On-chip near-zero transmission type sensor based on aggregation effect and detection method
The invention discloses an on-chip near-zero transmission type sensor based on an aggregation effect and a detection method. The on-chip near-zero transmission type sensor comprises a power divider, a synthesizer, a split-ring resonator I, a split-ring resonator II and two branches, wherein the powe...
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| creator | REN XUEYAO ZHANG JUNJIE LIU WEINA |
| description | The invention discloses an on-chip near-zero transmission type sensor based on an aggregation effect and a detection method. The on-chip near-zero transmission type sensor comprises a power divider, a synthesizer, a split-ring resonator I, a split-ring resonator II and two branches, wherein the power divider is connected with the synthesizer through two branches; the split-ring resonator I and the split-ring resonator II are loaded on the two sides of the two branches respectively, and the two split-ring resonators are connected with the two branches in a coupling mode; an interdigital capacitor is loaded in a resonant ring in the split-ring resonator II, and a microfluidic channel is arranged on the interdigital capacitor; an interdigital capacitor is loaded in a resonant ring of the split resonant ring I; and an adjustable capacitor is connected in parallel in the resonant ring of the split-ring resonator I. The sensor provided by the invention can be applied to the fields of cytology, electromagnetic field |
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The on-chip near-zero transmission type sensor comprises a power divider, a synthesizer, a split-ring resonator I, a split-ring resonator II and two branches, wherein the power divider is connected with the synthesizer through two branches; the split-ring resonator I and the split-ring resonator II are loaded on the two sides of the two branches respectively, and the two split-ring resonators are connected with the two branches in a coupling mode; an interdigital capacitor is loaded in a resonant ring in the split-ring resonator II, and a microfluidic channel is arranged on the interdigital capacitor; an interdigital capacitor is loaded in a resonant ring of the split resonant ring I; and an adjustable capacitor is connected in parallel in the resonant ring of the split-ring resonator I. 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The on-chip near-zero transmission type sensor comprises a power divider, a synthesizer, a split-ring resonator I, a split-ring resonator II and two branches, wherein the power divider is connected with the synthesizer through two branches; the split-ring resonator I and the split-ring resonator II are loaded on the two sides of the two branches respectively, and the two split-ring resonators are connected with the two branches in a coupling mode; an interdigital capacitor is loaded in a resonant ring in the split-ring resonator II, and a microfluidic channel is arranged on the interdigital capacitor; an interdigital capacitor is loaded in a resonant ring of the split resonant ring I; and an adjustable capacitor is connected in parallel in the resonant ring of the split-ring resonator I. The sensor provided by the invention can be applied to the fields of cytology, electromagnetic field</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING MEASURING ELECTRIC VARIABLES MEASURING MAGNETIC VARIABLES PHYSICS TESTING |
| title | On-chip near-zero transmission type sensor based on aggregation effect and detection method |
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