Teaching WIKI
- teawiki.net -

This page is read only. You can view the source, but not change it. Ask your administrator if you think this is wrong.
~~NOTOC~~

====== 8115 Physics 1, Part 2: Electrical Engineering (EEng), WS2023/24 ======

Course: **8115 Physics: Mechanics, Electricity and Magentism, WS2023/24, Part 2: "Electrical Engineering"** \\
Course ID: **8115_2** (part of 8115) \\ 
(Old Course Number: EE_1.08)


===== Structure of 8115 (aka EE_1.08) Physics: Mechanics, Electricity and Magnetism =====

We group the topics "electricity" and "magnetism" together under the term **electrical engineering**. \\
This course consists of two course parts: 
  - Mechanics (8115_01) and 
  - Electrical Engineering (8115_02). 

The two course parts are conducted separately by two lecturers.

^ Course Part  ^ General Topic           ^ Abbreviation  ^ Course ID  ^ Lecturer           ^
| Part 1       | Mechanics               | Mech          | 8115_1 | Dr. Irmgard Buder  |
| Part 2       | Electrical Engineering  | EEng          | 8115_2  | Dr. Rolf Becker \\ Clein Sarmiento    |



===== Exam and Grading =====

/*
<WRAP center round important 100%>
\\
**UPDATE ON GRADING: \\ Written Mech Exam: 50 points, \\ Written EEng Exam: 40 points, \\ Lab Exercises: 10 points.** 
</WRAP>
*/


The two course parts form **one module with one exam**.

You will **pass the module with 50 points in total**.

The scores are distributed as follows:

^  Part      ^ Written / Lab  ^  Max Achievable Points ^
| Mech       | written exam   |      **50** |
| EEng       | written exam   |      **50** |
| Max total                  ||     **100** |




====== EEng Lecture  ======
  Every Thursday
  
  * Lecture Room: 01 01 105
  * Lecture Time: 08:15 - 9:45 and 10:00 - 11:30



=== Lecture ===

The lectures will be given live on campus. At least the EEng part will be streamed, recorded and uploaded for later offline access. \\
The links to the videos are shared on the Discord channel of this course.

=== Relationship with other Courses ===

The course EEng is used to lay the foundations for the following courses: 
  - (EE_2.03) Physics 2: Thermodynamics, Radiation, Heat Transfer, 
  - (EE_3.02) Energy Technology,  
  - (EE_4.03) Applied Measurement and Control




/*
<html>
<iframe src="https://calendar.google.com/calendar/embed?src=dbb52e82752944326d541161961b2595e2e243968863b75bd0a92a17e6eaa8c4%40group.calendar.google.com&ctz=Europe%2FBerlin" style="border: 0" width="800" height="600" frameborder="0" scrolling="no"></iframe>
</html>
*/

===== Literature and Resources =====

  * :-) [[https://phys.libretexts.org/Bookshelves/University_Physics/Book%3A_University_Physics_(OpenStax)/Book%3A_University_Physics_II_-_Thermodynamics_Electricity_and_Magnetism_(OpenStax)|University Physics II - Thermodynamics Electricity and Magnetism (OpenStax)]]
  * Tipler Physics
  * :-) Volker Quaschning (2016): Understanding Renewable Energy Systems. \\ [[https://ebookcentral.proquest.com/lib/hrw/detail.action?docID=4470609
|HSRW Library, Online Full Text for Members]]
  * YouTube videos, Wikipedia, my slides, the course git repo, this teaching wiki


===== Preparation for the Students =====

We use **Jupyter Notebooks** for teaching as well as **LTspice**.

==== Jupyter Lab Environment for Python ====

=== Option 1: JupyterHub - Cloud Service EOlab@HSRW ===

Go to https://hub.eolab.de/

To log in click on ''sign in with keycloak'' -> ''HSRW OIDC''. Use your university account to log in. 
\\
When the JupyterHub comes up choose ''Python Enviromnent'' and click ''start''.

=== Option 2: Local Installation ===

[[https://docs.anaconda.com/anaconda/install/index.html | Install Anaconda]] locally on your laptops

Create the EEng Conda Environment. See the [[https://github.com/rolfbecker/EE_1.08_2_EEng_WS2023/tree/main/eeng0020_Course_Preparation|Course Preparation]] on Github.

Download or clone the [[https://github.com/rolfbecker/EE_1.08_2_EEng_WS2023 | Git repository with the notebooks. ]]


===== Topics of EEng =====

:!: Go to **[[:eeng:TOPICS:start]]** page.




===== Sessions =====

/*

^ No  ^ Day  ^ Date        ^ Time                 ^ Room       ^ Topic                                                                                                           ^ Notes / \\ Keywords  ^
|     |      |             |                      |            | Introduction, motivation: PV cells, I-V curve, charge, current, grav. pot. energy                               |                      |
|     |      |             |                      |            | voltage, circuit, Ohm's law                                                                                     |                      |
|     |      |             |                      |            | electrical power: burn 10 Ohms, Jupyter notebook: lin. model fitting                                            |                      |
|     | THU  | 2023-12-06  | 08:15 ---\\ 11:30    | 01-01-105  | Kirchhoff's laws, LTspice, potentiometer, LDR, capacitor                                                        |                      |
|     | FRI  | 2023-12-07  | 13:00 --- \\ 16:00   |            | Charging and discharging of capacitor, charge, current, differential equations, PWM                             |                      |
|     | TUE  | 2023-12-12  | 09:00 ---  \\ 13:00  |            | Waves, semiconductors, PN-junction, diodes, internal photoeffect, photovoltaics                                 |                      |
|     | THU  | 2023-12-14  |                      |            | Photovoltaics, diodes, equivalent circuit models of PV cells, partial shading, bypass diodes, LTspice modeling  |                      |
|     | THU  | 2023-12-21  |                      |            | Capacitive reactance, impedance, complex numbers                                                                |                      |
|     | THU  | 2024-01-11  |                      |            | Inductive reactance, impedance, RC circuit, RLC circuit                                                         |                      |
|     | THU  | 2024-01-18  |                      |            | Alternating Currect (AC) Circuits                                                                               |                      |
|     | THU  | 2024-01-25  |                      |            | Faraday's Law of Induction                                                                                      |                      |


*/

/*
^ Week  ^ Date  ^ Topic                                                                                                                     ^ Notes / \\ Keywords  ^
|       |       | Introduction, motivation: PV cells, I-V curve, charge, current, grav. pot. energy                                         |                      |
|       |       | voltage, circuit, Ohm's law                                                                                               |                      |
|       |       | electrical power: burn 10 Ohms, Jupyter notebook: lin. model fitting                                                      |                      |
|       |       | Kirchhoff's laws,  potentiometer, LDR, capacitor, LTspice                                                                 |                      |
|       |       | Charging and discharging of capacitor, charge, current, differential equations                                            |                      |
|       |       | Charging and discharging of capacitor, capacitive touch, RC lowpass with signal generator, LTspice simulation, Bode plot  |                      |
|       |       |                                                                                                                           |                      |
|       |       | Capacitive reactance, impedance, complex numbers                                                                          |                      |
|       |       | Inductive reactance, impedance, RC circuit, RLC circuit                                                                   |                      |
|       |       | Waves, semiconductors, PN-junction, diodes, internal photoeffect, photovoltaics                                           |                      |
|       |       | Photovoltaics, diodes, equivalent circuit models of PV cells, partial shading, bypass diodes, LTspice modeling            |                      |
|       |       |                                                                                                                           |                      |



*/