========================
19-11-2024: MOS modeling
========================

Lecture: EE4109-3

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

Time: 15:45 - 17:30

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

MOS EKV Model
=============

- All-regions nonlinear dynamic model
- Active forward region small-signal and stationary noise model

.. include:: ../../../topics/DeviceModeling/EKVmodel.rst

.. include:: ../../../topics/DeviceModeling/EKVmodelApplication.rst

Poster
======

`MOS modeling and design poster </posters/MOStransistorModelingAndDesignPoster.pdf>`_

Group exercises
===============

#. Please install `ngspice <https://ngspice.sourceforge.io>`_
#. Finish the exercises of the previous lecture
#. Run the SLiCAP example: `MOS_EKV_BSIM.py <../designExample/Technology/MOS_EKV_BSIM.zip>`_

   #. Change the device parameters *W* and/or *L* and the operating current *IDS*, discuss the expected changes in the small-signal parameters and verify your expectations with SLiCAP.
   #. Do this for *N* and *P* devices