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Wireless biosensor applications require RF electronics to operate in immediate proximity of the body. This work investigates the effect of human body on RF circuits by simulations and measurements. Design methodology and initial design guidelines for body-worn discrete RF electronics are presented. The test structures are manufactured using printed electronics technology well suited for thin, flexible...
Printed electronics manufacturing technology is well suited for thin, flexible wireless sensor applications. This work summarizes a state-of-the-art design methodology for printed electronics including recent advances in wide-band electrical material characterization process, characterization-based RF design, optimized antenna design for inkjet printing, and an example of an inkjet-printed wireless...
Electrically conductive silver nanoparticle ink patterns were fabricated using the inkjet printing method. Two different polymer films were used as the substrate materials. The patterns were exposed to humidity and salt fog and the electrical performance (sheet resistance and RF performance) as well as mechanical endurance (adhesion) were measured before and after the environmental tests. The electrical...
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