ESC201A Introducton to Electronics. G Rajshekhar Department of Electrical Engineering IIT Kanpur
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1 ESC201A Introducton to Electronics G Rajshekhar Department of Electrical Engineering IIT Kanpur
2 Acknowledgements Prof. Baquer Mazhari, EE department Prof. A. R. Harish, EE department Prof. S.S.K. Iyer, EE Department Prof. Yogesh Singh Chauhan, EE Department Prof. A. Banerjee, EE department Prof. K. V. Srivastava, EE Department Prof. Pradeek Kumar, EE Department Prof. Shilpi Gupta, EE Department Prof. Ketan Rajawat, EE Department 2
3 3
4 4
5 Modern world has been and is being rapidly transformed by ELECTRONICS Essental Ingredient is Electricity Electronics offers capabilities that can be exploited by almost all engineering branches
6 Why has Electronics Revolutonized our lives? Every acton requires energy and Electricity is one of the most useful forms of energy It is easy to generate, easy to transport, can be easily converted into other forms of energy It can be precisely Controlled 6
7 7
8 Revoluton? Add an electrical sub-system Mechanical/Chemical System Electrical System
9 Example wikipedia Pre-industrial era Lif/elevator used by us asme.org wikipedia 1853 Now! System: Mechanical Source of Energy: Electrical Controlling System: Electronics 9
10 Aircraf Control
11 Fly-by-wire
12 Electronics and Health
13 13
14 Performance Enhancement?
15 Example: Hair cells Nature 413, (13 September 2001) Hearing aid 15
16 16
17 Course Objectives Introduce you to the broad area of electronics Analyze and design electronic circuits Gain hands on experience in building and analyzing electronic circuits in the laboratory
18 Topics to be Covered Topics Number of Lectures Circuit Analysis Techniques Nodal, Mesh, Superpositon, Thevenin, Norton 5 Transient Analysis of RL and RC Circuits Sinusoidal Steady State Analysis Transfer Functon and Frequency Response Reference Book: Engineering Circuit Analysis by W. Hayt, J. E. Kemmerly and S. M. Durbin, TATA McGraw Hill
19 Topics to be Covered Topics Semiconductors, Diodes and diode Circuits Transistors and Amplifers Operatonal Amplifers and waveform Generaton Number of Lectures Reference Book: Electronic Devices and Circuit Theory by R. Boylestad and L. Nashelsky, Prentice Hall of India Microelectronics Circuits, by Sedra/Smith, 5th edition, Oxford University Press Microelectronics by Millman, Grabel, 2nd edition, Tata McGraw Hill.
20 Topics to be Covered Topic Number of Lectures Numbering system, logic gates, Combinatonal circuits 4 Flip-fops, Sequental Circuit Design Data Converters 5 3 Reference Books: Digital Design by Mano, Ciletti, 4th edition, Pearson Digital Principles and Applications, by Leach, Malvino, 5th edition, Tata McGraw Hilll.
21 Course Schedule Venue Lectures Tutorial Laboratory L20 T , T201, T208 CL 102/105 Core Labs Days Time Mon, Wed, Thu 5 to 6 pm Tue Mon, Tue, Wed, 2 to 5 pm Fri 21
22 CL 102B 22
23 Tutorials Homework Assignment sheets will be given every week. For proper learning it is expected that you would atempt to solve all the problems prior to tutorial. You are not required to submit homework solutons. During the first i 1i0i i minsuiteis i o f i tnei i tuito rnlt, you would be asked to solve a problem related to the homework assignment, which will be graded and used in tutorial assessment. Solutons to homework assignments will be discussed during tutorials. Solutons will also be posted on ESc201 website.
24 Website 24
25 Instructors Instructor: Dr. G Rajshekhar Office: ACES-325B Phone: gshekhar@iitk.ac.in Lab Instructor: Dr. K. S. Venkatesh Office: ACES 207 Phone: venkats@iitk.ac.in
26 Marks Distributon S.No. Descripton Marks 1. Tutorial mini-quizzes (10-minutes) 20 marks 2. Three major-quizzes (45 minutes each, Best two considered) 30 marks One Mid-Semester Examinaton One End-Semester Examinaton 40 marks 70 marks One Laboratory Examinaton Weekly Laboratory Performance Total 20 marks 20 marks 200 marks 26
27 Laboratory Schedule S.No. Day of the week Sectons 1. Monday M1, M2, M3 2. Tuesday T1, T2, T3 3. Wednesday W1, W2, W3 4. Friday F1, F2, F3 You will come to know about your sections soon. 27
28 Policy Regarding Missed Examinations/Laboratory Sessions If you miss an examination due to approved medical leave or you have your leave approved by the competent authority at IIT Kanpur, following policy will be applied. Missed mini-quizzes (10 minutes): No make-up examination. Missed major Quiz-1/Quiz-2/Quiz-3: No make-up examination. Missed lab examination: No make-up examination Missed End-semester examination: You will be allowed to take the make-up examination subject to Institute guidelines. It is your responsibility to contact the instructor (Dr. G Rajshekhar, gshekhar@iitk.ac.in) for the make-up examination. If you fail to appear in the make-up examination, you will be awarded zero marks. Missed Laboratory sessions: You will be allowed to complete the experiment in the designated make-up laboratory sessions. However, if you do not appear in the makeup laboratory sessions, you will be awarded zero marks for that experiment. 28
29 No tutorial and No lab next week (Jan 8-12, 2018) 29
30 30
31 Circuit Fundamentals 31
32 Concepts Charge, Current, Voltage, Power, and Energy Ohm s Law KCL KVL 32
33 Electrical Current The time rate of flow of electrical charge The units are amperes (A), which are equivalent to coulombs per second (C/s) André-Marie Ampère
34 Flow of electrons through a wire or other electrical conductor gives rise to current Electrons are negatively charged particles The charge per electron is C I 1016 electrons flow per second How much current flows? Q I A t 1 34
35 Current has a magnitude and a direction I 1016 electrons flow per second Direction of current flow is opposite to direction of electron flow Large number of electrons have to flow for appreciable current Exercise 1: For q(t) = 2-2e-100t, t > 0 and q(t) = 0 for t < 0, find i(t) 35
36 Direct Current (DC) & Alternating Current (AC) When current is constant with time, we say that we have direct current, abbreviated as DC. ~ On the other hand, a current that varies with time, reversing direction periodically, is called alternating current, abbreviated as AC 36
37 Voltage Voltage difference is a Source of current flow Units of Voltage: Volts (V) Alessandro Giuseppe Antonio Anastasio Volta V 0V 12V 12V 37
38 Voltage Sources 38
39 DC and AC voltages V V 12V 39
40 Electrical Systems are made of Voltage sources, wires and a variety of electrical elements Resistor Capacitor Inductor Diode Transistor Transformer 40
41 Current flows in a loop Electrical systems are called electrical circuits 41
42 Electrical Circuit Connection of several circuit elements in closed paths by conductors Before we learn how to analyze and design circuits, we must become familiar with some basic circuit elements. 42
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