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| Language | English |
| Pages | 992 |
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| Dimension | 22.2 MB |
Principles of Electronic Materials and Devices PDF
Principles of Electronic Materials and Devices 4th Version PDF Free Download.
Electronic Materials and Devices Contents
- Chapter 1 Elementary Materials Science Ideas
- Chapter 2 Electrical and Thermal Conduction in Solids: Primarily Classical Ideas
- Chapter 3 Elementary Quantum Physics
- Chapter 4 Fashionable Principle of Solids
- Chapter 5 Semiconductors
- Chapter 6 Semiconductor Devices
- Chapter 7 Dielectric Materials and Insulation
- Chapter 8 Magnetic Properties and Superconductivity
- Chapter 9 Optical Properties of Materials
Preface to Electronic Materials and Devices
FOURTH EDITION
The textbook represents the primary course in digital supplies and units for undergraduate college students. With the extra matters, the textual content will also be utilized in a graduate-level introductory course in digital supplies for electrical engineers and materials scientists.
The fourth version is an extensively revised and prolonged model of the third version primarily based on reviewer feedback and the developments in digital and optoelectronic supplies over the past ten years.
The fourth version has many new and expanded matters, new labored examples, new illustrations, and new homework issues. The bulk of the illustrations have been vastly improved to make them clearer.
A really massive quantity of new homework issues have been added, and many extra solved issues have been supplied that put the ideas into functions. Greater than 50% of the illustrations have gone by way of some sort of revision to enhance readability.
Moreover, extra phrases have been added below Defining Phrases, which the scholars have discovered very helpful. Bragg’s diffraction legislation that’s talked about in a number of chapters is stored as Appendix A for these readers who’re unfamiliar with it.
The fourth version is one of the few books available on the market which have broad protection of digital supplies that at the moment’s scientists and engineers want. I imagine that the revisions have improved the rigor with out sacrificing the unique semiquantitative method that each the scholars and instructors favored.
The main revisions in scientific content material may be summarized as follows:
Chapter 1 Thermal enlargement; kinetic molecular concept; atomic diffusion; molecular collisions and vacuum deposition; particle flux density; line defects; planar defects; crystal surfaces; Grüneisen’s rule.
Chapter 2 Temperature dependence of resistivity, pressure gauges, Corridor impact; ionic conduction; Einstein relation for drift mobility and diffusion; ac conductivity; resistivity of skinny movies; interconnects in microelectronics; electromigration.
Chapter 3 Electron as a wave; infinite potential effectively; confined electron in a finite potential power effectively; stimulated emission and photon amplification; He–Ne laser, optical fiber amplification.
Chapter 4 Work operate; electron photoemission; secondary emission; electron affinity and photomultiplication; Fermi–Dirac statistics; conduction in metals; thermoelectricity and Seebeck coefficient; thermocouples; phonon focus adjustments with temperature.
Chapter 5 Degenerate semiconductors; direct and oblique recombination; E vs. ok diagrams for direct and oblique bandgap semiconductors; Schottky junction and depletion layer; Seebeck impact in semiconductors and voltage drift.
Chapter 6 The pn junction; direct bandgap pn junction; depletion layer capacitance; linearly graded junction; hyper abrupt junctions; light-emitting diodes (LEDs); quantum effectively high-intensity LEDs; LED supplies and constructions; LED traits; LED spectrum; brightness and effectivity of LEDs; multijunction photo voltaic cells.
Chapter 7 Atomic polarizability; interfacial polarization; impression ionization in gases and breakdown; supercapacitors.
Chapter 8 anisotropic and large magnetoresistance; magnetic recording supplies; longitudinal and vertical magnetic recording; supplies for magnetic storage; superconductivity.
Chapter 9 Refractive and group index of Si; dielectric mirrors; free service absorption; liquid crystal shows.
ORGANIZATION AND FEATURES
In making ready the fourth version, as within the earlier version, I attempted to maintain the overall remedy and numerous proofs at a semiquantitative stage with out going into detailed physics. Many of the issues have been set to fulfill engineering accreditation necessities.
Some chapters within the textual content have extra matters to permit a extra detailed remedy, normally together with quantum mechanics or extra arithmetic.
Cross-referencing has been prevented as a lot as doable with out an excessive amount of repetition and to permit numerous sections and chapters to be skipped as desired by the reader. The textual content has been written in order to be simply usable in one-semester programs by permitting such flexibility. Some necessary options are:
The rules are developed with the minimal of arithmetic and with the emphasis on bodily concepts. Quantum mechanics is a component of the course however with out its troublesome mathematical formalism.
There are quite a few labored examples or solved issues, most of which have a sensible significance. College students study by approach of examples, nevertheless easy, and to that finish a big quantity (227 in complete) of solved issues have been supplied.
Even easy ideas have examples to assist studying.
Most college students wish to have clear diagrams to assist them visualize the reasons and perceive ideas. The textual content consists of 565 illustrations which have been professionally ready to replicate the ideas and assist the reasons within the textual content. There are additionally quite a few pictures of sensible units and scientists and engineers to boost the training expertise.
The top-of-chapter questions and issues (346 in complete) are graded in order that they begin with simple ideas and ultimately result in extra refined ideas. Tough issues are recognized with an asterisk . Many sensible functions with diagrams have been included.
There’s a glossary, Defining Phrases, on the finish of every chapter that defines some of the ideas and phrases used, not solely inside the textual content but additionally within the issues.
The top of every chapter features a part Further Subjects to additional develop necessary ideas, to introduce fascinating functions, or to show a theorem. These matters are supposed for the eager pupil and can be utilized as half of the textual content for a two-semester course.
The textual content is supported by McGraw-Hill’s textbook web site that accommodates sources, comparable to solved issues, for each college students and instructors.
The fourth version is supported by an in depth PowerPoint presentation for instructors who’ve adopted the ebook for his or her course. The PowerPoint has all of the illustrations in coloration and consists of extra coloration images. The essential ideas and equations are additionally highlighted in extra slides.
There’s a frequently up to date on-line prolonged Options Handbook for all instructors; merely find the McGraw-Hill web site for this textbook. The Options Handbook gives not solely detailed explanations of the options but additionally has coloration diagrams in addition to references and useful notes for instructors. (It additionally has the solutions to these “why?” questions within the textual content.)
Principles of Electronic Materials & Devices PDF
Author(s): Safa Kasap
Publisher: McGraw-Hill Education, Year: 2018
ISBN: 0078028183