DOI: 10.4995/thesis/10251/31649
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Development of an integrated silicon photonic transceiver for access networks.

Abstract: AcknowledgmentPuesto que esta tesis no es el resultado de un trabajo individual, me gustaría agradecer a todos (espero no dejarme a nadie, y si así fuera, pido disculpas por adelantado) los que de una manera u otra me han ayudado a llegar a este punto.Gracias Javier por darme la oportunidad de formar parte del equipo del NTC, donde durante estos años he conocido a gente maravillosa.Gracias muy especiales a Pablo, por supervisar mi trabajo durante este tiempo, por creer en mí, y por darme ánimos cuando las cosa… Show more

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Cited by 2 publications
(1 citation statement)
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“…Filter: as compared to their fiber-based counterparts, PICs dramatically extend the filter capabilities of photonic devices. One key advantage of PICs is that they can realize existing configurations such as MZ or ring-resonator filters in a much smaller space, as is demonstrated by integrated add-drop microring resonators (MRRs) that filter out a target frequency or enable de-multiplexing for separation of optical carriers with a 60 GHz difference in frequency [119][120][121]. Microheaters were implemented to control both the extinction ratio (ER) and the quality factor.…”
Section: Realizing Mm-wave Functionality On a Pic: Required Integrati...mentioning
confidence: 99%
“…Filter: as compared to their fiber-based counterparts, PICs dramatically extend the filter capabilities of photonic devices. One key advantage of PICs is that they can realize existing configurations such as MZ or ring-resonator filters in a much smaller space, as is demonstrated by integrated add-drop microring resonators (MRRs) that filter out a target frequency or enable de-multiplexing for separation of optical carriers with a 60 GHz difference in frequency [119][120][121]. Microheaters were implemented to control both the extinction ratio (ER) and the quality factor.…”
Section: Realizing Mm-wave Functionality On a Pic: Required Integrati...mentioning
confidence: 99%