发明名称 Multi-Channel Optical Transmitter Assembly and Methods of Making and Using the Same
摘要 An optical multiplexer and methods of making and using the same are disclosed. The multiplexer generally includes a beam splitter and a polarization beam splitter. The beam splitter is generally configured to combine first and second polarized optical signals by reflecting a first polarized optical signal towards a first target and allowing a second polarized optical signal to pass through towards the first target. The polarization beam splitter is generally configured to combine the first and second polarized optical signals with a third polarized optical signal by either (i) reflecting the third polarized optical signal towards a second target and allowing the first and second polarized optical signals to pass through towards the second target, or (ii) reflecting the first and second polarized optical signals towards the second target and allowing the third polarized optical signal to pass through towards the second target.
申请公布号 US2015318951(A1) 申请公布日期 2015.11.05
申请号 US201313820989 申请日期 2013.02.27
申请人 ZHANG Sheng Zhong;MARGALIT Near;HEIMBUCH Mark 发明人 ZHANG Sheng Zhong;MARGALIT Near;HEIMBUCH Mark
分类号 H04J14/06;H04B10/40;G02F1/09;G02B5/30;G02B27/14;H04B10/50;G02B27/28 主分类号 H04J14/06
代理机构 代理人
主权项 1. An optical multiplexer, comprising: a first beam splitter, configured to combine first and second polarized optical signals by reflecting a first polarized optical signal towards a first target and allowing a second polarized optical signal to pass through towards the first target; and a polarization beam splitter, configured to combine the first and second polarized optical signals with a third polarized optical signal by either (i) reflecting the third polarized optical signal towards a second target and allowing the first and second polarized optical signals to pass through towards the second target, or (ii) reflecting the first and second polarized optical signals towards the second target and allowing the third polarized optical signal to pass through towards the second target, wherein each of the first, second and third polarized optical signals has a unique center wavelength corresponding to a channel of a multichannel optical communication system or network, and the first and second targets are the same or different.
地址 Chatsworth CA US