PXI Power Matrices use electromechanical relays.
Featuring maximum switching voltage of 110 Vdc or 250 Vac, 5 A Model 40-549 is available in variety of 32 and 64 crosspoint configurations with Y axis sizes of x4 and x8. Configured as 8 x 4 matrix that switches voltages up to 125 Vdc and 250 Vac, 10 A Model 40-551 features optional loop through facility that simplifies user cabling when matrix size is expanded through use of additional modules....
Read More »PXI Matrix Module features two-pole architecture.
High-density 40-581 can be used in single slot of any PXI chassis and is fully supported by LXI Modular Switching Chassis. Each switching module supports matrix with up to 264 crosspoint switches, organized as 33x8 matrix, and can switch signals up to 150 V, 1 A and 60 W. Constructed using leaded, electro-mechanical relays, each module can be purchased as partially loaded version and comes...
Read More »Non-Blocking Matrix mounts in 19 in. equipment rack.
Model 13853, 16 x 16 L Band Matrix connects up to 16 LNBs to up to 16 satellite receivers, in any combination, through rear panel F type connectors while supplying DC feed to amplifiers. Non-blocking feature allows multiple receivers to connect to one LNB; system can also combine multiple inputs into one output. Features include chassis slides, 950-1,750 MHz, unity gain, crosspoint verification,...
Read More »PXI Switching Card suits general-purpose applications.
PXI general purpose, low-level switching card model GX6325 has 75 Form-C relays (SPDT) capable of switching 2A @ 220 Vdc/250 Vac. Connections to 6U PXI card are made via 3 DB-78 high-density connectors. It is suitable for all test applications requiring low-level switching.
Read More »Makers Nutrition: Choosing the Optimal Supplement Manufacturer
This white paper provides and overview into choosing the optimal supplement manufacturer. Establishing your nutraceuticals company is a multi-faceted project.
Read More »Ensure Your Medical Device Meets Regulatory Standards with Triad's Custom Magnetics
Triad Magnetics' custom components for medical devices are designed and manufactured with the strictest regulatory standards in mind. Our capabilities include rapid design, prototyping, and testing of inductors, transformers, and power supplies for medical equipment. Check out our video to learn more.
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