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EE216 Electronics Lecture Notes - Fall 2011, Slides of Electronics

These lecture notes for ee216 electronics course cover various topics including bjt models, ss equivalent circuits, amplifier characteristics, and generic relationships. The notes are based on the textbooks 'microelectronic circuits' by sedra, smith and 'fundamentals of microelectronics' by behzad razavi. The author, assistant professor saleem iftekhar from nust, has modified some slides and added new ones for academic purposes.

Typology: Slides

2011/2012

Uploaded on 08/07/2012

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Download EE216 Electronics Lecture Notes - Fall 2011 and more Slides Electronics in PDF only on Docsity! 1 EE216 Electronics -1 Lecture 26 docsity.com EE-216 ELECTRONICS -I EE216 Fall 2011 2 Acknowledgement: The author of these slides acknowledges that most of the slides used in this course have been taken from the course material provided in the CD accompanying the two text books mentioned below. Some of the slides have been modified and some new slides have been added. The author would like to appreciate and give full credit to the efforts of the original creator of the slides and would categorically mention that the material used is purely for academic purpose and not whatsoever for commercial use. No commercial use of these slides is either intended and all those accessing this material are advised to use this material only for academic non-commercial purpose.  Microelectronic Circuits Sixth Edition, by Sedra, Smith Oxford University Press  Fundamentals of Microelectronics, by Behzad Razavi, John Wiley & Sons Inc Modified by Assistant Professor Saleem Iftekhar, SEECS NUST docsity.com Example 5.16  = .  = . =  = . Ω   = .   = − .  =   = .    =   = . Ω   docsity.com Example 5.16(Contd) SS equivalent circuit using Hybrid-pi model docsity.com Example 5.16(Contd)  =   =   = .  SS equivalent circuit using T-model, this preferred for CB configuration docsity.com The T-Model with Early Effect ALWAYS Understand the BASIC RELATIONSHIPS that are summarized in this table >>>>Table 5.4 S&S page 459 be mastered. docsity.com +10 V 8 ko OY 10 ka oO” = CQ) 1-1 ma y docsity.com 5.41 SS Circuit Z X Y docsity.com Amplifier Characteristics i i in i v R = ∞= = LRi o vo v v A x x o i v R = docsity.com Amplifier Characteristics i i in i v R = ∞= = LRi o vo v v A 0= = ivx x o i v R docsity.com Amplifier Characteristics ivo oL L o vARR R v + = sig o v v v G = vo oL L v ARR R A + = i o v v v A = v sigin in v ARR R G + = docsity.com CE Amplifier (Slide Print Version) docsity.com RECALL: Amplifier Characteristics i i in i v R = ∞= = LRi o vo v v A ivo oL L o vARR R v + = i o v v v A = vo oL L v ARR R A + = sig o v v v G = v sigin in v ARR R G + = 0= = ivx x o i v R ALWAYS REMEMBER HOW THESE GENERIC RELATIONSHIPS ARE DERIVED Table 5.5 S&S page 462-463 be mastered. docsity.com
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