Dissertation 

About 62 item dissertation in line with CMOS Process query results,the following is 1 to 50(Search took 0.01 seconds)

  1. Investigation on140GHz CMOS On-chip Antenna,SongZhengZheng/Hangzhou University of Electronic Science and Technology,0/6
  2. Design of X band quadrature voltage controlled oscillator,XiaoJiaBei/Nanjing University of Technology and Engineering,0/13
  3. 0.18μm Logic Process Flow and Process Control Monitor,LiuYe/Tianjin University,0/0
  4. Design of Capacitive Ultrasonic Transducer (CMUT),XuPeng/Huazhong University of Science and Technology,0/50
  5. Research on the CMOS Compatible Integrated Micro-capacitive Sensor,WangYang/Anhui University,0/249
  6. Study of CMOS LC VCO,ZhangLvPo/Hangzhou University of Electronic Science and Technology,0/113
  7. Research and Design of L-band LC VCO and High-speed Divider-2Circuits,XingXiaoLing/Xi'an University of Electronic Science and Technology,0/59
  8. Study of CMOS voltage controlled oscillator,ChenChao/Nanjing University of Technology and Engineering,0/199
  9. Study on High Speed Opto-driver ASIC for High Energy Physics,LiangFuTian/University of Science and Technology of China,0/47
  10. The Analysis and Design of Higher Order Temperature Compensation Cmos Bandgap Reference,ZhangJing/Southwest Jiaotong University,0/70
  11. The Design of Non-volatile Memory in Standard CMOS Process,JiaXiaoYun/Lanzhou University,0/17
  12. Study on the Monolithic Optoelectronic Integrated Circuits Based on CMOS Compatible Technology,GuoWeiFeng/Zhejiang University,0/226
  13. Analysis and Implementation of RF Active Bandpass Filters Using CMOS Technologies,GaoZhiQiang/Harbin Institute of Technology,1/745
  14. CMOS Integrated Sensing Chip for pH Value and Cell Membrane Potential,ShiChaoXia/Zhejiang University,0/204
  15. Research and design of the low-power low-cost passive RFID tag chip,ZuoNa/Fudan University,20/1202
  16. Based on the on-chip antenna passive UHF RFID tag RF front-end design,ZuoJingTian/Fudan University,6/1074
  17. Design & Experimental Analysis of Si LED Based on Standard CMOS Technology,YangGuangHua/Tianjin University,0/238
  18. Study on Silicon Optical Waveguides Based on Free Carrier Dispersion Effect,ZhaoYong/Zhejiang University,1/69
  19. Study of Ultra Wide Band Low Noise Amplifier with CMOS Process,WangXiaoHong/East China Normal University,3/365
  20. The Optimum Design of High Performance CMOS CO Sensor,PengBenXian/Shanghai Jiaotong University,0/208
  21. Design a 2W HVMOS RF Power Amplifier,LuNing/Beijing Jiaotong University,0/305
  22. The Design of 622Mb/s High Speed Demultiplexer in 0.6μm CMOS Technology,QianLiWang/Hefei University of Technology,2/72
  23. 10 bit 2Msamples / s Pipeline A / D Development,FangBin/Zhejiang University,0/187
  24. Smart leakage protection of a new low-power chip design,XieJunJie/Zhejiang University,2/167
  25. Layout Design & Verification of Coprocessor,CaoHuaFeng/Hefei University of Technology,3/204
  26. The design of high-speed digital-to-analog converters,ZhanZuo/Zhejiang University,3/473
  27. Research and Fabrication of High Speed Optical Receiver Analog Front-End in a 0.35μmCMOS Technology,LiJunYi/Tianjin Polytechnic University,1/259
  28. Research on the Package of Humidity Sensor Compatible with CMOS Technology,HuangHuiFeng/Southeast University,0/263
  29. Research on Controlling and Measuring Circuits of CMOS Integrated Thermal Wind Sensor,ChengHaiYang/Southeast University,1/198
  30. Research on CMOS Bandgap Temperature Sensor,QiXue/Southeast University,0/524
  31. Design of RF Power Amplifier,LiLiang/Southeast University,12/1613
  32. 0.18μm CMOS Preamplifier for 10Gb/s Optical Receiver,HuangZuo/Southeast University,2/298
  33. 15Gb/s CMOS Monolithic Parallel Front-End Amplifier for Optical Receiver Design,ZhengRui/Southeast University,0/361
  34. 0.18μm CMOS Power Amplifier for 5GHz Wireless LAN Systems,YangKe/Southeast University,0/443
  35. The Design of Quadrature Modulator and Up Converter for IEEE 802.11a Wireless LAN Systems,SuJunJie/Southeast University,1/289
  36. Design and Optimization of Monolithic Spiral Transformers and Baluns,SongZuo/Southeast University,2/372
  37. The Study of Non-Volatile Memory Based on Standard CMOS Process,HuangKeJie/Zhejiang University,0/186
  38. 1.244GHz, 0.25mm CMOS Process variable frequency dividing ratio of the PLL frequency multiplier design,ChenHongLin/Southeast University,0/470
  39. CMOS high-speed phase-locked loop design,LiuJianWei/Nanjing University of Aeronautics and Astronautics,8/665
  40. Design of Differential CMOS Low Noise Amplifier,ChenZuo/Southwest Jiaotong University,2/457
  41. Micro-circuit Design Used in the System of Neural Signal Recording and Stimulating,FengZuo/Tianjin University,0/66
  42. The Design and Implementation of Charge Pump Phase-Locked Loop Based on 0.18μm CMOS Process,YuanYiDong/Tianjin University,0/224
  43. Standard digital CMOS process high speed pipelined ADC Research and Design,ShengYun/Fudan University,0/257
  44. UHF RFID reader receiver RF front-end carrier cancellation Research and Design,NiRongHua/Fudan University,5/427
  45. Design of Radio-Frequency Low Noise Amplifier Base on DECT Wireless Access System,ZhouJianMing/Southwest Jiaotong University,0/127
  46. Development and Fabrication of Polyimide Capacitive Humidity Sensors,CuiQianHong/Lanzhou University,3/207
  47. Wireless LAN power amplifier design in CMOS technology.,WeiXiaoGang/Nanjing University of Technology and Engineering,0/158
  48. High Speed Front-end Amplifier Design for Optical Receiver of Optical Interconnection,WangQiZhi/Xi'an University of Electronic Science and Technology,0/204
  49. Standard CMOS Process-based OTP Memory Design and Research,MaFei/Xi'an University of Electronic Science and Technology,3/156
  50. Research and Design of CMOS Integrated Temperature Sensor,ZhangPing/Xi'an University of Electronic Science and Technology,2/312

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