Textbook to Precede Physics of Semiconductor Devices (Sze)

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SUMMARY

The discussion centers on the challenges faced by an Electronic Engineering student using "Physics of Semiconductor Devices" by Sze, which is perceived as overly complex for those without a physics background. The participant expresses a need for a more accessible textbook that introduces semiconductor physics at a fundamental level, particularly for VLSI design. Recommendations include "Oxford Solid State Basics" for a basic introduction and "CMOS VLSI Design" by Weste and Harris for semiconductor circuit design. The participant also suggests conducting a Google search for alternative textbooks tailored to VLSI design.

PREREQUISITES
  • Basic understanding of Electronic Engineering principles
  • Familiarity with VLSI design concepts
  • Knowledge of semiconductor physics fundamentals
  • Ability to interpret crystal structures and lattice notation
NEXT STEPS
  • Research "Oxford Solid State Basics" for foundational knowledge in solid-state physics
  • Explore "CMOS VLSI Design" by Weste and Harris for insights into semiconductor circuit design
  • Investigate alternative semiconductor physics textbooks specifically for VLSI design
  • Review online resources and forums for additional recommendations on semiconductor literature
USEFUL FOR

Electronic Engineering students, VLSI designers, and anyone seeking a foundational understanding of semiconductor physics tailored for engineering applications.

fonz
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I was recommended to read Physics of Semiconductor Devices by Sze which I was told was the standard textbook for the subject. My background is Electronic Engineering and not physics. After reading the first few pages of the first chapter I am completely overwelmed. I can't make sense of the discussion on crystal structures, lattice notation etc. It then goes on to talk about energy-momentum relationship and band gap by introducing the wavefunction.

I am using this textbook for a module on VLSI design but I feel like this book is for physicists and not engineers. This clearly is not the right textbook for me but there is nothing in the Preface or Introduction that suggests what should precede this. I would be interested to hear any suggestions

Thank you.
 
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berkeman said:

Thanks for the response. There are a lot of options to choose from and I'm going to have a look in more detail. It's disappointing that the so called standard text doesn't introduce the subject at a more fundamental level.
 
If you're looking to a super basic intro to solid state, Oxford solid state basics is the best undergrad-level intro text I've found. Kittel if you want more math. For semiconductor circuit design, I recommend "CMOS VLSI Design" by Weste and Harris.
 
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i am self learning physics. have you ever worked your way backwards again after finishing most undergrad courses? i have textbooks for junior/senior physics courses in classical mechanics, electrodynamics, thermal physics, quantum mechanics, and mathematical methods for self learning. i have the Halliday Resnick sophomore book. working backwards, i checked out Conceptual Physics 11th edition by Hewitt and found this book very helpful. What i liked most was how stimulating the pictures...

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