Product announcements, industry news, and updates from X-Microwave.
It is quite common for transceivers to operate with the RF receiver and transmitter working on different time slots. Typical applications are radars and transceivers in the field of communications.…
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News Highlights Ready-to-use solution covering 24GHz – 44GHz, including 28/39 GHz 5G bands Featuring Analog Devices ADMV1013 and ADMV1014 Up/Downconverter Complete solution includes PLL/VCO, filters, hybrid coupler, and programming interface…
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The X-Microwave portfolio of Mini-Circuits products now includes over 800 Mini-Circuits models on over 1,000 X-MWblock drop-in modules. It more than doubles the number of offerings that were first available when the partnership between…
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F. Rodriguez-Morales, C. Carabajal, A. Paden and C. Leuschen, Center for Remote Sensing of Ice Sheets, University of Kansas; J. McDaniel, Advanced Radar Research Center, University of Oklahoma; and A.…
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Lee A Griffin – Georgia Institute of Technology, Atlanta, GA Robert R Benoit and Ronald G Polcawich – Sensors and Electron Devices Directorate, ARL The combination of piezoelectrics and microelectromechanical…
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IDT and X-Microwave Partner to Deliver Complete Modular RF Design Solutions for Easy Design, Simulation, and Prototyping Customers are able to design with more than 20 IDT RF products utilizing…
Read More →A wide diversity of Mini-Circuits components are available for prototyping with the X-Microwave solderless drop-in module approach. Full Article: Mini-Circuits, X-Microwave Partner to Speed Prototyping
Read More →Mini-Circuits Components Now Available in Modular Drop-In Format from X-Microwave 7 August 2017 – Round Rock, TX and Brooklyn, NY – Mini-Circuits and X-Microwave are pleased to announce their collaboration to…
Read More →We’ve expanded our collaboration with X-Microwave, the innovative developers of a modular/drop-in simulation, prototyping, and production system for solderless and reconfigurable RF/microwave circuits up to 67 GHz. The X-MWblockTM system…
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Hara Madhav Talasila – University of Kansas Defended January 20, 2017 Remote sensing with radar systems on airborne platforms is key for wide-area data collection to estimate the impact of ice…
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