Learn · Analog Electronic Circuit
Lecture 22 of 40Week 7
Two Stage Differential Amplifiers, OP-Amplifiers
Prof. Shouribrata Chatterjee · IIT Delhi
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- Analog Electronic Circuit, IIT Delhi (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures
- Introduction to Analog Circuits, Introduction to the Diode
- Diodes, Introduction to the Transistor
- MOS device, Characteristics
- DC Operating Point
- DC Operating Point, Amplifier Design
- Common Source Amplifier, Small Signal Analysis
- Common Gate, Common Drain
- Common Gate Circuit
- Source Degenerated Amplifier
- Swing Limits
- Swing Limits contd. , Multi Transistor Amplifiers
- Multi - Transistor Amplifiers
- Introduction to Current Sources
- Current Sources / Mirrors Contd.
- Current Sources, Biasing
- Differential circuits
- Differential amplifiers-I
- Differential amplifiers-II
- Differential Amplifiers -III
- Self Biased Active Load Differential Amplifier
- Cascode Amplifier, Two Stage Amplifiers
- Two Stage Differential Amplifiers, OP-Amplifiers
- OP-amps, OTAs
- Circuits with op-amps
- Capacitance in MOS devices
- Common Source, Drain, Gate revisited
- Common Gate, Common Drain with Capacitance
- Cascode, Cascade - revisit with Capacitance
- Cascade Amplifier (with Capacitance)
- Diversion : 2- pole systems phase margin
- Diversion Continued : Two Pole System
- Compensation
- Op-amp design with compensation
- Unity gain Bandwidth
- Power Amplification
- Power Amplifiers - 2
- Power Amplifiers - Class A, B, AB, C, D
- Class D Amplifiers, push-pull amplifiers
- Introduction to Voltage Regulators
- Voltage Regulators - line, load: Conclusion regulation