Curriculum
- 2 Sections
- 26 Lessons
- 24 Weeks
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- Introduction to ECCF26
- 2.1How To Pass ECCF9 Minutes
- 2.2Introduction to ECCF4 Minutes
- 2.3JFET5 Minutes
- 2.4BJT11 Minutes
- 2.5BJT Biasing Techniques21 Minutes
- 2.6Op-amp12 Minutes
- 2.7inverting adder and inverting subtracter11 Minutes
- 2.8Virtual ground and virtual short11 Minutes
- 2.9Op-amp Differentiator14 Minutes
- 2.10Op-amp Comparator6 Minutes
- 2.11Op-amp Integrator9 Minutes
- 2.12Power Amplifier15 Minutes
- 2.13Oscillator basics20 Minutes
- 2.14Analog Communication11 Minutes
- 2.15Amplitude modulation9 Minutes
- 2.16Angle Modulation FM8 Minutes
- 2.17Diode ring Modulator11 Minutes
- 2.18DSB SC Signal11 Minutes
- 2.19FM generation by armstrong method14 Minutes
- 2.20Generation of SSB signal10 Minutes
- 2.21Analog Pulse Modulation part 19 Minutes
- 2.22Analog Pulse Modulation part 29 Minutes
- 2.23Sampling process8 Minutes
- 2.24Super hytrodyne Reciever12 Minutes
- 2.25Digital Pulse Modulation11 Minutes
- 2.26Quantization Process12 Minutes
- DescriptionWhat you’ll Learn:
Develop the knowledge of semiconductor devices and circuits
Inculcate circuit analysis capabilities
Gaining knowledge in electronic devices and circuits that is useful in real life applications.
Description:
This course helps understand the use of semiconductor devices in circuits and analyze them along with the importance of oscillators, power amplifiers in communication systems. Learn the basics of Op-Amp (Operational Amplifier) and it various types and applications.
Join in to learn Electronic Circuits and Communication Fundamentals, equally important from the academic as well as real-world knowledge.
Modules Covered:
Electronic Circuits:Bipolar junction transistor.
Power Amplifiers:
Electronic Circuits : Operational Amplifier and its applications
Communication Fundamentals: Analog Communication
Pulse Modulation and Multiplexing.
Communication Fundamentals: Information theory.0