Orcad Capture

***Important News*** ***Important News***

!!! Auf vielfache Nachfrage hin, hier nun mein neuer MATLAB – Kurs, Beginn ab 15.07.2016 !!!

Dauer: 8 Wochen (8 Termine / 90 Minuten / 40 Euro pro Termin)

Beginn : 15.07.2016 — Ende : 02.09.2016, immer Dienstags oder Freitags von 19.30 Uhr – 21 Uhr, 4 U-Bahnstationen vom Alexanderplatz, sehr schöner großer Raum mit toller Aussicht über die ganze Stadt.

Die Unterrichtssprache wird Englisch sein, ich kann aber auch gut Deutsch sprechen und notfalls auf Deutsch erklären.

Inhalte des MATLAB-Kurses:

1. Einführung in die Programmiersprache MATLAB

– Introduction to MATLAB programming language

2. Datentypen in MATLAB

– Data Types in MATLAB

3. Kontrollstrukturen in MATLAB

– Control structures in MATLAB

4. MATLAB Definitionen und Funktionen

– Definition and using Functions in MATLAB

5. Graphiken und Diagrammdarstellung in MATLAB

– Graphics and graph depiction in MATLAB

6. Dateien und Informationsmanagement in MATLAB

– Files and information management in MATLAB

7. Immer Hausarbeiten und Übungen für die nächste Unterrichtseinheit

– Solving homework and exercises

Weitere Informationen findet sie auf meiner Website: www.kispow.com. Bei Fragen, bitte kontaktieren Sie mich unter: info at kispow.com und rufen Sie mich an: 1523 859 895 0

Liebe Grüße und bis bald in meinem Kurs!

Armin

***End of Important News*** ***End of Important News***

In this section, You can find contents and topics for Orcad Capture software that I will teach in the class.

Orcad Capture is one of the best software for simulation of electronic circuits. It is possible to simulate many electronic circuits using this software and through capabilities like adding noise and so on, we can get precise and complete results about circuit operation.

To make it easy learning as possible as I can even for those people who don’t have any knowledge about this software, I teach every chapter with many examples, explanations and in a step by step procedure. After finishing every chapter, participants will receive exercises (homework) to do and in this way, they will increase their abilities in simulating electronic circuits using this software.

If you are living in Berlin and you are busy and don’t have time to come to my classes,it is also possible to have private courses.About the location, you can come to my flat or I can come to your flat or we can go somewhere else.

About the time and date : everyday(also weekends : Saturday and Sunday) in evening after 5 p.m. is possible.

For people who don’t live in Berlin,please refer to “contact us” tab and write “Skype learning” in the message,i will contact them soon.

If you are interested in this course, Please refer to “registration” tab and register soon due to class capacity is limited to 20 seats.
If you have any question, comment and suggestion about following chapters, please go to “Contact us” tab and send me your message,i will get in touch shortly.

The contents and chapters for Orcad Capture course are as following :

1.Creating project and circuit drawing

– Part placement in schematic environment

– Circuit wiring

– Ground node

– Chanaging name and value of parts

– Node numbering

– Dependent sources

– Homework and exercises

2.DC operating point analysis

– Bias point

– Thevenin and norton equivalent circuits

– Bias point data

– Changing simulated temperature

– Variable resistor with temperature

– Homework and exercises

3.DC sweep analysis

– Voltage sweep

– Current sweep

– Parameter sweep

– Model parameter sweep

– Temperature sweep

– Thevenin and norton equivalent circuits

– Secondary sweep

– Homework and exercises

4.Frequency(AC)-domain analysis

– Measurements

– Parameter analysis

– Performance analysis

– Equivalent Impedance calculation

– Coupled inductors

– Ideal Transformer

– Homework and exercises

5.Time-domain analysis

– Stimulus editor

– Fourier Transform

– Parameter analysis

– Performance analysis

– Input – output curve drawing

– Hierarchical circuits

– Homework and exercises

6.ABM(Analog Behavioral Modeling) Blocks

7.Digital circuit analysis

– Digital input

– Clock pulse input

– Gate delays

– Analog and digital complex circuits

8.Monte Carlo analysis

9.Creating Models, sub-circuits and parts

– Creating and editing model

– Creating and editing sub-circuits

– Converting Model library to Part library

– Changing part symbol

10.Time-varying sources

– PWL(Piece-Wise Linear)

– Pulse

– Exp

– Sin