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Instruments, Volume 7, Issue 3

2023 September - 11 articles

Cover Story: Microwave transducers, commonly used in gas sensing and microfluidics, can be efficiently fabricated using inkjet printing technology due to its precise patterning capabilities. This study investigated the temperature-sensitive electrical properties of an inkjet-printed interdigitated capacitor (IDC) at temperatures as low as 20 K. The IDC reflection coefficient was measured with a vector network analyzer in a cryogenic setup and then converted to its admittance. The data showed that as the temperature decreased, the IDC resonant frequency shifted upward and its quality factor increased. These findings are crucial for improving the design and performance of inkjet-printed microwave transducers in critical environment and sensing applications. View this paper
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Instruments - ISSN 2410-390X
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