Electronics - Basics and Advanced

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VPACHKAWADE Research Center

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1. Introduction

1.1 visiting card.zip

1. Meet your instructor.mp4

00:15

2. What is an Electronics.mp4

01:32

3. Electronics board printed circuit board electronic components ~ part 1.mp4

06:01

4. electronics board printed circuit board components ~ part 2.mp4

05:23

5. modern surface mount components electronics components smd.mp4

02:03

6. Know your Breadboard.mp4

05:27

2. Resistor

1. Resistor in electronics.mp4

01:09

2. Resistor and its symbol.mp4

00:37

3. How to read value of a resistor.mp4

02:03

4. How to read value of a resistor - color code.mp4

06:10

5. What is the effective value of this resistor use colour code electronics.mp4

04:43

6. power rating of a resistor.mp4

01:54

7. Ohms law.mp4

01:04

8. How to calculate the voltage across the resistor and Ohms law.mp4

00:53

9. Variable resistor - potentiometer.mp4

03:22

10. Resistors in series and parallel.mp4

03:34

11. whats the effective resistance of this network .mp4

01:36

12. Can you calculate the total resistance of this network .mp4

01:20

13. Have you seen a 1G ohm resistance.mp4

01:58

3. Capacitor

1. What is a capacitor and what it does.mp4

00:49

2. Parallel plate capacitor, symbol and operation.mp4

05:15

3. Parallel plate capacitor formula.mp4

05:29

4. Electrolytic capacitor charge voltage and capacitance polarised.mp4

04:37

4. Inductor

1. What is an inductor and how it works.mp4

02:20

2. some maths about inductor.mp4

01:33

5. voltage and current in electrical circuits

1. what is a voltage voltage source symbol and characteristics.mp4

01:04

2. What is Current .mp4

01:58

3. Ideal and practical voltage and current source.mp4

12:12

6. Voltage and current division in electrical circuits

1. how to calculate voltages and currents in circuits.mp4

04:50

2. voltage division in circuits.mp4

04:52

3. How to calculate voltages and currents in electrical circuits.mp4

07:02

7. Kirchhoffs Laws - KVL and KCL

1. Did you know how Kirchoffs laws work kcl network analysis.mp4

04:32

2. its time to revise Kirchoffs laws kvl network analysis.mp4

03:54

3. How will you apply the Kirchoffs law to this network kvl network analysis.mp4

02:17

4. how will you apply Kirchoffs law to this network kcl network analysis.mp4

01:42

8. Semiconductor

1. What is a semiconductor.mp4

04:41

2. Doping in Semiconductor.mp4

03:23

3. Doping in Silicon - how to make p-type semiconductor.mp4

03:03

4. p-n junction semiconductor.mp4

00:27

5. energy band of semiconductor.mp4

03:00

6. physics of pn junction semiconductor devices.mp4

08:17

9. Diode

1. p-n junction and diode - Semiconductor.mp4

01:46

2. how do you know diode terminals.mp4

00:39

3. know your diode.mp4

00:38

4. output characteristics of a pn junction semiconductor diode.mp4

03:54

5. simple diode circuit analysis.mp4

05:19

6. diode circuits clip the waveform.mp4

04:54

7. Did you know how full wave rectifier works AC to DC conversion diode circui.mp4

02:10

8. diode circuits half wave rectifier AC to DC conversion.mp4

02:54

9. how the rectifier signal looks like half-wave and full-wave rectifier.mp4

00:49

10. Full wave bridge rectifier circuit diode AC to DC voltage converter.mp4

08:19

10. Practical Electronics

1. Calculate and measure the value of the resistor using digital multimeter.mp4

06:50

2. Do multiple test and measurement using digital multimeter - details.mp4

24:09

11. Bipolar junction transistor

1. how bipolar junction transistor looks like.mp4

01:29

2. transistor symbol.mp4

01:51

3. how transistor works.mp4

04:29

4. biasing of transistor bjt npn.mp4

02:45

5. transistor biasing.mp4

01:05

6. simple transistor circuit bjt works as a switch or Amplifier.mp4

03:56

7. how transistor lights a bulb .mp4

03:04

8. Transistor working explained BJT operation.mp4

15:05

9. output characteristics of bjt transistor know the regions of operations.mp4

02:59

10. Input characteristic of transistor bjt common emitter.mp4

03:03

11. How does the current voltage curves of the transistor looks transistor biasin.mp4

02:24

12. Transistor in common-emitter mode why do we use emitter degeneration .mp4

09:14

13. Transistor in common base mode bjt circuits.mp4

02:18

14. DC Biasing of the Transistor Common Base BJT.mp4

02:18

15. How do you bias the transistor for operation common base PNP BJT example.mp4

04:13

16. Transistor in common collector mode BJT Emitter follower voltage follower.mp4

05:44

17. How transistor will maintain the constant bias voltage follower common colle.mp4

03:41

12. BJT circuits and Biasing

1. fixed bias base bias bjt biasing circuits - 1.mp4

05:11

2. fixed bias transistor circuit bjt biasing - 2.mp4

02:19

3. collector base bias collector feedback bjt biasing.mp4

05:54

4. voltage divider bias circuit for transistor bjt biasing.mp4

03:03

5. transistor bias stability bjt operating point - 1.mp4

02:22

6. transistor bias stability bjt operating point - 2.mp4

05:27

13. Field effect transistor (FET)

1. How does a Field Effect Transistor works FET vs BJT.mp4

06:05

2. How Field effect transistor controls current FET full operation.mp4

08:12

3. transistor depletion region n-channel fet circuit.mp4

06:20

14. MOS transistor

1. What is MOS transistor .mp4

04:50

2. How does MOSFET transistor look.mp4

02:03

3. MOS Transistor symbol.mp4

00:56

4. More on The MOS transistor.mp4

02:22

5. What exactly is MOS .mp4

04:01

6. What does MOS Structure look like and how it works.mp4

03:59

15. Electronic circuit design using powerful SPICE

1. What is an LTSPICE .mp4

01:24

2. How to download and Install LTSPICE from the supplier Analog Devices Web.mp4

04:28

3. design and simulate simple resistive divider using SPICE.mp4

20:19

4. DC current source and resistors.mp4

04:53

5. Design of RC filter.mp4

16:45

6. Simulate Time domain response RC circuit.mp4

09:43

7. DC analysis of a diode circuit - part I.mp4

17:52

8. DC analysis of a diode circuit - part II.mp4

06:42

9. Time domain analysis of a diode circuit.mp4

09:43

16. Operational amplifier

1. What is an Operational amplifier How it works.mp4

12:07

2. Operational amplifier, Inverting amplifier, virtual ground.mp4

11:33

3. Operational amplifier, inverting amplifier, opamp as a current to voltage conver.mp4

21:35

4. Operational amplifier, noninverting opamp, summing operational amplifier, negati.mp4

30:16

5. Opearational amplifier, voltage follower, buffer.mp4

30:13

6. Operational amplifier is basically a difference amplifier.mp4

14:02

Description

Components, Circuits, Analysis, Design, Testing and Troubleshooting

What You'll Learn?

Learn about electronic components, their symbols, and functions within circuits
Develop skills in designing and prototyping electronic circuits on breadboards and troubleshooting circuit designs
Gain proficiency in analyzing electronic components and circuits using fundamental laws and techniques
The course will cover electronics components and semiconductor devices and their applications
Learn practical electronics - do it yourself practice
Learn basics and advances of electronic components, semiconductor devices (diode, bjt, mosfet, op-amp, etc)
Learn how to use software (CAD) to design, simulate and analyse circuits
Learn details on diode, diode circuits, KVL, KCL, transistor and transistor circuits, biasing methods, etc.

Who is this for?

This course is intended for beginners and enthusiasts who want to learn about basic electronics.

Undergraduate students in engineering, science and technology in all disciplines

Electronics hobbyists

Engineers and technicians

Anyone curious about how electronics work and how to use and apply it to develop practical applications.

Whether you have a background in electronics or are completely new to the subject, this course will provide a solid foundation and practical knowledge to start working with electronics and undertake exciting projects.

Professionals willing to revise the concepts in electronic components, semiconductor devices and circuits analysis

What You Need to Know?

No specific requirements or prior experience necessary - this beginner-friendly course on basic electronics welcomes all interested learners.

All the students enrolled in Undergraduate programs in engineering, science and technology in all disciplines

More details

Description
ï»¿New topics added :
Voltage regulators
Amplifiers as comparators
Op-Amp Half-Wave Rectifier_ Design, Simulation, and Analysis with SPICE
Are you eager to understand the world of electronics? Whether you're an aspiring engineer, a tech enthusiast, or someone simply curious about how the gadgets you use every day work, our "Basic Electronics - Crash Course" is your ticket to understanding the fundamental principles that power the modern world.
Course Highlights:
Foundations of Electronics: Dive into the very core of electronics by exploring concepts like voltage, current, resistance, capacitance and power. Understand Ohm's law and how it governs the behavior of electronic components.
Electronic Components: Discover the key building blocks of electronic circuits, including resistors, capacitors, inductors, diodes, and transistors. Learn how to identify, use, and connect these components effectively.
Circuit Analysis: Master the art of analyzing simple electronic circuits. You'll develop the skills to calculate voltages, currents, and power across different components using various circuit analysis techniques. Learn details on KVL and KCL with examples.
Basic Circuit Design: Start designing your circuits! Explore different types of circuits such as voltage dividers, regulators, amplifiers, and filters. Get hands-on experience designing and building your own basic circuits.
Semiconductor Devices: Uncover the magic of semiconductors. Learn about diodes and transistors, their types, functions, and applications in modern electronics. Learn details on diode, diode circuits, transistor and transistor circuits, biasing methods, etc.
Digital Electronics: Enter the world of digital logic gates and binary arithmetic. Understand how digital circuits form the backbone of computers and modern technology.
Practical Applications: Discover how basic electronics concepts apply to real-world applications. From simple gadgets to complex systems, you'll see how electronics is everywhere.
Troubleshooting and Repair: Equip yourself with essential troubleshooting skills to identify and fix common electronic problems. Learn how to use multimeters and oscilloscopes effectively.
Safety in Electronics: Safety is paramount when working with electronics. We'll cover best practices for safely handling electronic components and equipment.
Who this course is for:
This course is intended for beginners and enthusiasts who want to learn about basic electronics.
Undergraduate students in engineering, science and technology in all disciplines
Electronics hobbyists
Engineers and technicians
Anyone curious about how electronics work and how to use and apply it to develop practical applications.
Whether you have a background in electronics or are completely new to the subject, this course will provide a solid foundation and practical knowledge to start working with electronics and undertake exciting projects.
Professionals willing to revise the concepts in electronic components, semiconductor devices and circuits analysis

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Electronics

VPACHKAWADE Research Center

Instructor's Courses

About: We are a registered entity focused on Science & Engineering and Technology. Our expertise is Microelectronics and Nanotechnology. Our core activities include knowledge transfer, cutting-edge research, IP development, and education for the next generation of engineering and technology leaders. Our collaborative and close-knit center is committed in innovating, pushing boundaries, building sustainable products, and creating an environment that fosters knowledge advancement and addresses critical challenges of the 21st century.Through our projects, we strive to improve quality of life and learning, welcoming individuals from diverse backgrounds and offering growth opportunities to our staff and trainees. Our center is at the forefront of STEM innovation and aims to lead in Science, Technology, Engineering, and Mathematics.Vision: To become a world-class global center of excellence in science, engineering, and technology, with a strong focus on driving socio-techno-economic development.Mission: Our mission is to facilitate knowledge transfer, provide technology know-how, conduct cutting-edge research and development, generate intellectual property (IP), offer consulting services, engage in volume manufacturing, drive product development, and provide education and training in our field of expertise.To know more, click the link to visit our website.Our courses are taught by our Director Dr. Vinayak Pachkawade. Dr. Vinayak Pachkawade is a highly accomplished professional with a diverse range of expertise in the field of electrical engineering and interdisciplinary areas. Here are some key highlights of his profile:Founder and Director at VPACHKAWADE Research CenterTopical Advisory Panel for Sensors at MDPITPC chair (Associate) for the Micro and Nanotechnology Track at IEEE I2MTCSenior Member of IEEE and Member of IEEE IMSPh.D. degree from the University of Liege, BelgiumSpecializes in the development of precise sensors and circuits, as well as state-of-the-art micro-nano fabricationPrimary areas of work include ultra-precise integrated sensors and sensing systems, IoT, smart systems for healthcare, and environmental monitoringExperienced speaker at international conferences and the University of Siegen, Germany (2020-21)Reviewer for prestigious journals such as IEEE, Elsevier, and MDPI, and for IEEE conferencesContributor to book chapters on MEMS biosensorsRecipient of the Best Paper Award (1st Prize) at IEEE Sensors, Taiwan (2012)Served as an Expert Proposal Reviewer for the Ontario Research Grant, Canada (2014)Dr. Pachkawade has gained extensive experience through his work at renowned institutions like the University of Liege, Belgium, National Tsing Hua University (NTHU), and National Chiao Tung University (NCTU), Taiwan. His contributions in IC design and nanotechnology (MEMS) have led to numerous peer-reviewed publications, awards, honors, and recognitions, establishing him as a highly qualified and accomplished engineer and researcher.

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