Dissertation 

About 22 item dissertation in line with OEIC query results,the following is 1 to 50(Search took 0.034 seconds)

  1. Research on Si-based Light Emitting Device and Optical Interconnection System,HanLei/Tianjin University,0/0
  2. Design and Implementation of Monolithic Silicon Optoelectronic Integrated Circuit,WuHaoRan/University of Electronic Science and Technology,0/25
  3. SiC Ultraviolet Detector Modeling and the Design of Optical Receiver Front End,ZhuHongFeng/Xi'an University of Electronic Science and Technology,0/12
  4. Parameter Extraction Methods for Modelling HBT and Researches on InP-Based Monolithic Integrated Device,WuQiang/Beijing University of Posts and Telecommunications,2/174
  5. Investigation on Monolithic InP-Based PIN-PD+HBT Integrated Photoreceiver Front-End,MiaoAng/Beijing University of Posts and Telecommunications,2/388
  6. Theory and Experiment Investigation on InP-Based HBT and the Monolithic Integrated Photoreceiver,CuiHaiLin/Beijing University of Posts and Telecommunications,2/230
  7. Theoretical and Experimental Investigation on the Heterogeneous Compatibility Issues of Optoelectronic Semiconductor Material,XiongDePing/Beijing University of Posts and Telecommunications,2/164
  8. Theoretical and Experimental Research on the Compatibility Issues of Heterogeneous Material for the Monolithic Integrated Optoelectronic Devices Applied in Communications,RenAiGuang/Beijing University of Posts and Telecommunications,3/109
  9. A 5Gb/s GaAs MSM/PHEMT Monolithic Optoelectronic Integrated Circuit (OEIC) Receiver Front End,JiaoShiLong/University of Electronic Science and Technology,2/243
  10. 10Gb / s optical receiver OEIC chip and limiting amplifier developed,FanChao/University of Electronic Science and Technology,0/245
  11. Frequency Performance Analysis and Parameters Extraction on InP-Based HBT and the Circuit Design of Photoreceiver’s Front End,MaXiaoZuo/Beijing University of Posts and Telecommunications,0/119
  12. Optical receiver front-end circuit design,WeiJianXing/University of Electronic Science and Technology,2/541
  13. Theoretical Research on InP-Based HBT and the Fabrication of Monolithic OEIC of Photoreceiver’s Front End,WenYouDe/Beijing University of Posts and Telecommunications,3/85
  14. Theoretical Analysis on the Epitaxial Lateral Overgrowth and Experiment Research on the Two Step Method,LiuLei/Beijing University of Posts and Telecommunications,0/90
  15. Simulation and Design of CMOS-Process-Compatible Optical-Electronic Integrated Detectors and Receivers,ChenYongQuan/Tianjin University,1/288
  16. Study on Luminescence Characteristics of nc-Si/SiO2 Structure with Sol-Gei Method,WangJi/Changchun University of Science and Technology,0/76
  17. Research on Resonant Tunneling Devices and Circuits,HuYanLong/Tianjin University,0/57
  18. The GP (Gummel-Poon) Modeling of HBTs and the Design of OEIC Photoreceiver Front-End,HuDing/Beijing University of Posts and Telecommunications,0/55
  19. Research and Development of CMOS Monolithic Integrated Photoreceiver for Optical Access Network,ChenWei/Xiamen University,0/146
  20. Light detector equivalent circuit model parameter extraction,XuWenBiao/University of Electronic Science and Technology,0/155
  21. Research and Fabrication on InP-Based Device in Photoreceiver,ZhangXin/Beijing University of Posts and Telecommunications,1/117
  22. Research and Design of Compound Optoelectronic Integrated Receiver,LiuXiaoMing/Tianjin University,0/52

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