Fundamentals of Analog electronics
Learn withIntegrate circuits
23 modules
English
Lifetime access
Dive into the captivating world of Analog electronics and master the fundamental principles that power our modern technology!
Overview
In the course "Fundamentals of Analog Electronics," you will delve into the essential principles and concepts that form the backbone of analog electronic systems. This course serves as a comprehensive introduction to the fundamental aspects of analog electronics, providing a solid foundation for understanding the behavior of analog circuits and devices. Throughout the course, you will explore topics such as basic electronic components (resistors, capacitors, and inductors), Ohm's Law, Kirchhoff's Laws, and circuit analysis techniques. You will also learn about different types of amplifiers, semiconductor devices (such as diodes and transistors), and operational amplifiers. By the end of this course, you will have a strong grasp of key analog electronic principles and be able to analyze and design simple analog circuits. Whether you are a beginner looking to learn the basics of analog electronics or someone seeking to refresh and deepen their understanding of the subject, this course will equip you with the knowledge and skills needed to excel in the field of analog electronics.
Key Highlights
Understanding basic principles of analog electronics
Exploring different types of analog circuits
Analyzing operation of diodes and transistors
Designing and testing analog circuits
Learning about amplifiers and filters
Understanding signal processing techniques
Hands-on projects for practical experience
Troubleshooting common analog circuit issues
What you will learn
Understanding Analog Electronics Principles
Explore the foundational concepts and principles of analog electronics to build a strong knowledge base.
Analysis of Basic Analog Circuits
Learn to analyze and design basic analog circuits such as amplifiers, filters, and oscillators for various applications.
Operational Amplifier Applications
Gain insights into the applications of operational amplifiers in analog electronic circuits for signal processing and conditioning.
Introduction to Analog Signal Processing
Discover the fundamentals of analog signal processing techniques and their implementation in real-world systems.
Modules
Analog Circuit theory for IC design
7 attachments
Introduction to network elements and laws (lecture notes)
17 pages
Circuit analysis method (lecture notes)
65 pages
network Theorems (lecture notes)
42 pages
network analysis and mathematical function (solved examples)
20 pages
Circuit analysis and reduction 2 (solved examples)
9 pages
circuit analysis and reduction (solved examples)
17 pages
Circuit theorems (solved examples)
15 pages
RC transient, switching dynamics for first order circuit
9 attachments
Network analysis
star_delta ( self study)
10 pages
singularity functions and step response (lecture notes)
43 pages
RC time domain analysis ( lecture notes)
3 pages
problems on RC ( lecture notes)
3 pages
RC circuits with constant current source (lecture notes)
3 pages
Cap with current (lecture notes)
1 page
Switched capacitors (lecture notes)
5 pages
RC circuit solved problems (solved examples)
3 pages
MOS Device physics and transient response
8 attachments
Complete mos physics ( lecture notes)
67 pages
second_order_effects (self study)
12 pages
MOSFET_Current_Equation (self study)
3 pages
Advance mos device characterisation and extraction ( lect
10 pages
MOS Operating region summary (lecture notes)
2 pages
MOS Transients analysis with DC signals (lecture notes)
5 pages
MOS Transient with switched caps (lecture notes)
5 pages
Fin- Fet (lecture notes)
20 pages
Mosfet as amplifiers
5 attachments
How to find the nodal impedance (lecture notes)
4 pages
MOS biasing, CS, CG and CD amplifiers (lecture notes)
21 pages
MOS Amplifiers mathematical analysis (self study)
10 pages
Why amplification in saturation (self study)
3 pages
Additional problems on amplifiers (Answers)
CMOS current mirror for integrated circuits
2 attachments
Current Mirror Analysis (lecture notes)
13 pages
Current mirror summary (self study)
7 pages
Control system and loop theory for integrated circuits
1 attachment
Control system (lecture notes)
40 pages
First order poles and zeroes
3 attachments
Introduction to Bode plot, magnitude plot and phase plot (lecture notes)
19 pages
Additional problems (lecture notes)
7 pages
poles zeroes of first order (lecture notes)
6 pages
Semiconductor Physics
1 attachment
Semiconductor physics
16 pages
Semiconductor diodes
5 attachments
ADE UNIT-I
39 pages
all_poblems_and_solutions
29 pages
PN junction 1
20 pages
PN junction 2
14 pages
Diode practise problems
19 pages
Submicron CMOS VLSI series
3 attachments • 1 hrs
Submicron cmos process and fabrication process
DSM CMOS Technology
CMOS Resistors and Inductors
Zener Diode
2 attachments
Zener diode introduction
14 pages
Zener diode numericals and application
12 pages
Signals and system
2 attachments
Periodic function
19 pages
Non periodic and sinosoids
15 pages
Second order system
2 attachments
Second order pole zero 1
11 pages
notes
9 pages
Feedback and Feedback system
1 attachment
Feedback
9 pages
Frequency Response
2 attachments
HFM of mosfet
8 pages
Frequency response of mos amplifiers
15 pages
gm/id
1 attachment
Gm_id theory
18 pages
MOS Differential amplifier
2 attachments
Theory
19 pages
Mos diff pair 1
11 pages
Opam as Black box
8 attachments
Opams introduction
9 pages
Opam sign
5 pages
Opam inverting and non inverting configuration
10 pages
opam problems
2 pages
Integrator, differentiator and schmitt trigger
10 pages
Schmitt trigger problem
2 pages
Opam application
10 pages
Opam as integrator and differentiator
7 pages
Digital electronics
1 attachment
lecture1626342617
326 pages
test
5 attachments • 2 mins
MOS_DC1_QP
1 page
MOS_DC2_QP
3 pages
test 3
test3 answers
MOS_DC3_QP
2 pages
Self help books summary
12 attachments
Atomic_Habits_Detailed_Summary_Clean
3 pages
Deep_Work_Full_Summary
3 pages
Digital_Minimalism_Summary
3 pages
Eat_That_Frog_Summary
2 pages
Essentialism_Summary
2 pages
Getting_Things_Done_Summary
3 pages
Ikigai_Detailed_Summary_ReportLab (2)
1 page
Smarter_Faster_Better_Summary
3 pages
The_4_Hour_Workweek_Summary_Alternate
1 page
The_7_Habits_of_Highly_Effective_People_Summary
3 pages
The_Magic_Detailed_Summary
2 pages
The_Power_of_Habit_Summary
2 pages
Bipolar junction transistor
Noise Analysis
1 attachment
Noise analysis and reduction
20 pages
FAQs
How can I enrol in a course?
Enrolling in a course is simple! Just browse through our website, select the course you're interested in, and click on the "Enrol Now" button. Follow the prompts to complete the enrolment process, and you'll gain immediate access to the course materials.
Can I access the course materials on any device?
Yes, our platform is designed to be accessible on various devices, including computers, laptops, tablets, and smartphones. You can access the course materials anytime, anywhere, as long as you have an internet connection.
How can I access the course materials?
Once you enrol in a course, you will gain access to a dedicated online learning platform. All course materials, including video lessons, lecture notes, and supplementary resources, can be accessed conveniently through the platform at any time.
Can I interact with the instructor during the course?
Absolutely! we are committed to providing an engaging and interactive learning experience. You will have opportunities to interact with them through our community. Take full advantage to enhance your understanding and gain insights directly from the expert.
₹ 50.00
Order ID:
This course is in your library
What are you waiting for? It’s time to start learning!
Wait up!
We see you’re already enrolled in this course till Lifetime. Do you still wish to enroll again?
