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This paper introduces two emerging wearable technologies: Planar-Fabric Circuit Board (P-FCB) and Silicon-on-Clothes (SoC). P-FCB enables fabric itself to become a circuit board and it maximizes wearer's comfort and safety. Discrete components and dry fabric electrodes made out of P-FCB is discussed and their electrical characteristics are shown. SoC directly integrates silicon chip onto P-FCB to...
An attachable ECG sensor adhesive bandage is implemented for continuous ECG monitoring system by using Planar-Fashionable Circuit Board (P-FCB) technology. The sensor patch improves convenience at low cost: it is composed of dry electrodes and an inductor directly screen printed on fabric, and the sensor chip is also directly wire bonded on fabric. The sensor patch is wirelessly powered to remove...
A wearable electrocardiogram (ECG) acquisition system implemented with planar-fashionable circuit board (P-FCB)-based shirt is presented. The proposed system removes cumbersome wires from conventional Holter monitor system for convenience. Dry electrodes screen-printed directly on fabric enables long-term monitoring without skin irritation. The ECG monitoring shirt exploits a monitoring chip with...
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