Lecture 6: Folded cascode opamp; gain and swing limits
Instructor: R. S. Ashwin Kumar (https://home.iitk.ac.in/~ashwinrs/) Full playlist: • EE 613A: High-frequency analog circuit des... Course homepage: https://home.iitk.ac.in/~ashwinrs/202... ========================================================================== Video description: This lecture derives and introduces the folded cascode structure. Its small-signal gain and the common-mode ranges are analyzed. It is shown that this has higher swings compared to a telescopic cascode structure especially when put in a unity feedback forcing the input and the output to be equal.

▶︎
Lecture 7: Folded cascode: pMOS variant and slew rate

▶︎
Lecture 9: Finding zeros by inspection; Source follower: poles and zeros

▶︎
Analog VLSI Design Lecture 40.3: Folded Cascode opamp with differential output

▶︎
125N. Two transistor stages: cascade, folded cascade, active load, Darlington, current mirror

▶︎
Folded cascode opamp design example

▶︎
Lecture 4: Telescopic cascode opamp, its small -signal gain and slew rate

▶︎
China’s Secret | The Most Unbelievable Megaprojects in China | 4K Travel Documentary

▶︎
Analog VLSI Design Lecture 39.2: Telescopic Cascode Single stage Opamp

▶︎
Folded Cascode OPAMP Design in Cadence Virtuoso| Analog VLSI Amplifer Design| Electronics-2| Lec:05

▶︎
137N. MOS Op-Amp Design Examples

▶︎
We're 99.9% sure this pattern is true, but no one can prove it

▶︎
Flawless PCB design: RF rules of thumb - Part 1

▶︎
Top Five Things You should know about the Folded Cascode Amplifers

▶︎
136N. Op-Amp Design: Basic MOS Op-Amp

▶︎
Analog VLSI Design Lecture 20 Part 2: Folded Cascode (PMOS - NMOS)

▶︎
Lecture 5: Telescopic cascode opamp; Swing limits and biasing

▶︎
Lecture 1: Recap of basic MOS amplifiers

▶︎
Analog VLSI Design Lecture 17 Part 1: Cascode amplifier (working + intrinsic gain derivation)

▶︎
