Op-amp Symbol, The Ideal Operational amplifiers characteristics vs. real parameters, Op-amp without feedback, Negative feedback, Op-Amp “Golden Rules,” Inverting amplifier, Non-inverting Amplifier, Summing Amplifier, Differencing Amplifier, Differentiator (high-pass), Low-pass filter (integrator), Op-Amp Specifications, DC differential gain, Common mode gain, Common mode Rejection Ratio, Power supply rejection ratio, Input offset voltage, Input common mode range, Output voltage swing, Equivalent input noise, Unity gain frequency, Phase margin, Slew rate, Settling time, Power dissipation, Single Stage Op-Amp, Single Stage Cascoded Amplifier, Telescopic cascode, Mirrored Cascode, Folded cascode, Two-stage op-amp, open-loop differential gain, Solved example of op-amp design, A Four-Stage Bipolar Op-Amp, CMOS Implementation of 741 Op-Amp.
Analog IC Design
Course Curriculum
- Lecture 1: Review of MOSFET Operation1 hour 14 mins
- Lecture 2: MOSFET Single Stage Amplifiers Part-11 hour 55 mins
- Lecture 3: MOSFET Single Stage Amplifiers Part-21 hour 30 mins
- Lecture 4: Differential Amplifiers Part-11 hour 43 mins
- Lecture 5: Differential Amplifiers Part-21 hour 56 mins
- Lecture 6: Differential Amplifiers Part-31 hour 41 mins
- Lecture 7: DC Voltage and DC Current Sources1 hour 25 mins
- Lecture 8: DC Voltage and DC Current Sources Part-21 hour 18 mins
- Lecture 9: Frequency Response of Single Stage Amplifiers1 hour 46 mins
- Lecture 10: Feedback1 hour 53 mins
- Lecture 11: Operational Amplifiers1 hour 45 mins
- Lecture 12: Stability and Oscillators1 hour 33 mins
- Lecture 13: Gain Boosting and Output Amplifiers1 hour 9 mins
Teacher
Sanjay Vidyadharan
Role : Professor
- Website : https://universe.bits-pilani.ac.in/pilani/vidhyadharan/Profile
- Experience : 25 Years
- Specialist in : Electronics and Electrical Engineering
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