Electronic Circuit Analysis Notes PDF Free Download

Electronic Circuit Analysis Notes: Students aspiring to perform well and secure excellent grades in the second semester of B. Tech must surely check out the free notes for Electronic Circuit Analysis. These notes are completely reliable and credible with study material sourced from several well-known reference books and authors so that students do not have to worry about the accuracy of the notes.

Students get to enhance their efficiency and effectiveness while preparing for exams as well as gaining a foothold regarding the subject of Electronic Circuit Analysis with a strong conceptual background. This allows them to understand its utility in both theoretical as well as practical situations.

These lecture notes are formulated by certain professionals and experts in the field in accordance with the latest versions of the curriculum including the current syllabus and a list of questions to assist students in properly assessing their preparations and allow adequate time for each concept and topic.

Students can refer to the following sources as mentioned in this article.

About Electronic Circuit Analysis Notes

In the most basic sense, an Electronic Circuit Analysis refers to the ideas underlying the designs and analysis of integrated and discrete circuits. The subject aims at familiarizing students with basic transistor amplifier circuits, their characteristics regarding frequency response, oscillators, feedback amplifiers, and large-signal and tuned amplifiers. In addition to this, it helps in a basic understanding of amplifier operation and analyzing amplifier circuits through a hybrid model.

The course covers single-phase circuits, network theorems, network topology, magnetic circuits, and transient analysis along with numerous other subtopics.

After the completion of this course, a student will be able to apply the knowledge gained through subjects like mathematics, science, and engineering towards analyzing and designing electronic circuits along with identifying, formulating, and solving problems concerning this area and inferring the authenticity of such solutions.

To gain a much deeper understanding of Electronic Circuit Analysis, students can utilize the various notes and PPTs available for this subject and refer to question banks of previous years.

Electronic Circuit Analysis Notes Free PDF Download

Students pursuing the B. Tech courses can download and refer to the Electronic Circuit Analysis Notes PDF and build strong foundations of the subject for both examinations and future prospects and in the field. The PDF will allow you to understand the topics in a detailed manner with the inclusion of lucid language and comprehensive diagrams and explanations.

The notes have been formulated keeping in mind the practicality of the subject and include several lab manual procedures leading to exceeding problem-solving skills and subsequent grades in examinations.

The various formats for downloading notes and other study material for Electronic Circuit Analysis are as follows:

  • Electronic Circuit Analysis Question bank with Answers PDF
  • Electronic Circuit Analysis handwritten notes PDF
  • Electronic Circuit Analysis II Semester notes PDF
  • Electronic Circuit Analysis Question Papers PDF
  • Electronic Circuit Analysis PPT

Electronic Circuit Analysis Reference Books

Books are certainly the best sources for study material on a particular subject. There are many reference books available in the market on the subject matter of Electronic Circuit Analysis providing abundant information and strong conceptual background acting as a rich source of information for students and aspirants.

You can easily refer to the reference books mentioned in this article to increase your knowledge about the subject matter.

The following provides a list of reference books for Electronic Circuit Analysis as prescribed and recommended by some of the leading experts in the field all around the world. Students can choose from this list according to their needs.

  • Electronic Circuit Analysis (2013), by Rashid and Cengage Learning.
  • Electronic Devices and Circuit Theory (2008 PE, 9th Edition), by Robert L. Boylestad and Louis Nashelsky.
  • Micro electric Circuits (2009, 5th Edition, Oxford University Press), by Sedra and Smith.
  • Electronic Circuit Analysis (2004, BSP), by K. Lal Kishore.
  • Electronic Devices and Circuits (2009, TMH, 2nd Edition), by N. Sheesh Kumar and A Vallavaraj.
  • Integrated Electronics (2008, TMH), by Jacob Millman and Christos C. Halkias.
  • Design of Analog CMOS Integrated Circuits (2008, TMH), by Behzad Razavi
  • Engineering Circuit Analysis (6th edition, McGraw Hill Company), by William Hayt and Jack E. Kemmerley.
  • Network Analysis (Hall is India Pvt. Ltd.), by Van Valkenburg.
  • Fundamentals of Electric Circuits (McGraw Hill Education, India), by Charles K. Alexander and Mathew N. O. Sadiku.
  • Linear Circuit Analysis (Oxford Publications), by De Carlo.
  • Introductory Circuit Analysis (Pearson publications), by Robert L. Boylestad.
  • Analysis and Synthesis – Circuit Theory by A. Chakrabarthi and DhanpatRai and Company.

Electronic Circuit Analysis Updated Curriculum

Referring to the latest version of the syllabus can help students in correctly planning and organising several topics and concepts for efficient and productive preparations and secure good marks.

The updated curriculum for Electronic Circuit Analysis for 2nd-year 2nd semester consists of 5 Units containing vast knowledge on design and analysis of different types of circuits and help students in answering questions in examinations with increased capacity and understanding.

Following is the latest version of the syllabus for Electronic Circuit Analysis.

UNIT TOPIC
UNIT-I: Single-Stage Amplifiers
  • Classification of amplifiers
  • Transistor hybrid model
  • Analysis of a transistor CE
  • CB & CC amplifier circuit using simplified h-parameters
  • Analysis of CE amplifier with emitter resistance
  • emitter follower
  • Distortion in amplifiers
  • Analysis of cascaded RC coupled BJT amplifier
  • cascade amplifier
  • Darlington pair
  • Coupling schemes-RC coupled amplifier
  • transformer-coupled amplifier
  • Direct-coupled Amplifier
  • multistage amplifier using JFET
UNIT-II: BJT Amplifiers- Frequency Response
  • Logarithms
  • Decibels
  • general frequency considerations
  • The frequency response of an amplifier
  • Analysis at low and High Frequencies
  • Hybrid-pi (π) common emitter transistor model
  • hybrid – π conductances and capacitances
  • the validity of hybrid- π model
  • variation of hybrid – π parameters
  • Miller’s theorem and it’s dual
  • the CE short circuit current gain
  • current gain with resistive load
  • gain-bandwidth product
  • emitter follower at high frequencies
UNIT-III: Feedback Amplifiers
  • Concept of Feedback and types
  • transfer again with feedback
  • general characteristics of negative feedback amplifiers
  • Effect of negative feedback on amplifiers characteristics
  • voltage series, current series
  • current shunt
  • voltage shunt feedback amplifiers
  • Classification of oscillators
  • Constituents of an oscillator
  • Barkhausen criterion
  • RC phase shift oscillator
  • Wein-bridge oscillator
  • Generalized analysis of LC oscillators- Hartley and Colpitts oscillator
  • Crystal oscillator
  • Stability of oscillator
  • Wein bridge oscillator
  • Crystal oscillator
  • frequency stability
  • UJT relaxation oscillator
UNIT-IV: Large Signal Amplifiers
  • Classification
  • Distortion in amplifiers
  • class A large signal amplifiers
  • transformer coupled class A power amplifier
  • the efficiency of class A amplifier
  • class B power amplifier
  • efficiency of class B amplifier
  • class B push pull amplifier
  • Complementary symmetry
  • class B push pull amplifiers
  • class AB push pull amplifier
  • class C amplifiers
  • class D amplifier
  • thermal stability
  • heat sink.
UNIT-V: Tuned Amplifiers
  • Introduction
  • classification of tuned amplifiers
  • small signal tuned amplifier
  • Effect of cascading single tuned amplifier on bandwidth
  • Effect of cascading Double tuned amplifier on bandwidth
  • Staggered tuned amplifier
  • stability of Tuned Amplifier

List of Important Questions on Electronic Circuit Analysis

Students must know beforehand what kind and pattern of questions are going to appear in examinations. To effectively understand this, students can refer to and practice as many questions as they can regarding the subject.

Following refers to the list of certain important questions that have a high probability to appear in the examinations for Electronic Circuit Analysis and increase their confidence as well as problem-solving ability.

  • Explain the chief characteristics of amplifiers.
  • Differentiate between CB, CC, and CE amplifiers.
  • Count and clarify with essential derivations, the attributes that get influenced by negative feedback.
  • Draw the circuit for CASCODE Amplifier. Clarify its working, acquire the general estimations of the circuit as far as h-boundaries.
  • What do you understand about power amplifiers and would you characterize them as dependent on a class of operation?
  • Draw the chart of a capacitance coupled tuned amplifier and determine an expression for its quality factor.
  • Shine light on Giacelletto model of a Transistor. Determine the connection between different parameters.
  • Show that Bandwidth diminishes with cascading of single tuned amplifiers.
  • Determine the articulation for the transformation efficiency of a Class B Power amplifier.
  • Define the Clapp oscillator and examine its points of interest and compare it with the Colpitts oscillator.

Frequently Asked Questions on Electronic Circuit Analysis Notes

Question 1.
Can one utilize these notes for revision during examinations?

Answer:
Yes, Students can rest assured about the Electronic Circuit Analysis Notes PDF and comfortably utilize them as revision notes as well. The notes have been formulated in a detailed manner with proper headings and subheadings and excellent organization of the study material. This will make it easier for students to refer back and forth between points easily while revising for their exams.

Question 2.
What do you understand about the Electronic Amplifier circuit?

Answer:
The electronic amplifier circuit adjusts the qualities of the input signal when conveyed the outward side. It may very well be as for current, voltage, or power respectively.

Question 3.
What is the frequency of operation and type of coupling of a Class B amplifier?

Answer:
A Class B amplifier has audio frequencies and inductively coupled amplifiers.

Conclusion on Electronic Circuit Analysis Notes

The abovementioned Electronic Circuit Analysis Notes PDF is an excellent source of information and study material so that students can efficiently and effectively prepare for the B. Tech 2nd semester examinations. These notes provide maximum reliability, credibility, and flexibility to gain maximum knowledge with minimal effort on the unnecessary subject matter.

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