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Basic electric circuits notes

EE-211 | Week 13 resources

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EE-211 | Week 12 resources

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EE-211 | Week 11 resources

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EE-211 | Week 10 resources

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Basic electric circuits notes

EE-211 | Understanding Phasors

Understanding Phasors by HadeedAhmedSher on Scribd ...

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EE-211

EE-211 | Midterm exam

Midterm Fall2017  Midterm Fall2017  ...

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Basic electric circuits notes

EE-211 | Week 8 resources

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EE-211 | Week 7 resources

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Linear circuit analysis

PSPICE program for plotting maximum power transfer theorem

The following circuit is used to plot the power vs the load resistance curve. The PSPICE script is as follows. MPTT grapghV1 1 0 DC 10Rt 1 2 20Vx 2 3 DC 0RL 3 0 RMOD 1.MODEL RMOD RES(R=1).STEP RES RMOD(R) 1, 100, 1.DC V1 20 20 1.PRINT DC V(1,2) I(RL).probe.end The resultant plot as a function of RL is shown below. ...

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Basic electric circuits notes

EE-211 | Week 6 resources

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EE-211 | Week 5 resources

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EE-211 | Week 4 resources

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EE-211 | Week 3 resources

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EE-211 | Week 2 resources

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EE-211 | Week 1 resources

EE-211| Week1- FEE GIKI  ...

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Partial shading

Simulating PV modules in PSPICE

Solar PV cells are the smallest unit in a PV panel. These are low power output units and hence in order to produce a reasonable output from them, several cells are connected in series and parallel configurations. In a series and parallel configuration, we use to add a bypass diode that prevents the sinking of a group of cells in case of shading....

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IV curve

Plotting in PSPICE with multiple x axis values

In PSPICE plotting is not based on programming like that in MATLAB. In fact, the plotting is based on the set of variables that can be selected for x and y axis. The problem, however, is that if you want to plot two curves with different ranges of x axis variables.  I spent quite a time on solving this issue. Although I did not...

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PSPICE

How to change probe window color in PSPICE

PSPICE probe window works with a black background as a default colour and it does not allow the user to choose the background colour. However, in order to change these colours, one has to edit the file name "PSPICEEV". This file is not located in PSPICE folder rather it is located in the windows folder. So here is how you can change the...

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IV curve

Calculating the shunt and series resistance of PV module

Shunt and series resistance are important to model a realistic PV module. These resistances demonstrate the non-idealities in a PV module. The series resistance Rs defines the resistance of the material that collects the charge from the PV module. This resistance is small and ideal value is zero. The shunt resistance Rsh defines the defects in the semiconductor and the electron-hole recombination before...

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Datasheet

Understanding datasheet of PV module

Every PV module has a datasheet that provides important information about its performance under various conditions. The datasheet is a detailed and comprehensive version of the nameplate which is usually affixed on the back side of the module. In this blog, a datasheet is annotated for a detailed explanation of the datasheet. Understanding the datasheet of PV module  Every PV module has a...

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EE-110

EE-110 | Solution of Final term exam

Finalterm Spring2017 Solution Finalterm Spring2017 Solution ...

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EE-110

EE-110 | Lecture # 26

Lecture # 26 ELEN  Lecture # 26 ELEN  ...

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EE-110

EE-110 | Lecture # 25

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EE-110

EE-110 | Lecture # 24

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EE-110

EE-110 | Lecture # 23

Lecture # 23 ELEN Lecture # 23 ELEN ...

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EE-110

EE-110 | Lecture # 22

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Diptrace

PCB design using diptrace

Diptrace Workshop  Diptrace Workshop  ...

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EE-110

EE-110 | Lecture # 21

Lecture # 21  Lecture # 21  ...

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EE-110

EE-110 | Lecture # 20

Lecture # 20  Lecture # 20  ...

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Electric field

Why is the electric field in the inductor is zero?

Well, if you have seen Ohm's Law in form j=(sigma) E, where sigma is conductivity, try setting it infinite (for an ideal inductor). You will see that for finite j, E=0. Why doesn't j go to infinity? Well, j is proportional to drift velocity. That can't really go to infinity now, can it? There's a theoretical to limit even if you get into...

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EE-110

EE-110 | Lecture # 18

Lecture # 18 ELEN  Lecture # 18 ELEN  ...

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EE-110

EE-110 | lecture # 17

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EE-110

EE-110 | Lecture # 16

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EE-110

EE-110 | Sample Solution Midterm Exam Spring 2017

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EE-110

EE-110 | Lecture # 15

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EE-110

EE-110 | Lecture # 14

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EE-110

EE-110 | Lecture # 13

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EE-110

EE-110 | Lecture # 12

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Basic electric circuits notes

EE-110 | Lecture # 11

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Basic electric circuits notes

EE-110 | Lecture # 9

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EE-110

EE-110 | Quiz # 1

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EE-110

EE-110 | Lecture # 7

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Basic electric circuits notes

EE-110 | Lecture # 8

Lecture # 8 ELEN  Lecture # 8 ELEN  ...

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EE-110

PSPICE tutorial

Presentation

Techniques of a good presentation

A good presentation is essential to grab the audience's attention. These are some simple tips to enhance the impact of your presentation. Do not use logo under every slide. Make it reserve only for the title. Do not repeat/ emphasis on theoretical knowledge because your listeners are from your community and have prior knowledge of the subject. Maximum 10-12 lines in one slide. Don't...

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Basic electric circuits notes

EE-110 | Lecture # 4

Lecture # 4 by PhD EE on Scribd Lecture # 4 by PhD EE on Scribd ...

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EE-110 | Lecture # 3

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EE-110

EE-110 | Lecture # 2

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Course outlines

EE-110 | Tentative course outlines

syllabus_EE110   syllabus_EE110   ...

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EE-110

EE-110 | Lecture # 1

Lecture # 1 Lecture # 1 ...

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EE-355

EE-355 | Assignment # 3

Solution Assignment # 3 by PhD EE on Scribd Solution Assignment # 3 by PhD EE on Scribd ...

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Matlab plotting

Editing plots in Matlab 2009

The following code can be used to edit plots in old Simulink 2009. Code used. ++++++++++++++++++++++++++++++ set(0,'ShowHiddenHandles','on') set(gcf,'menubar','figure') ++++++++++++++++++++++++++++++ ...

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EE-355

EE-355 | Lecture 20 & 21

Lecture#20 & 21  Lecture#20 & 21  ...

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EE-355

EE-355 | Lecture # 18

AC distribution AC distribution ...

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Basic electric circuits notes

Introduction to SPICE

Introduction to spice by PhD EE on Scribd Introduction to spice by PhD EE on Scribd ...

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Electronics

WORKSHOP ON PSPICE | PHASE 2: ELECTRIC CIRCUIT SIMULATION USING CLASSICAL CODE BASED PSPICE

Pspice Phase 2  Pspice Phase 2  ...

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Copyright statement

Copyright © 2015-2017 by Hadeed A Sher

All rights reserved. No part of this blog may be reproduced, distributed, or transmitted in any form or by any means, including photocopying, recording, or other electronic or mechanical methods, without my prior written permission. For permission requests, write to the blog author addressed “Attention: Permissions Coordinator,” at the contact form.


Disclaimer

This blog is about my PhD work and an archive to my engineering education. However, additional study material for the courses i teach and that i have studied is also archived here.
All the circuits in this blog are tested by myself under specific conditions. BE CAREFUL if you are experimenting them, the blogger and this blog are not responsible to any harm and or damage to yourself and your equipment.


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