VTI introduces 100-V solid-state multiplexer

Oct. 12, 2015
2 min read

Irvine, CA. VTI Instruments has announced the release of its EX1200-3824, a high-speed solid-state multiplexer designed to provide flexible switching with eight banks of 1 x 24 one-wire multiplexers. This module is capable of accommodating over 3,000 one-wire switching channels in a 3U EX1208A mainframe. System integrators can also mix and match this module with other EX1200 plug-ins for even greater flexibility in switching and instrumentation subsystem design.

The solid-state design of the module delivers extremely fast switching speed and a near infinite life, making the EX1200-3824 suitable for test and automation applications in which relays are continuously switching.

With a 100-V input range, the module is suitable for applications such as automotive ECU testing in which signals capable of producing high-voltage transients are common. Since this module typically interfaces with data-acquisition instruments that are limited to 10-V input ranges, the EX1200-3824 offers the option of an on-board 10:1 attenuator to eliminate the need for external circuitry while ensuring maximum signal integrity.

The EX1200-3824 can be controlled programmatically using the supplied API, which is compliant to the industry-standard IVI Switch class definition. Both path level programming and individual relay control are available to simplify integration into test systems. On-board configuration relays are provided to connect the individual banks together, giving the system designer the flexibility to create test programs utilizing discrete 1 x 24s or configurations as large as 1 x 192 without external wiring.

Visit VTI for more.

About the Author

Rick Nelson

Rick Nelson

Contributing Editor

Rick is currently Contributing Technical Editor. He was Executive Editor for EE in 2011-2018. Previously he served on several publications, including EDN and Vision Systems Design, and has received awards for signed editorials from the American Society of Business Publication Editors. He began as a design engineer at General Electric and Litton Industries and earned a BSEE degree from Penn State.

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