R.Jacob Baker: DRAM Circuit Design: Fundamental and High-Speed Topics

sathya

Analog Designing
 the basics theorems of network systems
 Analysis of Second order systems (Peak overshoot, Settling time, damping factor etc)
 Stability analysis by the help of nyquist & bode plot
 Analysis of Z,Y,H & G Parameters in two port network
 Concepts of poles & zeros
 Miller theorem (very important)
 Diode & BJT characteristics
 MOS transfer characteristics, Small & large signal analysis.
 Basic CMOS inverter output vs input characteristics , region of operation & small signal analysis  
 Small signal analysis of  various amplifiers ( common source, common Gate, Common Drain & cascode )
 differential Amplifiers ( small signal analysis & input vs output plot )
 current mirror
 Bandgap Reference, Regulator & V2I
 OPAMP, stability analysis of OPAMP, Miller compensation & Method to cancel positive zero
 Comparators
 Types of Noise
  Oscillator & Phase lock loop
  ADC & DAC ( at least theoretical analysis )
Analog Backend
 Analog Layouts techniques (Match transistors patterns, Match routing, shielding nets , resistors & capacitors layouts )
 latchup, electro migration, Hot electrons, Antenna Effects, OPC, Phase shift mask & CMP etc
 short channel effects in mosfets
 Worked on various simulators, layout editors & layout verification tools
 Worked on DRC,LVS,DFM,PERC,LFD & parasitic extraction flow
 Knowledge of scripting language like TCL, shell & awk commands

JSarris

收了~多谢楼主

zlhrsy

tks a lot

jeffej

only to page 377 !!!

efong

thanks!

hitsdklz

good！！！！！！！！！！！！！

ljcfcb

这个版本虽然有好多缺损，起码还有内容可以看

xuebird

thank you

xuebird

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zixin1hao

Thanks for sharing