About 268 item dissertation in line with Charge pump query results,the following is 1 to 50(Search took 0.035 seconds)

  1. Critical Circuit Design of High-speed Low-power EEPROM Based on0.18μm CMOS Technology,WangJuZhi/Huazhong University of Science and Technology,0/9
  2. A Reaserch of Phase Locked Loop Design Applying to Universal Serial Bus Equipment,JiangXu/Zhejiang University,0/1
  3. Research and Design of a Low Noise Phase-locked Loop for Communication,MengHaiZhou/Shanghai Jiaotong University,0/40
  4. The Design and Implementation of Self-biased Phase-locked Loop,XieLianBo/Huazhong University of Science and Technology,0/11
  5. Study of CMOS charge pump PLL quickly locked,GuYinYin/Nanjing University of Technology and Engineering,0/19
  6. A Fast-Locking Low-Jitter Pulsewidth Control Loop for High-Speed Pipelined ADC,WangJingYu/Xi'an University of Electronic Science and Technology,0/12
  7. The Study of3-5GHz Multi-band Synthesizer,JiangJinTang/South China University of Technology,0/15
  8. Research and Implementation of the Analog Circuit in the DVI Receiver,TangZuo/Hunan University,0/6
  9. High Efficiency and Low Ripple Positive and Negative Charge Pump Design Based on Linear/Skip Mixed Modulation Mode,WuGuangHua/Huazhong University of Science and Technology,0/7
  10. CMOS Charge Pump PLL,LengSiMing/Hangzhou University of Electronic Science and Technology,0/8
  11. Design and Implementation of MEMS Microphone Readout Circuit,YuHaiMing/Tianjin University,0/1
  12. The Design of MEMS Micro Fuel Cell Power Management Chip,DeHao/Harbin University of Science and Technology,0/11
  13. The charge pump applied in RFID system,SongBo/Fudan University,0/36
  14. Failure analysis of Flash charge pump pressure and improve,ChuLiYao/Fudan University,0/25
  15. Small and Medium-sized Embedded EEPROM IP Design,ZhaoLei/Harbin Institute of Technology,0/11
  16. The research and implementation of OTP memory design,ChenZuoHan/University of Electronic Science and Technology,0/23
  17. Research on the key module of high speed and low power flash,WangJingZhou/Fudan University,0/36
  18. The Analysis and Design of High-Stability480MHz PLL for USB2.0,ChengZuo/Shanghai Jiaotong University,0/36
  19. Research and Design of Low-Jitter Wide-Tuning Range Charge-Pump Phase-Lock Loops,YaoYuan/Shanghai Jiaotong University,0/29
  20. The Study and Design of2.5GHz CMOS Phase-locked Loop,XingLiDong/Xi'an University of Electronic Science and Technology,0/84
  21. Design of Quick Lock Non-Oscillator Phase Locked Loop,GengXiaoYong/Lanzhou University,0/14
  22. Design of an Improved Structure for Fast Locking PLL,XuDong/Suzhou University,0/17
  23. A Fast Locking Digital PLL Design,LuWanZhen/South China University of Technology,0/30
  24. The Research and Design of CMOS Charge-Pump Phase-Locked Loop,JianYuanKai/Hefei University of Technology,0/80
  25. The Design and Realization of a Hign-performance Charge-pump PLL,LiShuai/Wuhan University of Science and Technology,0/79
  26. Research and Design of New Type of Charge Pump PLL,LiuWei/Jinan University,0/117
  27. Design of a charge pump circuit based on LTPS_LCD,YangGuang/University of Electronic Science and Technology,0/102
  28. 1.8V CMOS process 12bit 100MSPS ADC clock generator design,LuoWen/University of Electronic Science and Technology,0/18
  29. Design and implementation of 2.4GHz PLL Frequency Synthesizer,FanXianLong/University of Electronic Science and Technology,0/2
  30. Design of a 27M CMOS Frequency Synthesizer with Phase-locked Loop Technology,ZhuGeJian/Hunan University,2/32
  31. Design of the Key Circuits of Frequency Synthesizer for Wireless Communication,LuoLingLi/Huazhong University of Science and Technology,0/27
  32. Research and design for 802.11a/b/g zero intermediate frequency wireless transceiver system of low noise frequency synthesizer,MeiNianSong/Fudan University,0/269
  33. A Study on Frequency Synthesizers Based on Phase-locked Loop,WuHongTian/University of Electronic Science and Technology,0/39
  34. Research and Design of the Key Modules in Frequency Synthesizer in UHF RFID Receiver,ChenJianFeng/Nanjing University of Posts and Telecommunications,0/49
  35. The Design and Implementation of S-band Frequency Synthesizer,LiaoChuanJin/University of Electronic Science and Technology,0/89
  36. Study on Critical Techniques of Fractional-N PLL in Application of UHF RFID Reader,XieZuo/East China Normal University,1/63
  37. Wideband fractional-N frequency synthesizer charge pump and divider design,WanXiongXiong/Fudan University,0/113
  38. The charge pump PLL Frequency Synthesizer,YangPo/University of Electronic Science and Technology,0/331
  39. A Design of Wide-band Analog Delay-locked Loop,XiongSanXing/Anhui University,0/40
  40. Research and Design of Front-end Circuit Module in the Passive UHF RFID Tag Chip,WangHuiJie/Hunan University,0/38
  41. The Circuit Design of Physical Layer of USB2.0 Transceiver,LuoPeiQiang/Shanghai Jiaotong University,0/50
  42. The Design and Implementation of EEPROM Applied in SoC Chip,LiuYan/Tianjin University,0/103
  43. An Improved 512bit Eeprom IP for RFID Tag IC,LiDe/Tianjin University,1/88
  44. The Design of RF SoC in Internet of Things,ZhangKun/Beijing Jiaotong University,0/51
  45. Design and research of OTP memory charge pump system,LuoQian/University of Electronic Science and Technology,0/55
  46. Applied to a SOC chip with lock design and research of high precision phase lock loop detection,WangXianBiao/Fudan University,0/62
  47. The Design of2.4GHz Frequency Synthesizer in TSMC0.18um CMOS Technology,ZuoChangHong/,0/2
  48. The Research of Charge Pump System Applied to Embedded Flash,GongChen/Xi'an University of Electronic Science and Technology,0/6
  49. High-effciency Charge Pump LED Driver Circuit Design,CuiZuo/Harbin University of Science and Technology,0/42
  50. The research and design of a low power input isolated type MOS AC/DC charge pump,ZhaoChunHui/Heilongjiang University,0/40

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