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- 01H1XQZQSXT5E480C1H2NPQHFV classification P1.
- 01H1XQZQSXT5E480C1H2NPQHFV date "2023".
- 01H1XQZQSXT5E480C1H2NPQHFV language "eng".
- 01H1XQZQSXT5E480C1H2NPQHFV type conference.
- 01H1XQZQSXT5E480C1H2NPQHFV hasPart 01H1XR2SF984GNWFDPW2MRHJNG.pdf.
- 01H1XQZQSXT5E480C1H2NPQHFV subject "Technology and Engineering".
- 01H1XQZQSXT5E480C1H2NPQHFV doi "10.23919/eucap57121.2023.10133080".
- 01H1XQZQSXT5E480C1H2NPQHFV isbn "9781665475419".
- 01H1XQZQSXT5E480C1H2NPQHFV isbn "9788831299077".
- 01H1XQZQSXT5E480C1H2NPQHFV issn "2164-3342".
- 01H1XQZQSXT5E480C1H2NPQHFV presentedAt urn:uuid:d84f89a2-0bf2-4eee-8660-e4042f0fa4de.
- 01H1XQZQSXT5E480C1H2NPQHFV abstract "The wireless capsule endoscopy requires a high-resolution camera and compact wideband antenna systems that yield high performance at low manufacturing cost and allow easy integration of components into a capsule. Therefore, a novel ultra-miniaturized wideband meandered antenna along an annular ring substrate is proposed that enables straightforward integration between the camera and capsule wall. The antenna contains two rings of microstrip lines on two dielectric layers. By exciting microstrip lines and judiciously positioning their resonance frequencies, all the medical device radio communications service (MedRadio) in the [401-457] MHz bands are covered. Numerical results exhibit an overlapping impedance bandwidth of 57.8%, from 364 MHz to 615 MHz, and stable radiation performance across the operating bandwidth with a minimum realized gain of -42 dBi, and efficiency of 0.02% for different body tissues. Hence, this innovative design paves the way for a new generation of cost-effective, high-performance, and directly integrated antenna systems that efficiently exploit the area in the capsule.".
- 01H1XQZQSXT5E480C1H2NPQHFV author 7BB64450-D8AF-11E6-A6EB-BE61AD28A064.
- 01H1XQZQSXT5E480C1H2NPQHFV author urn:uuid:21f41473-da46-4fe0-9b82-bdc7fc80af73.
- 01H1XQZQSXT5E480C1H2NPQHFV author urn:uuid:33bc533a-bb4e-4e4d-828d-3ae117ab67d1.
- 01H1XQZQSXT5E480C1H2NPQHFV author urn:uuid:9c21fb4e-52f7-4ea9-8964-8f1751c88e04.
- 01H1XQZQSXT5E480C1H2NPQHFV author urn:uuid:ee2a19cc-563a-48dc-bea0-706262905897.
- 01H1XQZQSXT5E480C1H2NPQHFV dateCreated "2023-06-02T09:45:57Z".
- 01H1XQZQSXT5E480C1H2NPQHFV dateModified "2024-10-29T16:18:56Z".
- 01H1XQZQSXT5E480C1H2NPQHFV name "Ultra-miniaturized camera integrated antenna for wireless capsule endoscopy".
- 01H1XQZQSXT5E480C1H2NPQHFV pagination urn:uuid:e03ffc6d-7430-47f5-a242-d5743221e430.
- 01H1XQZQSXT5E480C1H2NPQHFV publisher urn:uuid:4bd617cf-a778-47a1-848f-57933ecb4710.
- 01H1XQZQSXT5E480C1H2NPQHFV sameAs LU-01H1XQZQSXT5E480C1H2NPQHFV.
- 01H1XQZQSXT5E480C1H2NPQHFV sourceOrganization urn:uuid:9a91dd54-4e59-49a7-bcb4-695a7cd70c04.
- 01H1XQZQSXT5E480C1H2NPQHFV sourceOrganization urn:uuid:d590f91a-aee3-4c10-949e-ee947b52e686.
- 01H1XQZQSXT5E480C1H2NPQHFV type P1.