Low power phase shifter using liquid crystal on an integrated silicon photonics platform
Abstract
We report a low-voltage optical phase shifter using liquid crystal actuation integrated in IMEC's iSIPPSOG platform fabricated using inkjet printing as a deposition mechanism. A π phase shift is obtained at 3Vrms, almost 3π is obtained at 9Vrms. (Abstract)
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Low power optical phase shifter using liquid crystal actuation on a silicon photonics platform
Lukas Van IseghemEwout PicavetAlain Yuji TakabayashiPierre EdingerUmar KhanPeter VerheyenNiels QuackKristinn B. GylfasonKlaartje De BuysserJeroen BeeckmanWim Bogaerts
Supplementary document for Low power optical phase shifter using liquid crystal actuation on silicon photonics platform - 5846563.pdf
Van Iseghem, LukasPicavet, EwoutTakabayashi, AlainEdinger, PierreKhan, UmarVerheyen, PeterQuack, NielsGylfason, KristinnDe Buysser, KlaartjeBeeckman, Jeroen
Supplementary document for Low power optical phase shifter using liquid crystal actuation on silicon photonics platform - 5846563.pdf
Van Iseghem, LukasPicavet, EwoutTakabayashi, AlainEdinger, PierreKhan, UmarVerheyen, PeterQuack, NielsGylfason, KristinnDe Buysser, KlaartjeBeeckman, Jeroen
Supplementary document for Low power optical phase shifter using liquid crystal actuation on silicon photonics platform - 5846563.pdf
Van Iseghem, LukasPicavet, EwoutTakabayashi, AlainEdinger, PierreKhan, UmarVerheyen, PeterQuack, NielsGylfason, KristinnDe Buysser, KlaartjeBeeckman, Jeroen
Supplementary document for Low power optical phase shifter using liquid crystal actuation on silicon photonics platform - 5846563.pdf
Van Iseghem, LukasPicavet, EwoutTakabayashi, AlainEdinger, PierreKhan, UmarVerheyen, PeterQuack, NielsGylfason, KristinnDe Buysser, KlaartjeBeeckman, Jeroen