Dissertation 

About 97 item dissertation in line with MMIC query results,the following is 1 to 50(Search took 0.011 seconds)

  1. Design and Simulation of a Ka-band Harmonic Mixer,GuanYuLong/University of Electronic Science and Technology,0/5
  2. Design of a Ka-band GaAs PHEMT Monolithic Power Amplifier,ZhouYinLei/Huazhong University of Science and Technology,0/29
  3. Design of Millimeter-wave Amplifier,WangGang/Hangzhou University of Electronic Science and Technology,0/2
  4. Design of a Ka-band MMIC Digital Phase Shifter,FangZhenZhen/Huazhong University of Science and Technology,0/18
  5. Research on3-mm Transceiver Front-end Miniaturization,WangZuo/University of Electronic Science and Technology,0/10
  6. The 8mm hybrid and monolithic continuous wave Doppler short range detection system design,ZhaoJiYong/Nanjing University of Technology and Engineering,0/37
  7. Study on microwave monolithic receiver front-end key device technology,WangQiangJi/University of Electronic Science and Technology,0/69
  8. Study on the design technology of Ka band monolithic integrated mixer,LaiYu/University of Electronic Science and Technology,0/46
  9. The Study of W-band MMIC Balanced I-Q Vector Modulator,SongBai/University of Electronic Science and Technology,0/14
  10. Research on Evaluation of highly reliable microwave solid-state PA limit,FuZuoYue/University of Electronic Science and Technology,0/19
  11. The Search of MMIC Wideband Power Ampliifer Based on the GaAs Material,CuiLiang/Xi'an University of Electronic Science and Technology,0/27
  12. Ka band high power amplifier chip development MMIC,GaoMing/University of Electronic Science and Technology,0/54
  13. Design of X band GaN power amplifier,WeiTao/University of Electronic Science and Technology,0/55
  14. Research of X band GaAs Monolithic Power Amplifier,Song/University of Electronic Science and Technology,0/60
  15. The Design of K/Ka-band Balance Power Amplifier Based on LTCC Technology,ZhaoHaiZhong/Xi'an University of Electronic Science and Technology,0/63
  16. Research on Integrated Monolithic Power Amplifiers and T/R S witches for RF and Microwave Applications,WangXiaoYing/Zhejiang University,0/521
  17. Design of Ka-band MMIC Low Noise Amplifier,ZhangJiFan/Huazhong University of Science and Technology,0/107
  18. Study on the synthesis of MMIC power network,DanZhenFeng/University of Electronic Science and Technology,0/119
  19. Research and design of power amplifier in MMIC band,DengZongZuo/University of Electronic Science and Technology,0/230
  20. Development of PIN power switch,JiaYuWei/University of Electronic Science and Technology,0/166
  21. Design and Miniaturization of the Key Circuits for Microwave and Millimeter-Wave Transceiver Systems,PengYangYang/Zhejiang University,1/548
  22. A Study on the Collection Technology of Traffic Information Based on MMICs,YuWen/Xi'an University of Electronic Science and Technology,3/303
  23. Study of Nonlinear Monolithic Microwave Integrated Circuits and Novel Planar Microwave Passive Circuits,GuJianZhong/Shanghai Institute of Microsystem and Information Technology Research Institute,3/546
  24. Millimeter-wave Transceiver Module in Fuse Front-end,YuMengXia/University of Electronic Science and Technology,3/1099
  25. Study on SiGe/Si Epitaxy and SiGe HBT Microwave Monolithic Integrated Circuit,HuangWenZuo/Tsinghua University,4/382
  26. GaAs microwave monolithic integrated circuit research,ChengZhiQun/Shanghai Institute of Metallurgy , Chinese Academy of Sciences,8/720
  27. Study of AlGAN/GAN HEMT Model and Design of MMIC Power Amplifiers,JiangXia/Hebei University of Technology,0/120
  28. Ultra-wideband six digital phase shifter MMIC Research and Design,TaoZhengLian/Nanjing University of Technology and Engineering,4/294
  29. Ka-band upconverter integrated design,PanYouBing/Nanjing University of Technology and Engineering,3/218
  30. Design of Microwave Amplifier-Switch Detector,HaoHaiFeng/Hebei University of Technology,0/190
  31. Study on Broad Band MMIC Package Design and Related Processes,GuoJunZuo/Shanghai Institute of Microsystem and Information Technology Research Institute,1/267
  32. X-band MMIC six digital transposition,ShenLiJiang/Nanjing University of Technology and Engineering,1/213
  33. Ku-band monolithic low noise amplifier,WangYanLing/Nanjing University of Technology and Engineering,1/469
  34. 8 mm band power synthesis technology,SunMing/Nanjing University of Technology and Engineering,1/309
  35. K-band MMIC low noise amplifier design,PanYan/Nanjing University of Technology and Engineering,1/496
  36. Research of RF Broadband LNA Based on SiGe BiCMOS Process,ZhouXiuLan/Chongqing University,0/319
  37. X-band low phase shift monolithic six digital attenuator,ZhangHaiFeng/Nanjing University of Technology and Engineering,2/145
  38. Ku-band MMIC power amplifier,JinJing/Nanjing University of Technology and Engineering,3/347
  39. Research of RF Broadband LNA Based on SiGe BiCMOS Process,KangShuJun/Chongqing University,0/275
  40. X, Ku, Ka -band microstrip frequency multiplier developed,MaZuo/University of Electronic Science and Technology,0/421
  41. Ka-band monolithic integrated power amplifier circuit design,LiAiBin/University of Electronic Science and Technology,0/379
  42. Parallel contact RF MEMS switch,WeiHuaZheng/East China Normal University,3/258
  43. Ka-band frequency multiplier chain,YangFuJin/University of Electronic Science and Technology,4/202
  44. The Failure Analysis and Evaluation Method of GaAs MMIC,SongZengChao/Beijing University of Technology,6/430
  45. MCM technology chirp transmitter design and implementation,GaiRuHu/University of Electronic Science and Technology,0/140
  46. Ultra-wideband active frequency multiplier MMIC design,ChenQie/University of Electronic Science and Technology,1/259
  47. High power X -band power amplifier chip design,SuYouYou/University of Electronic Science and Technology,1/406
  48. Development of Ka the wholly - band millimeter - wave amplifier and Q - band frequency multiplier,YangJiaYi/University of Electronic Science and Technology,2/310
  49. 14/56GHz MMIC quadrupler,WuXiaoYan/University of Electronic Science and Technology,3/294
  50. SiGe HBT and monolithic integrated circuit : low noise amplifier (LNA) research,XiangWang/University of Electronic Science and Technology,0/459

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