المرحلة الثالثة

تقييم المستخدم: 3 / 5

تفعيل النجومتفعيل النجومتفعيل النجومتعطيل النجومتعطيل النجوم
 

Third Year

 

elc3

Course Number:ER 301

Course Name: Engineering Economy

Credit hours: (2-1-0-2)

Pre-requisite: ER 203, ER 204

Course Contents:

Introduction, Counting, Permutation ,combination, Ordered Samples, Sampling Without Replacement, Sample Space and events, Probability, Properties of Probability, Conditional Probability, Bayes´s  Theorem, Independent Events, Random Variables, Random Variables, Discrete Distribution, discrete probability distribution, Multinomial Distribution, Poisson Distribution, Exponential  Density Function, Continuous Distribution, Some Distribution , Correlation Theory, Multiple and Partial Correlation. Multiple and Partial Correlation, Economic Replacement  Modle Cost Control And quality Control, Basic Methods of Engineering Economic Studies .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 303

Course Name:  Wave Propagation

Credit hours: (3-3-0-0)

Pre-requisite: ER 203, ER 204, EE 215, EE216

Course Contents:

Introduction to wave propagation, The Propagation Media (Lossy Media), Mode of Wave Propagation, Ground Wave Propagation, Ionosphere Wave Propagation, Scatter Propagation .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 304

Course Name:  Antenna

Credit hours: (3-3-0-0)

Pre-requisite: ER 203, ER 204, EE 215, EE216, EE303

Course Contents:

EM fundamentals, Practical Examples, Antenna Sitting, Array antennas, Practical Examples, Seminar .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 305

Course Name:  Electronics III

Credit hours: (3-3-1-0)

Pre-requisite: EE 211, EE 212

Course Contents:

Introduction and Review of Electronic Devices, BJT Common Emitter Amplifier, BJT CC and CB Amplifiers, FET Biasing, FET Common Source Amplifier, FET Common Drain and Common Gate Amplifiers, Differential Amplifier Using BJTs, Amplifier Frequency Response

Low Frequency Amplifier Response, The Operation Amplifier: Introduction and Parameters, The Operation Amplifier: with Negative Feedback, The Operation Amplifier: Bias Current and Offset Voltage, The Operation Amplifier: Frequency and Phase Responses, The Operation Amplifier: Comparators, The Operation Amplifier: Summing Amplifier .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 306

Course Name:  Electronics IV

Credit hours: (3-3-1-0)

Pre-requisite: EE 211, EE 212, EE 305

Course Contents:

The Operation Amplifier: Integrators , The Operation Amplifier: Differentiators, Application to CMOS and BiMOS Circuits , Active Filters: Basic Filter Response and Characteristics, Active Low-Pass Filters, Active High-Pass Filters, Active Band-Pass Filters, Active Band Stop Filters, The Oscillator and it’s Feedback, Oscillators with RC Feedback Circuits, Oscillators with LC Feedback Circuits, The Class A Power Amplifiers, The Class B and Class AB Push-Pull Amplifiers, The Class C Amplifier .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 307

Course Name:  System Analysis I

Credit hours: (2-1-1-2)

Pre-requisite: ER 105, ER 106

Course Contents:

Fourier Series with Applications , Fourier Transform, Properties of  Fourier Transform, and Applications , Laplace Transform, Properties of  Laplace Transform, and Applications , Inverse Laplace Transform with Applications  .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:ER 308

Course Name:  System Analysis II

Credit hours: (2-1-1-2)

Pre-requisite: ER 105, ER 106

Course Contents:

Z Transform, Properties of  Z Transform, and Applications, Inverse Z Transform with Applications, Complex Variables , Cauchy Integral Formula,, Power Series (Taylor and Laurent series)

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 309

Course Name:  Electrical power I

Credit hours: (2-2-1-0)

Pre-requisite: ER 105, ER 106

Course Contents:

Energy resources, Type of power generating station , examples, Load curve and load factor Example, Transmission line /electrical design , Resistance and inductance , Three phase inductance, Single phase capacitance, Three phase capacitance .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 310

Course Name Power System Engineering-II

Credit hours: (2-2-1-0)

Pre-requisite: ER 105, ER 106, EE 309

Course Contents:

Mechanical design of transmission line , Sag and tension , Over head line insulator, Short line parameter, Medium line parameter , Long line parameter , Voltage drop and power efficiency, Under ground cables .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 311

Course Name:  Induction Motors

Credit hours: (2-1-1-2)

Pre-requisite: EE 213, EE 214

Course Contents:

Classification of AC motor , Induction  motor principle , Producing of rotating magnetic field slip ,Starting torque , Torque under running condition , Torque slip characteristic , Full load torque and maximum torque , Power stage in induction motor, induction motor as a generalized transformer, Equivalent circuit of rotor, Equivalent  circuit of  Induction motor , Single phase  Induction motor principle, Double field revolving  theory , cross –field theory , Equivalent  circuit of single phase motor .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 312

Course Name:  Synchronous Machine

Credit hours: (2-1-1-2)

Pre-requisite: ER 105, ER 106

Course Contents:

Alternators principles, Single and double layer winding, Distribution factor, Pitch factor, E.M.F Equation of alternator , Armature reactionVoltage regulation , Synchronous impedance method, Parallel operation of alternator, Synchronous  motors principles, Method of starting Torque of synchronous motor, Power developed , Torque  developed, Comparison between synchronous and  induction motor .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 313

Course Name:  Communication-I

Credit hours: (3-3-1-0)

Pre-requisite: ER 203, ER 204

Course Contents:

Introduction to communication system / transmitter, modulation , channel , receiver, demodulation, Amplitude  modulation/AM , AM-DSB/ SC, power calculation, SSB, VSB, AM spectrum, AM generation – square  law product, switching modulator, balanced modulator , AM transmitter principles , Angle  modulation / Introduction , phase modulation PM , frequency modulation .Single  tone  frequency  modulation , multi  tone  frequency  modulation , Bandwidth  of  FM  modulation, NBFM , WBFM , FM  generation : Armstrong  method , direct  FM method , Integrator  method , direct  and  indirect  FM  transmitter, FDM system , Detectors  and  receivers / principle  of  AM  detector: Envelop  detector , synchronous , Costas  PLL ,  demodulation  of  FM signals :  balanced  slope detector Foster  seely  discriminator  ,  ratio  detector  preemphasis  and  deemphasis filter Receivers , classification  of  radio  receiver  ,  TRF receiver, Super  heterodyne  receiver ,  AGC , characteristics  of  receiver .

 

-----------------------------------------------------------------------------------------------------------------

Course Number:EE 314

Course Name:  Communication-II

Credit hours: (3-3-1-0)

Pre-requisite: ER 203, ER 204, EE 313

Course Contents:

Pulse  modulation  /  sampling  theorem  ,  PAM ,PPM , PWM ,Multiplexing  :  TDM , Noise  in  communication  systems , the  noise parameters ,Noise  temperature , noise  figure  noise  in  AM  system  DSB-SC ,Noise  in  FM  receiver , Transmission  line  theory /  the  lumped  circuit  model for  transmission  line  transmission  line  equations, Secondary  line  constant characteristics  impedance , attenuation  and  phase  constant , phase  and  grope Smith  chart  training .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 315

Course Name:  Computer Architecture

Credit hours: (2-2-1-0)

Pre-requisite: EE 117, EE 118

Course Contents:

CPU organization, A model CPU architecture, Instruction set design Issues, Language – Oreinted Architecture, Microprogramming, Design of CPU control Unit, Microprogrammed vs Hardwired Control, Complexity of Microprograms, Firmware, I/O channels, Periferal Control Strategies, Memory Management, Register windowing, Memory Interleaving, Cache Memory and Taged storage, Pipeline and Vector processing, Instruction pipeline, Arithmetic pipeline, Systolic arrays, Vector processing, Multiprocessors, Interprocessor communication networks, Methods and cache coherence, Associative Memory, Content Addressable memories, Arithmetic in memory, Applications (Database Machines), None-Von- Neumann Architectures, Dataflow .

-----------------------------------------------------------------------------------------------------------------

 

Course Number:EE 317

Course Name:  Electrical Engineering Lab. V

Credit hours: (2-0-2-4)

Pre-requisite: EE 217, EE 218

Course Contents:

Experiments on material given in courses electronics, machine, and communication .

 

-----------------------------------------------------------------------------------------------------------------

Course Number:EE 318

Course Name:  Electrical Engineering Lab. VI

Credit hours: (2-1-1-2)

Pre-requisite: EE 217, EE 218, EE317

Course Contents:

Experiments on material given in courses electronics, machine, and communication.

 

-----------------------------------------------------------------------------------------------------------------

 

0
0
0
s2sdefault
Copyright © 2014 جميع الحقوق محفوظة ® موقع كلية الهندسة / جامعة ذي قار © ™ Powered by