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08-01-2026: Wrap up design application-specific CMOS amplifiers
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Lecture: EE4109-14

Location: Pulse-Hall 3 (33.AT0.300)

Time: 08:45 - 10:30

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

Extra
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Questions from the previous lecture about the simple dual CS stage controller are answered in the notebook:
`CH14.zip </downloads/CH14.zip>`_

Continuation recap design of the hearing loop receiver
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Please download the updated `design project archive <../../designExample/HearingLoop/Notebooks.zip>`_.

You will find the following notebooks; please run them in the order as listed (some require user input):
   
#. **specifications.ipynb** Functional model of the amplifier with specifications
#. **feedbackConfig.ipynb** Design of feedback network, considering transfer, noise, and power dissipation
#. **feedbackConfigSimple.ipynb** As above, using a simplified design approach
#. **firstStageDesign.ipynb** Design and verification of CS input stage
#. **DIN_A.ipynb** Design of a NGspice DIN A weighting filter
#. **singleStage.ipynb** design of a single-stage receive-coil amplifier
#. **dualStage.ipynb** design of a dual-stage receive-coil amplifier
#. **dualStageFrequencyCompensation.ipynb** design of the frequency compensation

Recap CMOS amplifier design
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A summary of the structured approach to the design of application-specific negative feedback amplifiers in CMOS technology.

Posters
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- `Design techniques and their influence on performance and costs </posters/SED-CMOS.pdf>`_
- `Design approach application-specific negative feedback amplifiers in CMOS technology </posters/SED-CMOS-order.pdf>`_

Prepare for oral exam
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Future developments in Education of Structured Electronic Design
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