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ANALOG ELECTRONICS, III Semester, Diploma, MSBTE
Rating: 2.5 out of 5(1 rating)
3 students

ANALOG ELECTRONICS, III Semester, Diploma, MSBTE

Power Amplifiers, Operational Amplifiers (Op-Amps), Oscillators & Waveform Generators, Active Filters, Specialized IC Ap
Last updated 5/2025
Hindi

What you'll learn

  • This course is for Third Semester students of Diploma MSBTE
  • Digital Electronics/ Electronics & Tele-communication Engg./ Electrical andElectronics Engineering/ Electronics & Communication Engg./ Electronics Engineering/
  • Instrumentation & Control/ Industrial Electronics/Instrumentation/ Medical Electronics/ Electronics & Computer Engg
  • Programme Code : DE/ EJ/ EK/ ET/ EX/ IC/ IE/ IS/ MU/ TE
  • Course Title : ANALOG ELECTRONICS, Course Code: 313324

Course content

4 sections44 lectures21h 18m total length
  • Introduction14:45
  • Comparison and Application Of Power Amplifier14:36
  • Parameter of Power Amplifier25:50
  • Class A Amplifier24:02
  • Class B Amplifier21:06
  • Class AB Amplifier26:09
  • Class C Amplifier24:08
  • Direct Coupled Class A Amplifier49:47
  • Transformer Coupled Class A Amplifier26:04

Requirements

  • Course is started form Scratch therefor any body can learn who has passed 10th or 12 exams Science site

Description

Join the Ultimate Course on Analog Circuits – Tailored for MSBTE Diploma Students!

Are you a diploma student in Electronics, Electrical, or Telecommunication Engineering under MSBTE? Do terms like op-amp, waveform generator, or push-pull amplifier confuse you? You’re not alone — and this course is exactly what you need to master analog circuits with clarity, confidence, and real understanding.

This course is designed to transform your approach to analog electronics. Whether you're preparing for exams, practical, or future projects, you'll gain the core skills that every electronics student must have.

Here’s what you’ll learn inside:

1. Power Amplifiers

  • Understand what makes an amplifier efficient: gain, bandwidth, and distortion

  • Learn Class A, B, AB, and C amplifiers with circuit diagrams and waveform analysis

  • Explore push-pull and transformer less amplifiers and discover how heat sinks improve performance

2. Operational Amplifiers (Op-Amps)

  • Master IC 741: pin configuration, characteristics, and practical uses

  • Design useful circuits like adders, subtractors, integrators, differentiators, and comparators

  • Grasp key parameters like virtual ground, input offset, CMRR, slew rate, and bandwidth

3. Oscillators & Waveform Generators

  • Build and analyze phase shift and Hartley oscillators

  • Understand the concept of feedback and Barkhuizen's criteria for oscillation

4. Active Filters

  • Design and differentiate between low-pass, high-pass, and band-pass filters

  • Learn essential filter terms like cutoff frequency, roll-off rate, and Q factor

5. Specialized IC Applications

  • Work with IC 555 in astable and monostable modes

  • Use PLL IC 565 for real-time applications like frequency multiplication and FM demodulation

By the end of this course, you won't just memorize formulas — you'll understand how analog circuits function, behave, and solve real-world problems. With clear explanations, circuit visuals, and application-based teaching, you’ll be fully prepared for your MSBTE syllabus, as well as technical interviews and future engineering studies.

Ready to upgrade your analog circuit skills? Enroll now and start your journey towards mastery.


Who this course is for:

  • This course is for Third Semester students of Diploma Branch DE/ EJ/ EK/ ET/ EX/ IC/ IE/ IS/ MU/ TE
  • Eligible Branches:Digital Electronics/ Electronics & Tele-communication Engg./ Electrical andElectronics Engineering/ Electronics & Communication Engg./ Electronics Engineering/ Instrumentation & Control/ Industrial Electronics/Instrumentation/ Medical Electronics/ Electronics & Computer Engg