Mini-Circuits Innovations in LTCC Passive Components

Mini-Circuits Innovations in LTCC Passive Components

Mini-Circuits Innovations in LTCC Passive Components PROPRIETARY TECHNOLOGIES, LTCC Filter Innovations, The Industry's Widest Selection Mini-Circuits doesn't just offer the industry's widest selection of LTCC filters. Their LTCC design team is at the forefront of the field, combining novel material systems and circuit topologies with proprietary material modelling and simulation techniques to realize truly novel...
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NYU Researchers Use Mini-Circuits' Dual-Band Channel Sounder Module for FR1 & FR3 Band Modellingnd Temperature-Compensated Gain

NYU Researchers Use Mini-Circuits’ Dual-Band Channel Sounder Module for FR1 & FR3 Band Modellingnd Temperature-Compensated Gain

NYU Researchers Use Mini-Circuits' Dual-Band Channel Sounder Module for FR1 & FR3 Band Modelling A wireless engineering research team from New York University (NYU) WIRELESS has collaborated with Mini-Circuits to utilize its channel sounder equipment to conduct and develop penetration loss channel modeling for the 5G FR1 (C) (6.75 GHz) and FR3 (16.95 GHz) frequency bands. The team developed models using different manmade materials available...
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Phase-Matched Cable Assemblies

Phase-Matched Cable Assemblies

Phase-Matched Cable Assemblies Phase-matched cable assemblies are ubiquitous, and modern-day phase matching requirements serve to drive their growing popularity. As electrical length matching requirements have tightened to less than one or two degrees, the mechanical precision with which various styles of cable are constructed has improved to keep pace. Additionally, dielectrics more exotic than tried-and-true...
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086-12KM+ RF Cable Assembly by Mini Circuit

086-12KM+ RF Cable Assembly by Mini Circuit

086-12KM+ RF Cable Assembly by Mini Circuit The 086 Series of Hand-Flex Coaxial Cables from Mini-Circuits operate from DC to 40 GHz. These cables are ideal for interconnection of coaxial components or sub-systems. The cables have an insertion loss of under 2 dB and return loss of 22 dB at 40 GHz. They can handle up to...
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