Thursday, 1 March 2018
MID-1 Syllabus of Signals and System(4TH SEM)
SIGNALS AND SYSTEM (Revised Syllabus)
SUBJECT CODE: 2141005, 4TH SEM
1.Basic definitions, Classification
of signals and systems, Signal operations and properties. Basic continuous time
signals, signal sampling and quantization, discretization of continuous time
signals, discrete time signals. Basic system properties, Representation of
digital signals. Case study of different signals form communication and biomedical
field
2.Impulse response characterization
and convolution integral for CT LTI system, signal responses to CT LTI system,
properties of convolution, LTI system response properties from impulse response.
(*Review of Laplace transform with
reference to CT signals and systems.)
3.Impulse response characterization
and convolution sum, Causal signal response to DT -LTI systems. Properties of
convolution summation, Impulse response of DT LTI system. DT-LTI system properties from Impulse
response. System analysis from difference equation model
Note: Study theory portion well and prepare examples from different books as mentioned in GTU syllabus. Solve the related questions of last 3 to 4 GTU University exam papers.
Question banks will be given later on.
Question banks will be given later on.
MID-1 Syllabus for the subject Testing and Commissioning of Electrical Equipments
MID-1 SYLLABUS
SUBJECT: TESTING AND
COMMISSIONING OF ELECTRICAL EQUIPMENTS SUBJECT CODE: 2180901 B.E.
8 th SEMESTER
1. Safety Management:
Objectives, Safety Management during Operation and Maintenance, Clearance and
Creepages, Electric Shock, need of Earthing, different methods of Earthing,
factors affecting the Earth Resistance, methods of measuring the Earth
Resistance, Equipment Earthing and System Grounding, Earthing Procedure -
Building installation, Domestic appliances, Industrial premises, Earthing of
substation, generating station and overhead line.
2. Installation of
Electrical Equipment: Inspection of Electrical Equipment at site, Storage
Electrical Equipment at site, Foundation of Electrical Equipment at site,
Alignment of Electrical Machines, Tools/Instruments necessary for installation,
Technical report, Inspection, storage and handling of transformer, switchgear
and motors.
3. Testing of
Transformer, Plant and Equipment: General Requirements for Type, Routine
and Special Tests, Measurement of winding resistance; Measurement of voltage
ratio and check of voltage vector relationship; Measurement of impedance
voltage/short-circuit impedance and load loss; Measurement of no-load loss and
current; Measurement of insulation resistance; Dielectric tests;
Temperature-rise, insulation and HV test, dielectric absorption, switching
impulse test. testing of Current Transformer and Voltage Transformer, power
transformer, distribution transformer, CVT and special transformer with
reference to Indian Standard (IS). Drying out procedure for transformer. PI
index, Commissioning steps for transformer, Troubleshooting & Maintenance
of transformer. [Ref: IS 2026:Part_1-10-Power Transformers: Methods of Test; IS
13956:1994- Testing Transformers]
4.Installation and
Commissioning of Rotating Electrical Machines: Degree of protection, cooling system, degree
of cooling with IP- IC code (brief discussion), enclosures, rating of
industrial rotating electric machine, installation, commissioning and
protection of induction motor and rotating electric machine, drying out of
electric rotating machine, insulation resistance measurement, site testing and
checking, care, services and maintenance of motors, commissioning of
synchronous generator, protection and automation of synchronous generator,
synchronous motor, D.C. generator and motor with reference to Indian Standard
(IS). [Ref: IS 4029:2010-Guide for Testing Three Phase Induction Motors; IS
7132:1973-Guide for Testing Synchronous Machines; IS 9320:1979-Guide for
Testing of Direct Current (dc) Machines]
Note: Solve the related questions of last 3 to 4
GTU University exam papers.
MID Sem syllabus of UEET (6th sem)
Electrical Engineering Department
Syllabus for Mid Semester
SUBJECT: UEET (6th
Sem )
SUBJECT CODE: (2160907)
|
|
|
|
Chapter: 1
|
Electric
Drives:
Advantages
of electric drives, Characteristics of different mechanical loads, Types of
motors used in electric drive, Electric braking, Plugging, Rheostat braking,
Regenerative braking, Methods of power transfer by direct coupling by using
devices like belt drive, gears, pulley drives etc. Examples of selection of
motors for different types of domestic loads Selection of drive for
applications such as general workshop, textile mill, paper mill, steel mill,
printing press, crane, lift etc. Application of flywheel. Specifications of
commonly used motors e.g. squirrel cage, slip ring induction motors, AC
series motors, FKW motor
|
|
Chapter: 2
|
Illumination:
Nature of
light, visibility spectrum curve of relative sensitivity of human eye and
wave length of light, Different type of lamps, construction and working of
incandescent and discharge lamps – their characteristics, fittings required
for filament lamp, mercury vapour lamp, fluorescent lamp, metal halide lamp,
neon lamp General ideas bout street
lighting, flood lighting, monument lighting and decorative lighting, light
characteristics etc., LED Lighting
|
|
Chapter: 3
|
Electric
Heating:
Advantages
of electrical heating, Heating methods,
Resistance heating – direct and indirect resistance heating,
electric ovens, their temperature range, properties of resistance heating
elements, domestic water heaters and other heating appliances and thermostat
control circuit, Induction heating; principle of core type and coreless
induction furnace, Electric arc heating, direct and indirect arc heating,
construction, working and applications of arc furnace, Dielectric heating,
applications in various industrial fields, Infra-red heating and its applications,
Microwave heating, Simple design problems of resistance heating element
|
|
Chapter: 7
|
Electric Traction:
Electric traction, Advantages of electric traction, Different
systems of electric traction, DC and AC systems, diesel electric system,
types of services – urban, sub-urban, and main lines and their speed-time
curves ,Different accessories for track electrification such as overhead
capacitor wire, conductor rail system, current collector-pantograph, Factors
affecting scheduled speed, Electrical block diagram of an electric locomotive
with description of various equipment and accessories, Types of motors used
for electric traction, Starting and braking of traction motors, Introduction
to EMU and metro railways
|
Syllabus for Mid Semester of AC Machines (4th Sem )
Electrical Engineering Department
Syllabus for Mid Semester
SUBJECT: AC Machines (4th
Sem )
SUBJECT CODE: 2140906
1. Poly-phase Induction
Motor:
Construction, Types of motor,Working principle, Rotating magnetic field.
Operating parameters at different load, No-load & blocked rotor test, Equivalent
circuit, Phasor diagram, Circle diagram, Efficiency and slip scale with the
help of circle diagram, Effect of rotor resistance on performance of motor,
Double cage motor and its equivalent circuit, Introduction to machine
dynamics. Starters of poly-phase
induction motor including soft starter, Methods of speed control of 3- phase motor,
Schematic diagram and advantages of Variable Voltage Variable Frequency drive.
Electrical transients in induction machine, Magnetic levitation: Principle,
advantages and application of linear induction motor. Effect of harmonics, Harmonic
torques, Cogging & Crawling, Effect of unbalanced voltages on performance
of motor. Performance of motor with variable voltage and frequency. Testing of
induction motor as per IS, Energy efficient motors.
2. Synchronous
Machines:
Construction, Types, Applications, Working principle. Equation of
induced emf with and without harmonics in MMF, pitch factor and distribution factor, MMF of distributed windings,
Torque equation, Machine efficiency, Armature
reaction and its compensation, Short circuit
ratio, Effect of change in excitation, Effect of change in torque and speed, Voltage regulation, Determination of voltage regulation
by Synchronous impedance method, MMF method, ZPF method and AIEE method, Synchronization : Importance and Methods of synchronization. Operating characteristic, Load angle
and Power flow equations, Capability curves,
Two reaction model of Salient pole machines,
Parallel operation, Load sharing between parallel connected generators, Effect of unequal voltages & unequal
percentage impedance, Governor
characteristics, Introduction to single phase generators,
Slip test for measurement of direct axis and quadrature axis reactance for salient pole machine, Sudden short circuit of
Synchronous machine, Hunting of synchronous
machines and its prevention.
EXAMPLES RELATED TO ABOVE
TOPICS
MID - 1 SYLLABUS OF PSPD FOR SEM-8th ELECTRICAL
MID - 1 SYLLABUS OF POWER SYSTEM PLANNING AND DESIGN
SUBJECT CODE: 2180903
CH.-1 Transmission lines design
CH.-2 Design of distribution systems
CH.-3 Design of power system
CH.-4 Power System Earthing
Also refer old GTU papers.
SUBJECT CODE: 2180903
CH.-1 Transmission lines design
CH.-2 Design of distribution systems
CH.-3 Design of power system
CH.-4 Power System Earthing
Also refer old GTU papers.
MID SEM-I SYLLABUS OF EPG (2140908)
Syllabus for Mid Sem-I (March-2018)
Subject Code: 2140908
Subject Name: ELECTRICAL POWER GENERATION
|
Chapter-1
|
Introduction
(Whole chapter)
|
|
Chapter-2
|
Steam Power Station (Whole
chapter)
|
|
Chapter-3
|
Hydro Power Station (Whole
chapter)
|
|
Chapter-4
|
Nuclear Power Station (Whole
chapter)
|
|
Chapter-5
|
Diesel Power Plant (Whole
chapter)
|
|
Chapter-6
|
Gas Turbine Power Plant (Whole
chapter)
|
|
Chapter-7
|
Tariff and Economic aspects in power Generation (Whole
chapter)
|
|
Chapter 9
|
Photovoltaic Power Conversion systems
·Introduction · Solar radiation spectrum.· Radiation measurement.
|
|
Chapter 11
|
Substation
|
EPS II (2160908) syllabus for MID -I MARCH 2018
EPS II (2160908) syllabus for MID -I MARCH 2018
ch-1 Current and Voltage Relations on a Transmission Line:
Representation of line, The short transmission line, The medium-length line, The long transmission line: Solution of the differential equations, The long transmission line: Interpretation of the equations, The long transmission line: Hyperbolic form of the differential equations, The equivalent circuit of a long line, Power flow through atransmission line (circle diagrams), Reactive compensation of transmission lines
ch-2 Symmetrical Three-Phase Faults:
Transients in RL Series circuits, Short-Circuit currents and the reactances of Synchronous machines, Internal voltages of loaded machines under transient conditions, The bus impedance matrix in fault calculations, A bus impedance matrix equivalent network, The selection of circuit breakers.
ch-3 Symmetrical Components:
Synthesis of Unsymmetrical phasors from their symmetrical components, The symmetrical components of unsymmetrical phasors, Phase shift of symmetrical components in Star-Delta Transformer Banks [2], Power in terms of symmetrical components, Sequence circuits of Y and Δ impedances, Sequence circuits of a symmetrical transmission line, Sequence circuits of the synchronous machine, Sequence circuits of a Y- Δ transformer, Unsymmetrical series impedances, Sequence networks
ch-4 Corona:
Critical Disruptive Voltage, Corona Loss, Line Design based on Corona, Disadvantages of Corona, Radio Interference, Inductive interference between Power and Communicationlines.
Reference books and questions for mid sem
Morden power system engineering by Nagrath and kothari
power sysem by V.K.Mehta
ch-1 Current and Voltage Relations on a Transmission Line:
Representation of line, The short transmission line, The medium-length line, The long transmission line: Solution of the differential equations, The long transmission line: Interpretation of the equations, The long transmission line: Hyperbolic form of the differential equations, The equivalent circuit of a long line, Power flow through atransmission line (circle diagrams), Reactive compensation of transmission lines
ch-2 Symmetrical Three-Phase Faults:
Transients in RL Series circuits, Short-Circuit currents and the reactances of Synchronous machines, Internal voltages of loaded machines under transient conditions, The bus impedance matrix in fault calculations, A bus impedance matrix equivalent network, The selection of circuit breakers.
ch-3 Symmetrical Components:
Synthesis of Unsymmetrical phasors from their symmetrical components, The symmetrical components of unsymmetrical phasors, Phase shift of symmetrical components in Star-Delta Transformer Banks [2], Power in terms of symmetrical components, Sequence circuits of Y and Δ impedances, Sequence circuits of a symmetrical transmission line, Sequence circuits of the synchronous machine, Sequence circuits of a Y- Δ transformer, Unsymmetrical series impedances, Sequence networks
ch-4 Corona:
Critical Disruptive Voltage, Corona Loss, Line Design based on Corona, Disadvantages of Corona, Radio Interference, Inductive interference between Power and Communicationlines.
Reference books and questions for mid sem
Morden power system engineering by Nagrath and kothari
power sysem by V.K.Mehta
Subscribe to:
Posts (Atom)