Electronic Devices and Circuit Notes PDF Free Download

Electronic Devices and Circuit Notes: Electronic Devices and Circuit notes can be extremely significant for students who wish to gain a complete understanding of the various topics and concepts included in this subject and subsequently perform well in the B.Tech first semester examinations.

The EDC lecture notes have been designed accurately by experts and professionals in the field of electronics engineering and provide entirely reliable sources of study material for students to enhance their conceptual background regarding the subject and achieve the highest marks in exams.

The EDC notes provide students with a head start in the sense that they can assess their preparations for exams in an easier way utilizing the various aids provided by these notes. This article provides students with several sources of information and study material so that they can increase their effectiveness and efficiency while studying. The notes are in accordance with the latest versions of the syllabus as per the first semester of the B. tech course. The article also includes several important questions to aid students in forming habitual instinct when it comes to problem-solving.

The Following provides the various sources of study material included in this article.

Introduction to Electronic Devices and Circuits Notes

In the most basic sense, electronic engineering deals with the flow of electrons in semiconductors, gas, and vacuum tubes. The various applications of electronics include medical and home appliances, computer and mobile communications, robotics, etc.

The movement of electrons through a conveyor gives us electric flow. This electric flow can be delivered with the assistance of batteries and generators. The gadget which controls the progression of electrons is called an electronic device. These gadgets are the fundamental structure squares of electronic circuits. Gadgets have different branches incorporating analog electronics, digital electronics, microelectronics, nanoelectronics, optoelectronics, coordinated circuit, and semiconductor gadget.

All circuit branch engineers require the basic knowledge of this subject to function properly in this area. Electronic Devices and Circuits aim to familiarize students and aspirants with amplifier circuits, design and analysis of junction diode, the principle of operation, and BJT as well as FET transistors. In addition to this, the subject intends for the understanding of the diode as a rectifier to propagate the basic principle of the filter of circuits along with its various types.

Electronic Devices and Circuits Notes PDF Free Download

The EDC notes provide step by step explanation of all of the concepts and topics that are included in the subject so that students develop a better understanding and strengthen their core knowledge along with building conceptual foundations for any future prospects towards electronics engineering.

The Electronic Devices and Circuits notes have been designed in a very comprehensive and easy to understand language along with help of several diagrams and charts so that students get to utilize their maximum potential and enhance their abilities and make the most of their time.

The following provides the various formats of the notes and other study material for Electronic Devices and circuits that students can easily download for free.

  • EDC Question bank with answers PDF.
  • Electronic Devices and Circuits Lecture Notes PDF.
  • Electronic Devices and Circuits handwritten notes PDF.
  • EDC previous year question papers PDF.
  • EDC 1st semester B. Tech notes PDF.
  • Electronic Devices and Circuits PPT.

Electronic Devices and Circuits Reference Books

Books are considered to be the best source of information when it comes to gaining a complete understanding of a subject. Books provide students with theoretical as well as practical knowledge for better prospects in future as well as bagging excellent grades in exams. There are numerous reference books on the subject matter of Electronic Devices and Circuits that are available in the market providing an abundance of extensive information on EDC.

Following refers to a list of some of the most popular reference books on the subject of Electronic Devices and Circuits as prescribed and recommended by some of the leading experts and professionals in the field of electronics engineering. Students may choose from this list according to their needs.

  • Electronic Devices and Circuits (B.S Publications), written by K.Lal Kishore
  • Electronic Devices and Circuits (I.K. International Publications, New Delhi, 2006), written by G.S.N. Raju
  • Electronic Devices and Circuits (Technical Publications), written by A.P Godse, and U.A Bakshi,
  • Electronic Devices and Circuits (Anuradha Agencies), written by K.S. Srinivasan
  • Electronic Devices and Circuits, published by McGraw Hill and written by Venkata Rao
  • Millman’s Electronic Devices And Circuits (Sie), published by McGraw Hill, written by Jacob Millman.
  • Electronic Devices and Circuits (6th Edition), written by Theodore F. Bogart, Jeffery S. Beasley, and Guillermo Rico.
  • Electronic Devices and Circuits (5th Edition), Oxford Publications, written by David A. Mill
  • A reference guide to Useful Electronic Circuits And Circuit Design Techniques, written by Kervin Mathew
  • Electronic devices and circuits, written by Anil K. Maini and Varsha Agarwal.
  • Electronic Devices and Circuits, written by Er. N.B.L. Mathur.

Electronic Devices and Circuits Updated Syllabus

The curriculum for B. Tech 1st semester 1st year contains five mutually exhaustive units containing a plethora of knowledge on the subject matter of the basics for Electronics Engineering.

Students can adhere to the syllabus provided here which is updated according to the latest versions as mandated for the 1st year 1st semester of the B. Tech course to efficiently and effectively organise and plan their preparations. This will help you in properly allotting time and effort for each chapter and unit to secure excellent grades in exams.

The following provides the updated syllabus for Electronic Devices and Circuits for 1st-semester 1st year B. Tech.

UNIT TOPICS
UNIT-I: P.N. Diode Characteristics P-N Junction Diode

  • Qualitative Theory of P – N Junction
  • P – N Junction as a diode
  • Diode equation
  • Volt – ampere characteristics
  • temperature dependence of V – I characteristic
  • Ideal versus practical – resistance levels( static and dynamic)
  • Transition and diffusion capacitances, diode equivalent circuits
  • Load line analysis
  • Breakdown mechanisms in semiconductor diodes
  • Zener diode characteristics.

Special Purpose Electronic Devices

  • The principal of operation and Characteristics of Tunnel Diode with the help of energy band diagrams
  • Varactor Diode
  • SCR
  • Photodiode
UNIT-II: Rectifiers and Filters
  • P – N Junction as a rectifier
  • Half wave rectifier
  • Full wave rectifier
  • Bridge rectifier
  • Harmonic components in a rectifier circuit, Inductor filter
  • Capacitor filter
  • L – section filter
  • – section filter and comparison of various filter circuits
  • Voltage regulation using Zener diodes.
UNIT-III: Bipolar Junction Transistor
  • R: The Junction transistor
  • Transistor current components
  • Transistor as an amplifier
  • Transistor construction
  • Input and Output characteristics of a transistor in Common Base
  • Common Emitter
  • Common collector configurations.
  • α and β Parameters and the relation between them
  • BJT Specifications
  • BJT Hybrid Model
  • h – parameter representation of a transistor
  • Analysis of a single stage transistor amplifier using h – parameters
  • Voltage gain
  • Current gain
  • Input impedance and Output impedance.
  • Comparison of transistor configurations in terms of Ai, Ri, Av and Ro
UNIT-IV: Transistor Biasing and Stabilisation
  • Operating point
  • The D.C and A.C Load lines
  • Need for biasing
  • Criteria for fixing
  • Operating point
  • B.J.T biasing
  • Fixed bias
  • Collector to base bias
  • Self bias techniques for stabilization
  • Stabilization factors, (s, s I, s II )
  • Bias Compensation using diode and transistor
  • Compensation against variation in V BE, I CO
  • Thermal runaway
  • Condition for Thermal stability.
UNIT-V: Field Effect Transistor and FET Amplifier Field Effect Transistor

  • JFET (Construction, principal of Operation
  • Volt – Ampere characteristics)
  • Pinch – off voltage – Small signal model of JFET
  • FET as Voltage variable resistor, Comparison of BJT and FET
  • MOSFET (Construction, principal of Operation and symbol)
  • MOSFET characteristics in Enhancement and Depletion modes.

FET Amplifiers :

  • FET Common source Amplifier
  • Common Drain Amplifier
  • Generalized FET Amplifier
  • FET biasing.

List of Important Questions for EDC

Students may develop a habit of practicing questions for Electronic Devices and Circuits to form a concise and comprehensive understanding of the topics and concepts included in the subject.

Familiarising yourself with the question pattern can prove to be of exceeding significance so that you answer questions appearing in exams more precisely and accurately in less time.

Following is a list of some of the most important questions that students may practice to increase their efficiency.

  • What is meant by a Semiconductor?
  • Define Barrier Potential.
  • Explain in detail the dynamic resistance of the Diode.
  • Compare Avalanche Breakdown with Zener Breakdown.
  • What are the Voltage Regulators? Explain its various types.
  • Use a diagram to explain the working of the LED and its construction.
  • What do you understand by holding current in an SCR?
  • Explain Thyristors and it’s various triggering devices.
  • Briefly examine Amplifiers.
  • What are the CS amplifiers? Explain with the help of a circuit diagram.
  • Differentiate between the multiple features of the different configurations of BJT amplifiers.
  • Explain Cross over distortion.
  • What is the difference between a difference mode and a common mode?
  • How are power amplifiers efficient?
  • Briefly examine the various techniques of Hazeltine neutralization.
  • What do you understand by Feedback and Feedback amplifiers?
  • What is sensitivity?
  • Explain Oscillators and their various classifications.
  • Use an example to define a shunt feedback amplifier as well as voltage series.
  • Differentiate between Positive feedback and Negative feedback.
  • What are the various advantages of crystal oscillators?

Frequently Asked Questions on Electronic Devices and Circuits

Question 1.
What is meant by a Zener Diode?

Answer:
At the point when the reverse voltage arrives at breakdown voltage in ordinary PN junction diode, the current through the intersection and the force dispersed at the intersection will be high. Such activity is ruinous and the diode gets harmed. While diodes can be planned with sufficient power dissipation abilities to work in a separate district. One such diode is known as the Zener diode.

Question 2.
What are the different Transistor Configurations?

Answer:
The different Transistor configurations are as follows:

  • CB (Common bank) configuration.
  • CE (Common emitter) configuration.
  • CC (Common collector) configuration.

Question 3.
Can one utilize these notes for revision during exams?

Answer:
The EDC notes have been formulated with a chief agenda of securing good scores in the B. Tech 1st semester exams. They are extremely comprehensive and provide detailed explanations with the accurate organisation of the different topics. Students can completely rely on these notes for revision during exams.

Question 4.
Explain the limitations of h-parameters.

Answer:
The 2 chief limitations of h-parameters are as follows:

  • It provides the right answers only for A.C signals. This is due to the reason that a transistor behaves as a linear device only for small signals.
  • For a particular transistor, finding the exact values for h-parameters can prove to be reasonably difficult. This is because parameters are subject to the unit to unit variation, due to change in temperature and change in operating point.