===========================
03-12-2024: Feedback stages
===========================

Lecture: EE4109-7

Location: Pulse Hall 7 (33.A2.200)

Time: 15:45 - 17:30

.. image:: ../../../img/colorCode.svg
    :alt: color coded resistors

Feedback stages
===============

.. include:: ../../../topics/FeedbackStages/FeedbackStages-intro.rst
.. include:: ../../../topics/FeedbackStages/FeedbackStages-CD-stage.rst
.. include:: ../../../topics/FeedbackStages/FeedbackStages-CG-stage.rst
.. include:: ../../../topics/FeedbackStages/FeedbackStages-other.rst

Posters
=======

#. `CD stage </posters/CDstage.pdf>`_
#. `CAmplifier stages </posters/AmpStagesPoster.pdf>`_

Group exercise
==============

#. Continue with the exercise from the previous lectures. Please download the `first part of our solution <https://analog-electronics.tudelft.nl/EE4109-2024-2025/designExample/HearingLoop/SLiCAP/SLiCAPnoise2.zip>`_
#. If we would like to use a Common Drain or a Common Gate as input stage of A1, what would be the consequences for the design of the noise performance of the amplifier.
#. If we would like to use a complementary Common Drain stage as output stage of A1, what would be the consequences for the voltage drive capability of the amplifier the amplifier.
#. How would you describe the influence of the bulk effect on the voltage transfer of the CD stage using the asymptotic-gain feedback model.