Semiconductor Physics Books, Online Notes, Websites etc.

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SUMMARY

The discussion centers on recommended resources for studying semiconductor physics, specifically focusing on the PN junction, BJT transistors, and MOSFETs. Key recommendations include "Electronic Materials" by Nicolas Braithwaite and Graham Weaver, which emphasizes engineering applications and materials science, and "Semiconductor Physics and Devices" by Donald A. Neamen, which comprehensively covers semiconductor device physics, including various types of diodes, BJTs, and MOSFETs. The Neamen book is particularly noted for its thorough treatment of device equations and principles.

PREREQUISITES
  • Understanding of semiconductor device principles
  • Familiarity with quantum mechanics as it relates to semiconductor physics
  • Basic knowledge of electronic components like diodes and transistors
  • Experience with engineering applications of materials science
NEXT STEPS
  • Study the Shockley diode equation and its derivation from quantum mechanics
  • Explore the differences between BJTs and MOSFETs in practical applications
  • Research the role of semiconductor materials in device performance
  • Investigate exercises and self-assessment questions in "Electronic Materials" for practical understanding
USEFUL FOR

Students, educators, and professionals in electrical engineering, materials science, and semiconductor technology who seek to deepen their understanding of semiconductor devices and their applications.

fobos3
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Hi,

I am looking for a good book or any other online resource on semiconductor physics. What I need the book to cover is:
  • The PN junction i.e. the diode
  • BJT transistors
  • MOSFETS
In particullar I am interested in the derivation of the equations of the above components, the Shockley diode equation, for example, from QM first principles.

Any suggestions would be greatly appreciated.
 
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Hello!

I actually just read a recommendation that sounds like what you're after: Electronic Materials by Nicolas Braithwaite and Graham Weaver.

According to the "Further Reading" suggestions in the back of Livingston's Electronic Properties of Engineering Materials (good, but not what you're looking for), the Braithwaite book takes the format of presenting and engineering application, then going after the materials science behind it. Says it covers circuits, magnets, transducers, memories and displays.

I also found this in the Amazon description: "Contains numerous exercises and objective-linked self assessment questions with fully worked answers."

Damn. That actually sounds pretty good. I might by that one myself. Oh, and here is a bookfinder link!
 
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k.e.V said:
Hello!

I actually just read a recommendation that sounds like what you're after: Electronic Materials by Nicolas Braithwaite and Graham Weaver.

According to the "Further Reading" suggestions in the back of Livingston's Electronic Properties of Engineering Materials (good, but not what you're looking for), the Braithwaite book takes the format of presenting and engineering application, then going after the materials science behind it. Says it covers circuits, magnets, transducers, memories and displays.

I also found this in the Amazon description: "Contains numerous exercises and objective-linked self assessment questions with fully worked answers."

Damn. That actually sounds pretty good. I might by that one myself. Oh, and here is a bookfinder link!

Actually, I found what I was looking for: Semiconductor Physics and Devices by Donald A. Neamen. Your suggestion also seams interesting but it appears to focus on material properties rather than semiconductor devices. I was looking primary in semiconductor device physics and the book by Neamen covers all the usual devices: pn junction, diodes(various types), BJTs, JFETs, MOSFETs and even some optical devices, like PV cells and LEDs.
 

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