Summer term: Components, Circuits and Simulation

Klausur

Die Klausur findet am 13.8. um 9:15 in U012 im OMZ statt. Sie dauert 90 Minuten. Taschenrechner und ein einseitig handgeschriebener DIN A4 Notizzettel sind erlaubt. Bitte melden Sie sich per mail an P. Fischer bis spätestens 12.8 an!

Inhalt und Lehrformat:

This lecture is part of the master course 'Computer Engineering'. The lectures introduces the properties of basic components (diodes, transistors, passives), their modelling, analogue simulation of circuits and the most important basic circuits. The lecture is held in German language.
The lecture is eligible in the 'Wahlbereich' of the MSc Physics.

Time, Location

Friday, 9:15-12:30 (15 minutes break)

ZITI PC-Pool (INF350 = OMZ, 1.UG, room U012, use door on the east side)

Lecture Slides © Peter Fischer

• Introduction (321.2 KB)
• Basics (508.5 KB)
• AC Behavior (1.2 MB)
• For fun: Higher Order Filters (732.1 KB)
• Time Domain Behavior (602.2 KB)
• Cadence and Schematic Entry (1.6 MB)
• Simulation (579.8 KB)
• The pn-diode (923.7 KB)
• Transistors (3.7 MB)
• The Current Mirror (1.0 MB)
• The Gainstage (1.5 MB)
• Source Follower and Differential Pair (606.6 KB)
• Advanced Examples and Summary (540.2 KB)

Exercises & Tutorials © Peter Fischer

• Instruction for Remote Login onto the SuS machines (149.5 KB)
• Thevenin and RC: Exercise with Solution (315.2 KB)
• RC and active Filters: Exercise with Solution (932.1 KB)
• Butterworth Filter: Exercise with Solution (377.6 KB)
• Time Domain: Exercise with Solution (348.2 KB)
• First Simulation: Exercise with Solution
• Abstract Circuits: Exercise with Solution (531.4 KB)
• The Diode: Exercise with Solution (886.2 KB)
• The MOS Transistor: Exercise with Solution (757.8 KB)
• Current Mirrors: Exercise with Solution (752.0 KB)
• The Gainstage: Exercise with Solution (1.0 MB)
• Source Follower and differential Amplifier: Exercise with Solution (1.2 MB)

Other Documents:

• Devices (377.1 KB)
• MOS Model file MOSLib.lib (6.0 KB)

Videos © Peter Fischer (viewing requires Uni-ID)

• Basics A
• Basics B
• Short Intro to Mathematica
• Transfer Functions A
• Transfer Functions B
• Higher Order Filters
• Simulation A
• Simulation B
• Diode
• Transistor 1
• Transistor 2
• Small Signal Models
• Current Mirror
• Gainstage 1
• Gainstage 2
• Gainstage 3
• Source Follower and Differential Pair
• Summary