MIDDLE EAST TECHNICAL UNIVERSITY
ELECTRICAL AND ELECTRONICS ENGINEERING DEPARTMENT
EE 362 Electromechanical Energy Conversion II
Second Midterm Examination
Duration: 100 minutes
22 May 2015
Attempt all questions
Show all your calculations.
Q1 (35 pts). A
EE 362 ELECTROMECHANICAL ENERGY CONVERSION II
EXPERIMENT #5 POWER vs LOAD-ANGLE
CHARACTERISTICS OF A SALIENT POLE SYNCHRONOUS
MACHINE
LABORATORY REPORT
11/05/2016
Laboratory Group: Wednesday Afternoon 1
Mustafa Murat Sezer 1852102
Eylem Tue Gneyi 1936913
EE 362 HOMEWORK 1
DUE: 28 March 2014
Q1) Consider a three-phase ac machine. The stator has 18 slots with a 2-pole, 3-phase, doublelayer, 8/9 full-pole-pitch, distributed winding. Each coil side contains 10 conductors.
The rotor has 12 slots, with a 2-pole
% EE362 HW#3
% NAME: _MUHAMMED SELMAN EREL_
% STUDENT NUMBER: 1876036
%
% Change your .m file name to the following:
% name_surname_ID_hw3.m
% Use "fprintf" function to display results
% Do not display the results of long arrays!
% Please add axis names,
MIDDLE EAST TECHNICAL UNIVERSITY ELECTRICAL AND ELECTRONICS ENGINEERING DEPARTMENT EE 362 Homework 3 23 Mach 2010 Due: 31 March 2010. Please drop your homework in the homework box in the electrical machines lab until 17:00
Q3 A 3-phase, 4-pole, 50 Hz, 400
MIDDLE EAST TECHNICAL UNIVERSITY ELECTRICAL AND ELECTRONICS ENGINEERING DEPARTMENT EE 362 Homework 2 Date: 22.03.2010 Due: 30 March 2010. Please drop your homework in the homework box in the electrical machines lab until 17:00
Q.1. Consider an ac machine
MIDDLE EAST TECHNICAL UNIVERSITY ELECTRICAL AND ELECTRONICS ENGINEERING DEPARTMENT EE 362 Homework 1 Date: 22.03.2010 Due: 29 March 2010. Please drop your homework in the homework box in the electrical machines lab until 17:00
Q.1. Consider a 24 slot 4-po
MIDDLE EAST TECHNICAL UNIVERSITY ELECTRICAL AND ELECTRONICS ENGINEERING DEPARTMENT EE 362 Electromechanical Energy Conversion II
HOMEWORK 5
DUE : 1 May 2010 12:00 Date:26 /04/2010
Drop your homework in the HOMEWORK BOX in the Electrical Machines laborator
EE 362 Homework 6 due May 3, 2010
1. Show that the induced stator voltage per phase of a 3-phase induction machine is given by
E1 = 4,44 (kws. Ns) f ( B1 A )
Where, kws winding factor of stator phase Ns actual number of series turns in each stator phase
EE362 Spring 2016
03.05.2016
HW3 - Induction Machines
This homework is to be solved using computational tools (such as MATLAB). You should show your
work (how the resultant plot is obtained analytically, and required explanations).
The provided template m