Compulsory
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EEM4000 GRADUATION THESIS
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0
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2
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5
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Under the supervision of a lecturer, a problem related to Electrical and Electronics Engineering will be solved by each student. The following activities are involved within this course: literature review, research, theoretical investigation, modelling, simulation, project planning, project implementation, anaylsis, report and presentation.
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Elective
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EEM4003 AUTOMATIC CONTROL
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3
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0
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6
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Scope and application areas of AC. Obtaining and analyzing mathematical models of physical systems. Time domain response. Reduction of multiple subsystems. Stability. Steady-state errors. Sketching root locus. PI, PD, and PID controller designs. Lag, Lead, Lag-Lead compensation.
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Elective
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EEM4003 AUTOMATIC CONTROL
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3
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0
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6
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Scope and application areas of AC. Obtaining and analyzing mathematical models of physical systems. Time domain response. Reduction of multiple subsystems. Stability. Steady-state errors. Sketching root locus. PI, PD, and PID controller designs. Lag, Lead, Lag-Lead compensation.
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Elective
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EEM4005 DIGITAL SIGNAL PROCESSING
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3
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0
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6
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Definiton of digital signals and systems, time domain analysis, frequency domain analysis, the z-domain transforms, analysis of digital filter, digital filter design, filter applications for real world problems,
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Elective
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EEM4005 DIGITAL SIGNAL PROCESSING
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3
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0
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6
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Definiton of digital signals and systems, time domain analysis, frequency domain analysis, the z-domain transforms, analysis of digital filter, digital filter design, filter applications for real world problems,
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Elective
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EEM4007 HARDWARE DESCRIPTION LANGUAGES
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3
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0
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6
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Introduction to hardware description languages (VHDL, Verilog). VHDL code structure: library, entity, architecture. Data types and operators in VHDL. Concurrent coding: When, generate, block. Sequential Coding: Process, if, wait, case, loop. Signals and variables. State machines, Functiones, Procedures
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Elective
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EEM4007 HARDWARE DESCRIPTION LANGUAGES
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3
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0
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6
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Introduction to hardware description languages (VHDL, Verilog). VHDL code structure: library, entity, architecture. Data types and operators in VHDL. Concurrent coding: When, generate, block. Sequential Coding: Process, if, wait, case, loop. Signals and variables. State machines, Functiones, Procedures
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Elective
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EEM4009 POWER SYSTEMS ANALYSIS
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3
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0
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6
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Bacis definitions and terminology in power system analysis; Power transmission line models and their performance analysis; Power flow anlaysis; Symetrical components and squence networks; Analysis of symmetrical and unsymmetrical faults; Power system stability
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Elective
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EEM4009 POWER SYSTEMS ANALYSIS
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3
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0
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6
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Bacis definitions and terminology in power system analysis; Power transmission line models and their performance analysis; Power flow anlaysis; Symetrical components and squence networks; Analysis of symmetrical and unsymmetrical faults; Power system stability
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Elective
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EEM4011 INDUSTRIAL ELECTRONICS
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3
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0
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6
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Definition, scope, and application areas of IEs. Technology pyramid and tree for automated production systems. Types of switches, relays including on and off delay timers, contactors, and sensors. Relay Ladder logic diagram. Examples of industrial automation performed with contactors, sensors, and timers. Examples of industrial automation implemented with Logic ICs (Chips), power semiconductor switches, and 555-timer. Simplification by using the tabulation method. Examples of industrial control applications including EPROM, PAL etc.
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Elective
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EEM4011 INDUSTRIAL ELECTRONICS
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3
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0
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6
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Definition, scope, and application areas of IEs. Technology pyramid and tree for automated production systems. Types of switches, relays including on and off delay timers, contactors, and sensors. Relay Ladder logic diagram. Examples of industrial automation performed with contactors, sensors, and timers. Examples of industrial automation implemented with Logic ICs (Chips), power semiconductor switches, and 555-timer. Simplification by using the tabulation method. Examples of industrial control applications including EPROM, PAL etc.
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Elective
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EEM4013 HIGH VOLTAGE TECHNIQUE
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3
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0
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5
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High Voltage Energy Transmission Systems and their devices, the fundamental equations of these systems, analyses of planar, spherical and cylindrical electrode systems in account of breakdown, analyses of multi layer and multi dielectric material systems, discharge phenomenon on gas, liquid and solid insulator materials, over voltages and protection methods.
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Elective
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EEM4015 ELECTRICAL MACHINES II
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3
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0
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5
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DC machine structure, energy conversion, armature reaction, excitation winding connections, the characteristics of DC machines, motor and generator operation, the DC motors starting and speed control, and various applications. The structure of synchronous machines, armature reaction, the equivalent circuit, the equations, characteristics, operating characteristics, parallel operation.
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Elective
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EEM4017 ARTIFICAL INTELIGENCE AND APPLICATIONS
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3
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0
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5
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History of development of artificial intelligence, artificial intelligence systems, the basic concepts and models, Neural Process of learning and adaptation, the neural network learning rules. Single-layered neural classifiers. Single-layer feed-forward and feedback networks. Multi-layer feed-forward and feedback networks. self-organizing networks. Neural algorithms and systems applications. Engineering Applications of Artificial Intelligence.
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Elective
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EEM4019 INTRODUCING TO BIOMEDICAL ENGINEERING
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3
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0
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5
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Basic concepts in biomedical engineering. Generation, properties and conduction of the action potential. General properties of the physiological signals. Electrical physiological signals and their measurements: Electroneurography, electrocardiography, elecroencephalography, evoked potentials, electroretinography. Non-electrical physiological signals and their measurements: Blood pressure, blood volume, blood flow, cardiac output heart sounds, the human respiratory system.
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Elective
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EEM4021 RENEWABLE ENERGY SOURCES
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3
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0
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5
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The principal of Alternative Energy Sources, Nuclear Energy, Sunlight Energy Technologies (Photovoltaic Panels) and their applications, Biomass Energy, Thermal power plants with Biomass Energy, Biogas Energy, Wind Energy, Wind Turbines, Hydrogen Production, Fuel Cells, Geothermal Energy and their sources.
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Elective
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EEM4023 DIGITAL COMMUNICATION
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3
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0
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5
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Fourier transform of digital signals and amplitude spectra . Digital transmission of analog signals, sampling theorem. Pulse amplitude, width and position modulation. Pulse code modulation (PCM). Delta modulation (DM). Time division multiplexing (TDM). Digital carrier modulation systems: amplitude, frequency, phase and Quadrature phase-shift keying (ASK, FSK, PSK, QPSK). Noise performance of digital communication systems, signal / noise ratio and bit error probability (SNR, BER). Information and coding theory.
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Elective
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EEM4025 FILTER DESIGN
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3
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0
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5
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Time-frequency response, poles and zeros, Analog AG filter, analog HV filter, band stop filter,element selection for analog filters, digital FIR filter design, digital IIR filter design, filter applications
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Elective
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EEM4027 MICROPROCESSORS
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3
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0
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5
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Microprocessors, microcomputers and assembly language; microprocessor based system; Z80 microprocessor architecture; memory interfacing; interfacing with input/output devices; Z80 assembly language programming; Z80 instructions; programming techniques.
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Elective
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EEM4029 DIGITAL ELECTRONICS
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3
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0
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5
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Review of transistors (BJT, JFET, MOSFET), Introduction to logic families (DTL, TTL, ECL, CMOS), multiplexers, decoders. Memory units: RAM, ROM.
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Elective
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EEM4031 POWER ELECTRONICS LABORATORY
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0
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2
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3
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Real time inspections of characteristics of basic power semiconductor switches. Real-time applications of single-three phase uncontrolled-half controlled-fully controlled rectifiers with R-RL loads. Real-time applications of AC choppers. Real-time applications of DC choppers. Real-time applications of inverters. Real-time applications of Pulse With Modulation (PWM). Real-time application of DC drive. Real-time application of AC drive.
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Elective
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EEM4033 ENERGY SYSTEMS LABORATORY
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0
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2
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3
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Synchronous machines, transformer and their experiments, Line models, determination of the ABCD parameters of lines and performance analysis of lines under various loading conditions (voltage regulation, maximum power transfer, etc.) Reactive power compensation, Short-circuit analysis, Harmonic measurement, Protection devices and their applications, Grounding measurements
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Elective
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EEM4035 ELECTRICAL MACHINES LABORATORY I
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0
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2
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3
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The structure and operation of transformers; idling, short circuit and loaded operation of transformers; equivalent circuit of transformers; parallel connection of transformers; structure of asynchronous machines; idling, short circuit and loaded operation of asynchronous machines; equivalent circuit of asynchronous machines; mono phase asynchronous machines.
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Elective
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EEM4037 HARDWARE DESCRIPTION LANGUAGES LABORATORY
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0
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2
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3
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Hardware application (Counters, signal processing modules, image processing modules etc.) development by employing SSEG, RS232, VGA driver, SD Card, LEDs, SSRAM, SDRAM componenets on DE2-70 FPGA developpment board using VHDL
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Elective
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EEM4039 ELECTRONICS LABORATORY II
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0
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2
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3
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Differentiators and Integrators; Logarithmic, Exponential, Instrumentation and Bridge Amplifiers; Square, Triangle and Sine Wave Generators (Oscillators), Comparator and Detector Circuits, Analog Integrated Circuit Building Blocks; Feedback and Stability at Transistor-Amplifiers; Wide-Band Amplifiers; Active filters; Phase-Locked Loop (PLL) applications; Logic Gates and Binary Circuits.
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Elective
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EEM4041 ANALOG COMMUNICATION LABORATORY
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0
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2
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3
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fundamental concepts in analog communication, AM modulation methods; Double Sideband, Single sideband, FM modulation; Methods of demodulation: demodulation of AM signals; demodulation of FM signals
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Elective
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EEM4043 MICROWAVE LABORATORY
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0
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2
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3
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Gunn oscillator, modulator, modulation index account and detectors, transmission lines, propagation, phase speed, guided wave length, power measurement, quality factor and bandwidth on microwave resonators, impedance and standing wave ratio measurement, directional coupler, and the magic T experiments.
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Elective
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MTH4045
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3
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0
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5
|
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