李缉熙讲座_全部

sunnyycc

李缉熙讲座_全部！降价！！
【文件名】:06827@52RD_李缉熙讲座_全部.part1.rar
【格　式】:rar
【大　小】:3000K
【简　介】:
【目　录】:
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[/UseMoney]one. Impedance matching
1.  Difference between RF/RFIC and digital
      circuit design
      o  Case # 1: Digital circuits with low data rate
       o  Case # 2: Digital circuits with high data rate
2.  The significance of  impedance  matching
        o  Power transportation from a source to a load
       o  Maximizing of power transportation without phase shift
       o  Matching network
3.  The problems due to impedance
      un-matched status
        o  General expression of power transportation
       o  Power instability and additional power loss
       o  Quasi-noise and unmatched distortion
       o  Power measurement  
       o  Power transportation and voltage transportation
       o  Burning of the device
4.  Impedance  measurement
      o  Impedance measured by small signal
      o  The Smith Chart: impedance and admittance coordination
      o  Relationship between the impedance in series and in parallel
      o  Impedance measured by large signal
5.  Impedance matching
       o  One part matching network
      o  Recognition of regions in the Smith Chart
      o  Two parts matching network

TWO' RF grounding
1.   A true story
2.   Three components for RF grounding
                  o  “Zero” chip capacitor
                  o  Micro strip line
                  o  RF cable
3.   Equivalent of chip parts
                      o  Models of chip parts
                  o  Characterizing chip parts by network analyzer
                  o  Extraction from the measurement by network analyzer
4.     Example of RF grounding
                  o   Test P. C. Board with small size
         o   Test P. C. Board with large  size
         o   Isolation between input and output in a mixer or an up-converter
                  o   Calibration for Network Analyzer
5.    RF grounding for reduction of return current coupling
                  o   Discrete parts on a test P. C. Board

Three'Single ended stage and differential pair
1.  Basic single-ended stage
         o  General description
         o  Small-signal model of a bipolar transistor
         o  Small-signal model of a MOSFET transistor
2.  Differential pair
         o  DC transfer characteristic
         o  Small signal characteristic
         o  Improvement of CMRR
         o   Increase of voltage swing
         o   Interference cancellation
         o   Increase of noise
3.  Apparent difference between single
       ended and differential stage  4.  DC offset
         o  DC offset in a single ended device
         o   Zero DC offset in a pseudo differential pair
         o  Why “zero” IF or direct conversion
         o  DC offset cancellation
5.  Balun
         o  Coaxial cable
         o  Micro strip line
         o  Ring micro strip
         o  Branch line
         o  Transformer
         o  Two stacked 2x2 transformers
         o  LC balun
Four. Tolerance analysis
1.  Importance of tolerance analysis
2.  Fundamentals of tolerance
      o  Tolerance and normal distribution
      o   6σ, Cp, and Cpk  
      o   Yield rate and DPU
      o   Poisson distribution
3.  Approach to 6σ design and production
4.  An example : Tunable filter design
      o  Description of the tunable filter design
      o  Monte-Carlo analysis

5.  Appendix: Table of normal probability function

      o  Two parts upward and downward impedance transformer
      o  Three parts matching network and impedance transformer
6.  Some useful schemes for impedance marching
        o  Designs and tests when ZL is not 50 ohms
       o  Conversion between  “T” and “Π” type matching network
       o  Parts in a matching network
       o  Impedance matching between power transportation units
       o  Impedance matching for a mixer
Lecture #5 :      Prospect of RFIC design
1.  RFIC development
2.  Isolation
       o  Definition and measurement of isolation
       o  Isolation technology
3.  Low Q  value of spiral inductor
       o  Skin Effect
       o  Attenuation due to substrate
       o  Leakage of flux
       o  Cancellation of flux
       o  A possible solution :
           Negative resistance compensation
4.  Layout
       o  Runners
       o  Parts
       o  Symmetry
       o  Via
       o  Free space on the die
  
5.  Challenge of SOC-RFIC design
       o  Isolation
       o  High Q inductor for integrated circuit
Lecture #6 :   Basic RF parameters and equations
1.  NF   
      o   Noise source
      o   Definition of noise figure
      o   Noise figure in a  noisy two-port block
      o   Minimum of NF and equivalent Rn
2.  Gain     
      o   Definition of power gains  
      o   Power gain and voltage gain  
         
3.  Sensitivity of a receiver
      o   Standard noise source
      o   Equivalent input noise
      o   Sensitivity of 12 dB SINAD
        
4.  Non-linearity and spurious products
      o    Spurious products
      o    Intercept point and IMR
5.  Distortion
6.  Cascaded equations
     o  Cascaded equation for power gain
     o  Cascaded equation for  noise figure
     o  Cascaded equation for intercept point
     o  Application of cascaded equation system analysis

7.  From analog to digital communication system
     o  Modulation in an analog communication system
     o  Encoding in a digital communication system
     o  Decoding and bit-error probabilit
     o  Error correction schemes

sunnyycc

李缉熙讲座_全部
【文件名】:06827@52RD_李缉熙讲座_全部.part2.rar
【格　式】:rar
【大　小】:2701K
【简　介】:
【目　录】:

fuz

3KS, 谢谢 LZ

sunnyycc

刷新一下

sunnyycc

刷新一下

sunnyycc

[em02]

sunnyycc

刷新一下！

john019

刷新一下[em07]

kitty

xieixe

andywireless

dingding

caomuxiong

下来，看看，，学习一下

xuanwen001

哈哈，谢谢二楼的兄弟啦。。。
干得漂亮！

duxi028

这才是好东西，他的教材翻译成中文，好多错误

duxi028

LZ，貌似第二部分下不了哇，能不能发到我邮箱呢

zhu_zql

现场听过，除了爱重复还是很有自己的一套方法，不愧是在moto干过二十个年头的工程师！

谢谢楼主分享

谢谢分享这么有价值的动词