switch based multiport VNA solution.
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34933A -
Keysight Technologies
The Keysight 34933A module for the 34980A Multifunction Switch/Measure Unit gives you the most flexible connection path between your device under test and your test equipment, allowing different instruments to be connected to multiple points on your device under test at the same time. Dual 4x8, 8x8, or 4x16 2-wire configurations 64 2-wire or 128 1-wire cross-points High-speed reed relays Connections to the internal DMM Expandable via four 2-wire analog buses Relay counter ±150 V peak, .5 A switch, 1.5 A carry current
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780587-41 -
NI
PXIe, 300 MHz, 8x12 PXI RF Matrix Switch Module—The PXIe‑2541 is an RF signal switching matrix. With its non-blocking design, you can simultaneously connect any row or column within the switching matrix and maximize the flexibility of your test system. Isolation relays on the module disconnect unused parts of the switching matrix to maintain RF performance and high isolation. The density and bandwidth of the PXIe‑2541 is ideal for routing signals between digitizers, function generators, and other RF generators and analyzers. For higher channel count applications, you can connect multiple PXIe‑2541 modules together to create switching matrices of 8x24, 8x36, and larger.
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778572-33 -
NI
256-Crosspoint, 1-Wire PXI Matrix Switch Module—The PXI‑2533 is a high-density 4x64 PXI matrix switch module built to serve high‑channel‑count automated test systems. Featuring solid-state relays (SSRs), the PXI‑2533 offers unlimited mechanical lifetime and the ability to route 55 W simultaneously on all channels. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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778572-34 -
NI
256-Crosspoint, 1-Wire PXI Matrix Switch Module—The PXI‑2534 is a high-density 8x32 PXI matrix switch module built to serve high‑channel‑count automated test systems. Featuring solid-state relays (SSRs), the PXI‑2534 offers unlimited mechanical lifetime and the ability to route 55 W simultaneously on all channels. It also features onboard relay counting for relay monitoring and deterministic operation with hardware triggers to improve test throughput.
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60-510-002 -
Pickering Interfaces Ltd.
The 60-510 is a high density 1-pole matrix module controlled via LXI. It has excellent thermal stability and substantially reduced thermal EMF figures when compared to a conventional switching matrix. Typical applications include signal routing in ATE, selecting thermocouple inputs, switching amplifier gain circuits and high accuracy DC micro-volt measurements. Ruthenium reed switches are used because of their good low level switching capability. They also have a very long life with excellent contact resistance stability, minimal wetting current and low thermal offset.
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781420-14 -
NI
8x9, 1 A, 2-Wire Reed Matrix Module for SwitchBlock - The SWB‑2814 is a reed relay matrix module for SwitchBlock systems. Designed for high power, it can operate as an individual relay card or expand in a single carrier or single PXI chassis. You can connect any input to any output, individually or in combination. You can use matrix switches to route signals from oscilloscopes, DMMs, arbitrary waveform generators, and power supplies to various test points on a unit under test (UUT). The primary benefit of matrix switches is simplified wiring—the overall test system can easily and dynamically change the internal connection path without any external manual intervention.
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781421-14 -
NI
8x9, 1 A, 2-Wire Reed Matrix Module for SwitchBlock - The SWB‑2814 is a reed relay matrix module for SwitchBlock systems. Designed for high power, it can operate as an individual relay card or expand in a single carrier or single PXI chassis. You can connect any input to any output, individually or in combination. You can use matrix switches to route signals from oscilloscopes, DMMs, arbitrary waveform generators, and power supplies to various test points on a unit under test (UUT). The primary benefit of matrix switches is simplified wiring—the overall test system can easily and dynamically change the internal connection path without any external manual intervention.