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Electronic Devices And Circuits @ 45 Days

Electronic Devices and Circuit(EDC) Bachelor of Engineering(BE) videos according to syllabus of Institute Of Engineering(IOE), Tribhuvan University (TU)

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5.0 (8 reviews)
250+ Students Enrolled Nepali Updated Oct 2024

What you'll learn

After Completion of this Course, Students will get knowledge of Electronic Devices and Circuit based on syllabus of IoE and will be able to secure good score in IoE exam.
Course Curriculum 8 Sections • 121 Lectures
Free Preview Available: Watch "1. Introduction.mp4" before enrolling.
1. Introduction.mp4 Free Preview
00:04:26
1. Diode.mp4 Free Preview
00:09:58
2. Analysis of Diode Circuit.mp4 Free Preview
00:12:48
3. Small Signal Model of Diode.mp4
00:11:33
4. Zener diode.mp4
00:05:48
5. Numerical 1.mp4
00:08:03
6. Numerical 2.mp4
00:07:03
1. BJT introduction.mp4
00:04:42
2. Operation of npn transistor.mp4
00:03:55
3. Graphical Representation of Transistor characteristrics.mp4
00:03:42
4.Transistor at DC.mp4
00:10:52
5. Transistor as an Amplifier.mp4
00:11:34
6. Graphical Load line Analysis.mp4
00:05:08
7. Biasing of BJT.mp4
00:13:09
8. CE amplifier without Bypass.mp4
00:16:00
9. Common Collector amplifier with bypass capacitor.mp4
00:15:39
10.Transistor as a switch.mp4
00:08:39
11. Ebers Moll Model.mp4
00:14:17
12. Numerical 1.mp4
00:10:01
13. Numerical 2.mp4
00:07:11
14. Numerical 3.mp4
00:14:23
1. MOSFET.mp4
00:14:53
2. DMOSFET.mp4
00:06:35
3. JFET.mp4
00:19:26
4. Numerical 1.mp4
00:11:01
5. Numerical 2.mp4
00:17:34
6. Numerical 3.mp4
00:17:22
1. Introduction.mp4
00:04:30
2. Classification of output stages.mp4
00:03:47
3. Class A output satge.mp4
00:15:13
4. Class B output stage.mp4
00:10:09
5. Class AB Amplifier.mp4
00:06:01
6. Biasing of Class AB Stage.mp4
00:02:28
7. Power BJT.mp4
00:04:24
8. Push-Pull class B amplifier.mp4
00:09:24
9. Tuned Amplifier.mp4
00:13:28
10. Numerical 1.mp4
00:05:53
11. Numerical 2.mp4
00:05:24
1. Basic Principles of Oscillator.mp4
00:09:23
2. WIEN bridge osciallator.mp4
00:09:34
3. Crystal Oscillator.mp4
00:07:30
4. LC Oscillator.mp4
00:07:01
5. Square wave generator.mp4
00:05:51
6. Triangular wave Generator.mp4
00:16:24
7. Integrated Circuit.mp4
00:11:48
8. Precision Circuit.mp4
00:04:17
1. Unregulated rectifier circuit.mp4
00:03:43
2. Series DC voltage regulator using op-amp.mp4
00:04:48
3. Estimation of Stability Factor.mp4
00:08:40
4. Transistor Series Regulator.mp4
00:07:33
5. Improving Regulator Performance.mp4
00:06:39
6. Current Limiting.mp4
00:07:33
7. Current Limiting using Transistor.mp4
00:05:08
8. Integrated Circuit Voltage Regulator.mp4
00:10:25
9. Numerical 1.mp4
00:07:44
10. Numerical 2.mp4
00:04:03
11. Numerical 3.mp4
00:04:54
2073 Regular|Q1.mp4
00:00:51
2073 Regular|Q2.mp4
00:05:43
2073 Regular|Q3.mp4
00:15:19
2073 Regular|Q4.mp4
00:10:33
2073 Regular|Q5.mp4
00:00:43
2073 Regular|Q6.mp4
00:01:02
2073 Regular|Q7.mp4
00:07:22
2073 Regular|Q8.mp4
00:02:19
2073 Regular|Q9.mp4
00:01:36
2073 Regular|Q10.mp4
00:00:48
2073 Regular|Q11.mp4
00:06:52
2073 Regular|Q12.mp4
00:01:08
2074 Back|Q1.mp4
00:00:55
2074 Back|Q2.mp4
00:05:54
2074 Back|Q3.mp4
00:01:03
2074 Back|Q4.mp4
00:07:54
2074 Back|Q5.mp4
00:10:43
2074 Back|Q6.mp4
00:00:48
2074 Back|Q7.mp4
00:10:30
2074 Back|Q8.mp4
00:02:00
2074 Back|Q9.mp4
00:06:57
2074 Back|Q10.mp4
00:00:51
2074 Back|Q11.mp4
00:00:48
2074 Back|Q12.mp4
00:07:07
2074 Back|Q13.mp4
00:00:44
2074 Back|Q14.mp4
00:01:05
2074 Regular|Q1.mp4
00:05:31
2074 Regular|Q4.mp4
00:11:20
2074 Regular|Q5.mp4
00:00:46
2074 Regular|Q6.mp4
00:13:53
2074 Regular|Q7.mp4
00:00:47
2074 Regular|Q8.mp4
00:00:44
2074 Regular|Q9.mp4
00:04:02
2074 Regular|Q10.mp4
00:00:44
2074 Regular|Q11.mp4
00:05:27
2074 Regular|Q12.mp4
00:08:03
2074 Regular|Q13.mp4
00:06:15
2075 Back|Q1.mp4
00:09:36
2075 Back|Q2.mp4
00:09:53
2075 Back|Q4.mp4
00:15:23
2075 Back|Q5.mp4
00:12:43
2075 Back|Q6.mp4
00:05:27
2075 Back|Q7.mp4
00:00:55
2075 Back|Q8.mp4
00:07:44
2075 Back|Q9.mp4
00:00:49
2075 Back|Q10.mp4
00:08:11
2075 Back|Q11.mp4
00:14:59
2075 Back|Q12.mp4
00:18:37
2075 Back|Q13.mp4
00:05:15
2075 Back|Q14.mp4
00:00:57
2076 Regular|Q1.mp4
00:07:06
2076 Regular|Q3.mp4
00:12:04
2076 Regular|Q4.mp4
00:07:42
2076 Regular|Q5.mp4
00:11:04
2076 Regular|Q6.mp4
00:08:15
2076 Regular|Q7.mp4
00:09:28
2076 Regular|Q8.mp4
00:11:19
2076 Regular|Q9.mp4
00:03:08
2076 Regular|Q10.mp4
00:15:42
2076 Regular|Q11.mp4
00:02:45
2076 Regular|Q12.mp4
00:11:40
2076 Regular|Q13.mp4
00:05:27
2076 Regular|Q14.mp4
00:08:31
2076 Regular|Q15.mp4
00:07:20

Requirements

  • Students are required to have knowledge of knowledge of Electronic Devices and Circuit and Basic Electronics Engineering, based on syllabus of IoE

Course Description

The videos herein are strictly based on syllabus of Institute of Engineering Tribhuvan University, Nepal promoting "e-Learning in Nepal" and are made with intention to provide guidance to the "Bachelor in Engineering(BE) appearing students", for securing good results. The course tries to cover all the basics of Diodes, AC analysis of Common Emitter Amplifier without Bypass Capacitor and of Common Base Amplifier, Transistor, Field Effect Transistor(JFET, E-MOSFET, D-MOSFET) and Voltage Regulator(LM317 IC) with solution of most frequently asked questions in final exam of BE with fundamental theories and numerical solutions. We strongly believe that, viewers will be benefited from these videos and the thirst of curiosity of viewers will be quenched! Feedbacks and suggestion to improve are always welcome and highly appreciated!

Instructor

M
Mero School Academic Team

Senior Academic Instructor • Mero School E-Learning