File:ADNERF Concept Schematic.png

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English: Concept of the photonic-assisted all-dielectric RF front-end technology. An electro-optic (EO) powered dielectric antenna captures the free-space RF signal. The embedded optical link provides complete electrical isolation between the air interface and the electronic circuitry, which is located only after the photodetector (PD).
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Author Ayazi (talk) (Uploads)

Summary

Concept of the photonic-assisted all-dielectric RF front-end technology. An electro-optic (EO) powered dielectric antenna captures the free-space RF signal. The embedded optical link provides complete electrical isolation between the air interface and the electronic circuitry, which is located only after the photodetector (PD).

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18 September 2007

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current21:44, 18 September 2007Thumbnail for version as of 21:44, 18 September 20073,912 × 1,816 (320 KB)Ayazi~enwikiConcept of the photonic-assisted all-dielectric RF front-end technology. An electro-optic (EO) powered dielectric antenna captures the free-space RF signal. The embedded optical link provides complete electrical isolation between the air interface and the
21:36, 18 September 2007Thumbnail for version as of 21:36, 18 September 2007647 × 295 (56 KB)Ayazi~enwikiConcept of the photonic-assisted all-dielectric RF front-end technology. An electro-optic (EO) powered dielectric antenna captures the free-space RF signal. The embedded optical link provides complete electrical isolation between the air interface and the
21:29, 18 September 2007Thumbnail for version as of 21:29, 18 September 20073,912 × 1,816 (320 KB)Ayazi~enwikiConcept of the photonic-assisted all-dielectric RF front-end technology. An electro-optic (EO) powered dielectric antenna captures the free-space RF signal. The embedded optical link provides complete electrical isolation between the air interface and the

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