Tunable laser emission device,申请号US201414295580-传众专利搜索

发明名称	Tunable laser emission device
摘要	A wavelength tunable laser emission device (1) comprises: a first waveguide (31) comprising an optical amplification means for producing a stimulated light emission, the first waveguide extending in a longitudinal direction of the emission device, a second waveguide (5) made of silicon on silicon dioxide and disposed parallel to the first waveguide spaced from the first waveguide in a vertical direction of the emission device so as to allow the existence of a hybrid optical mode coupled at one and the same time to the second waveguide and to the first waveguide, the second waveguide comprising a distributed reflector (9) along the second waveguide, the second waveguide comprising transverse zones (11, 12, 13, 14) doped differently so as to form a polar junction oriented in a transverse direction of the emission device. Electrodes (15, 16) coupled to the doped transverse zones modify an effective index seen by the hybrid optical mode.
申请公布号	US9160143(B2)	申请公布日期	2015.10.13
申请号	US201414295580	申请日期	2014.06.04
申请人	Commissariat a l'Engerie Atomique et aux Energies Alternatives;Alcatel Lucent	发明人	Debregeas-Sillard Helen;Bakir Badhise B.;Duan Guang-Hua;Chimot Nicolas
分类号	H01S5/22;H04B10/50;H01S5/062;H01S5/026;H01S5/10;H01S5/06;H01S5/02;H01S5/12	主分类号	H01S5/22
代理机构	Blank Rome LLP	代理人	Blank Rome LLP
主权项	1. A wavelength tunable laser emission device (1), comprising: a first waveguide (31, 131) comprising an optical amplification means for producing a stimulated light emission, the first waveguide extending in a longitudinal direction of the emission device, a second waveguide (5, 105) made of silicon on silicon dioxide and disposed parallel to the first waveguide spaced from the first waveguide in a vertical direction of the emission device so as to allow the existence of a hybrid optical mode coupled at one and the same time to the second waveguide and to the first waveguide, the second waveguide comprising a distributed reflector (9, 109) along the second waveguide beneath the first waveguide, the second waveguide comprising transverse zones (11, 12, 13, 14; 111, 112, 113, 114, 46, 47, 48) doped differently so as to form a polar junction oriented in a transverse direction of the emission device, first electrodes (35, 36; 135, 136) coupled to the first waveguide for injecting a pumping current into the optical amplification means, and second electrodes (15, 16; 115, 116) coupled to the doped transverse zones of the second waveguide so as to modify an effective index of the second waveguide seen by the hybrid optical mode.
地址	FR