Where can i read obut this formula

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SUMMARY

The discussion centers on the formula related to negative charge density (ni) in intrinsic semiconductor materials. Key references include "Semiconductor Fundamentals" by Pierret, specifically equations 2.21, 2.13a, and 2.13b, which provide foundational insights. Additionally, Kittel's "Solid State Physics," particularly chapter 8, offers a deeper exploration of semiconductor physics. These resources are essential for understanding the development of the formula.

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  • Understanding of semiconductor physics concepts
  • Familiarity with charge density equations
  • Knowledge of solid state device principles
  • Basic mathematical skills for equation manipulation
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  • Read "Semiconductor Fundamentals" by Pierret for foundational knowledge
  • Study chapter 8 of Kittel's "Solid State Physics" for advanced insights
  • Explore additional semiconductor device textbooks for varied perspectives
  • Research charge density equations in semiconductor materials
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Students and professionals in electrical engineering, physicists studying semiconductor materials, and anyone seeking to deepen their understanding of semiconductor charge density concepts.

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i know that ni is the negative charge density in the intrinsic material
34ynqjl.jpg


but i don't know how to develop it?
 
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Many books on semiconductor devices will likely have some sort of discussion leading up to this equation. One nice example is is the little paperback book
"Semiconductor Fundamentals", by Pierret. This is Volume I of a series on solid state devices and it is quite readable. The equation is a combination of equations 2.21, 2.13a and 2.13b from that book.

Deeper treatments can be found in books on solid state / semiconductor physics. For example, chapter 8 of Kittel's "Solid State Physics" covers this.

jason
 

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