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28-11-2024: Application of balancing techniques
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Lecture: EE4109-6

Location: Pulse-Technology (33.A0.400)

Time: 08:45 - 10:30

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

.. include:: ../../../topics/Balancing/Balancing-intro.rst
.. include:: ../../../topics/Balancing/Balancing-two-terminal.rst
.. include:: ../../../topics/Balancing/Balancing-two-ports.rst
.. include:: ../../../topics/Balancing/Balancing-differential-pair.rst
.. include:: ../../../topics/Balancing/Balancing-push-pull-stage.rst

Poster
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`Balanced stages </posters/posterBalancing.pdf>`_

Downloads
=========

- LTspice files `Chapter6.zip </downloads/Chapter6.zip>`_

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

.. 
    `Our elaboration of the exercise <https://analog-electronics.tudelft.nl/EE4109-2024-2025/designExample/HearingLoop/HearingLoop_3.html>`_.

#. Continue with the exercise from the previous lecture. Please download the `first part of our solution <https://analog-electronics.tudelft.nl/EE4109-2024-2025/designExample/HearingLoop/SLiCAP/SLiCAPnoise1.zip>`_
#. If we would like to use a differential pair (anti-series connected CS stage) as input stage of A1, what would be the consequences for the design of the noise performance of the amplifier.