This is the second video of the series: Mos amplifier - Common source, resistive drain. In the video:
1. Apply the deduced formula to calculate the low-frequency gain
2. Compare the formula result and the simulated result extracted from the model directly.

Previous videos of this MOS amplifier - Common source, resistive drain series:
1. Calculate and simulate the DC bias requirement: [ Ссылка ]
2. Calculate the small-signal, low frequency gain, theory: [ Ссылка ]

Some relevant videos for beginners in Cadence:
1. Introduction to Cadence: [ Ссылка ]
2. Cadence, Low pass filter series, P1 (theory + AC analysis): [ Ссылка ]
3. Cadence, Low pass filter series, P2 (transfer function + transient analysis): [ Ссылка ]
4. Cadence, Low pass filter series, P3 (parametrization, calculator, expression): [ Ссылка ]

References:
[1] Electronics 1, teacher Szombathy Csaba, Budapest University of Technology and Economics.
[2] Analog CMOS Design, lecture: Prof. Paul Leroux, lab: teacher Idham Hafizh, teacher Jinghao Zhao, KU LEUVEN.
[3] Video lectures by Behzad Razavi: [ Ссылка ]
[4] Design of Analog CMOS Integrated Circuits, Behzad Razavi, McGraw Hill, chapter 1,2,3.

Finally, I am extremely grateful to OBS Studio for the free recording video; to Blender software (version 2.9 or higher) for the quality free-video editiion.

Creator: Tran Le Phuong Lan.
***If you reuse the video content in any case, please feel free to do so. Please, refer to this video properly, if it is possible.

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