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This paper presents a reflection-type 90 GHz substrate integrated cavity resonator sensor realized in LTCC technology for lab-on-chip microfluidic applications. A linear relationship between the resonance frequency of the sensor and the permittivity of the material under test was observed from measurements on low-loss materials. Calibration curves are also obtained for water-isopropanol mixtures which...
This paper presents a 60 GHz liquid sensing cavity resonator realized in LTCC technology for liquid sensing applications, such as in lab-on-chip microfluidics. The LTCC cavity senses the liquid through means of an opening in the cavity's bottom metal layer. Different liquids underneath the cavity result in different resonant frequencies and coupling levels of the cavity. Measurements were performed...
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