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ارائه محصولات فایلی و دانلودی برای شما عزیزان
مقالات و تحقیق آماده
ارائه محصولات فایلی و دانلودی برای شما عزیزاندانلود جزوه درس فیزیک الکترونیک
جزوه درس فیزیک الکترونیک
فرمت فایل دانلودی: .rarفرمت فایل اصلی: pdf
تعداد صفحات: 69
حجم فایل: 8997 کیلوبایت
قیمت: 70000 تومان
توضیحات:
جزوه اسکن شده درس فیزیک الکترونیک، در قالب فایل pdf و در حجم 69 صفحه.
این جزوه بصورت اسکن شده و فایل pdf می باشد و شامل 69 صفحه می باشد.
شامل سر فصل های:
1-تئوری باندها و فیزیک نیمه هادی ها،
2-پیوند p-n،
3-ترانزیستور BJT،
4-ترانزیستور FET،
5-پیوند فلز نیمه هادی.
جزوه بسیار خوانا و تمیز می باشد.
جزوه اسکن شده درس فیزیک الکترونیک، در قالب فایل pdf و در حجم 69 صفحه.
این جزوه بصورت اسکن شده و فایل pdf می باشد و شامل 69 صفحه می باشد.
شامل سر فصل های:
1-تئوری باندها و فیزیک نیمه هادی ها،
2-پیوند p-n،
3-ترانزیستور BJT،
4-ترانزیستور FET،
5-پیوند فلز نیمه هادی.
جزوه بسیار خوانا و تمیز می باشد.
پرداخت با کلیه کارتهای عضو شتاب امکان پذیر است.
دانلود سایر پروژه
دانلود کتاب زبان اصلی دوره الکترونیک - (2020) The Electronics Course
کتاب زبان اصلی دوره الکترونیک - (2020) The Electronics Course
فرمت فایل دانلودی: .pdfفرمت فایل اصلی: pdf
تعداد صفحات: 687
حجم فایل: 6765 کیلوبایت
قیمت: 40000 تومان
توضیحات:
کتاب زبان اصلی دوره الکترونیک، (2020) The Electronics Course، تالیف Matthew M. Radmanesh در قالب فایل pdf.
این کتاب در زمینه الکترونیک 1 از درسهای دوره کارشناسی مهندسی برق گرایش الکترونیک می باشد.
مطالبی پیرامون این کتاب:
This self-study course was prepared in response to an overwhelming demand for a course, which could more effectively utilize the science of electronics and teach the student how to analyze and design electronic circuits.
This coursebook follows the top-down approach, that is to say, the most important considerations, that are true at all times, are presented first and gradually the scope is narrowed down to very specific applications. This approach is extremely powerful because it allows the reader to have “the whole picture” before he focuses on a “small part” of it.
The initial motivation was to bring the basics to the forefront and orient the reader in such a way that he/she can think with these fundamentals correctly. This concept led to developing this course, covering the thirteen lessons in the coursebook.
In general, we can see that workable knowledge is like a pyramid, where from a handful of common denominators efficiently expressed by a series of basic postulates, axioms and natural laws, which form the foundation of a science, an almost innumerable number of devices, circuits and systems can be thought up and developed. The plethora of the mass of devices, circuits and systems
generated is known as the application mass, which practically approaches infinity in sheer number. This is an important point to grasp, since the foundation portion never changes (a static) while the base area of the pyramid is an ever changing and evolving arena (a kinetic), where this evolution is in terms of new implementation techniques and technologies. In preparing this book, the emphasis was shifted from rigorous and sophisticated mathematical solutions of Maxwell's equations and instead has been aptly placed on RF and microwave circuit analysis and design principles using simple concepts while emphasizing the basics all the way.
The course materials is written with emphasis on fundamentals and for this reason all new technical terms are thoroughly defined in the body of the text as they are introduced. This novel approach is based upon the results obtained in recent investigations and research in the field of education, which has shown that the lack of (or the slightest uncertainty on) the definition of terms will pose as one of the most formidable obstacles in the reader's mind in achieving full comprehension of the material. A series of uncomprehended or misunderstood technical terms will block one's road to total comprehension and mastery of the subject. This undesirable condition will eventually lead to a dislike and total abandonment of the subject.
This coursebook follows the top-down approach, that is to say, the most important considerations, that are true at all times, are presented first and gradually the scope is narrowed down to very specific applications. This approach is extremely powerful because it allows the reader to have “the whole picture” before he focuses on a “small part” of it.
The initial motivation was to bring the basics to the forefront and orient the reader in such a way that he/she can think with these fundamentals correctly. This concept led to developing this course, covering the thirteen lessons in the coursebook.
In general, we can see that workable knowledge is like a pyramid, where from a handful of common denominators efficiently expressed by a series of basic postulates, axioms and natural laws, which form the foundation of a science, an almost innumerable number of devices, circuits and systems can be thought up and developed. The plethora of the mass of devices, circuits and systems
generated is known as the application mass, which practically approaches infinity in sheer number. This is an important point to grasp, since the foundation portion never changes (a static) while the base area of the pyramid is an ever changing and evolving arena (a kinetic), where this evolution is in terms of new implementation techniques and technologies. In preparing this book, the emphasis was shifted from rigorous and sophisticated mathematical solutions of Maxwell's equations and instead has been aptly placed on RF and microwave circuit analysis and design principles using simple concepts while emphasizing the basics all the way.
The course materials is written with emphasis on fundamentals and for this reason all new technical terms are thoroughly defined in the body of the text as they are introduced. This novel approach is based upon the results obtained in recent investigations and research in the field of education, which has shown that the lack of (or the slightest uncertainty on) the definition of terms will pose as one of the most formidable obstacles in the reader's mind in achieving full comprehension of the material. A series of uncomprehended or misunderstood technical terms will block one's road to total comprehension and mastery of the subject. This undesirable condition will eventually lead to a dislike and total abandonment of the subject.
این کتاب شامل فصل های زیر است:
Preface.…………………………………….........ix
Acknowledgements.………..…………………..xv
Part One: The Essentials.............................1
How to Learn Sciences…………….. ………....3
Why This Course?.…………………………....7
The Course Features……………………….....9
How to Use This Coursebook…………..........11
The Course Goals………………………….....15
The Reader's Understanding………...……...19
Part Two: The Course Materials…….....23
Part Three: The Lessons & the Answers... 229
Part Four: The Final Exam....................313
CD-ROM Download.........................................341 Appendix............................................................347
Glossary of Technical Terms………………...377
About the Author……………………………..413
Acknowledgements.………..…………………..xv
Part One: The Essentials.............................1
How to Learn Sciences…………….. ………....3
Why This Course?.…………………………....7
The Course Features……………………….....9
How to Use This Coursebook…………..........11
The Course Goals………………………….....15
The Reader's Understanding………...……...19
Part Two: The Course Materials…….....23
Part Three: The Lessons & the Answers... 229
Part Four: The Final Exam....................313
CD-ROM Download.........................................341 Appendix............................................................347
Glossary of Technical Terms………………...377
About the Author……………………………..413
پرداخت با کلیه کارتهای عضو شتاب امکان پذیر است.
دانلود سایر پروژه
دانلود پاورپوینت ترانزیستورهای اثر میدان (FET)
پاورپوینت ترانزیستورهای اثر میدان (FET)
فرمت فایل دانلودی: .zipفرمت فایل اصلی: ppt
تعداد صفحات: 20
حجم فایل: 1883 کیلوبایت
قیمت: 36000 تومان
توضیحات:
دانلود پاورپوینت با موضوع ترانزیستورهای اثر میدان (FET)،
در قالب ppt و در 20 اسلاید، قابل ویرایش.
بخشی از متن پاورپوینت:
کلمه ترانزیستور از دو کلمه ترانس (انتقال) و رزیستور (مقاومت) تشکیل شده است و قطعه ای است که از طریق انتقال مقاومت به خروجی باعث تقویت می شود.
ترانزیستور اثر میدان، دسته‌ای ازترانزیستورها هستند که مبنای کار کنترل جریان در آن‌ها توسط یک میدان الکتریکی صورت می‌گیرد. با توجه به اینکه در این ترانزیستورها تنها یک نوع حامل بار (الکترون آزاد یا حفره) در ایجاد جریان الکتریکی دخالت دارند، می‌توان آن‌ها را جزو ترانزیستورهای تک‌قطبی محسوب کرد
و . . .
فهرست مطالب:
ترانزیستور اثر میدان
ایجاد ترانزیستور اثر میدان (FET)
بایاس ترانزیستور و نحوه کارکرد آن
علامت اختصاری FET
منحنی مشخصهFET
ترانزیستور اثر میدان با گیت عایق شده
پرداخت با کلیه کارتهای عضو شتاب امکان پذیر است.
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