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This document appears to be a model test for a Basic Electrical and Electronics Engineering course taken by first-year Mechanical Engineering students at S.K.R. Engineering College in Chennai, India. The test contains two parts: Part A has 10 short answer questions worth 2 marks each, and Part B has 5 longer answer questions worth 16 marks each. Questions cover topics like Kirchhoff's laws, power triangles, transformers, alternators, semiconductors, modulation, and modem communication systems.
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![S.K.R. ENGINEERING COLLEGE
POONAMALLEE, CHENNAI-602103
I YEAR MECHANICAL ENGINEERING
EE 1X02- BASIC ELECTRICAL ELECTRONICS ENGINEERING
MODEL TEST
Date: 13.03.07
Time: 3 Hrs Maximum: 100
Answer ALL Questions
PART A [10 X 2 = 20]
1. State kirchoff’s laws?
2. Draw the power triangle of ac circuit Define power factor?
3. Define Back EMF?
4. Compare Core Shell type transformers?
5. State Double Revolving Field Theory?
6. Define voltage regulation of an alternator?
7. Compare FET BJT?
8. Give the classification of MOSFET?
9. Define Amplitude Modulation?
10. Draw the block diagram of an Modem Communication System?
PART B [5 X 16 = 80]
11. A) i. Define Average RMS values of](https://image.slidesharecdn.com/beee-ee-1x02-1221233996487156-9/85/Beee-Ee-1-X02-1-320.jpg)
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A good study of photovoltaic system requests to have very precise current-voltage characteristic curves of photovoltaic modules for different technologies. The photovoltaic emulator provides an efficient solution to maintain the same current-voltage output of photovoltaic module. It includes three parts: the PV model, the control strategy, and the power converter. This paper provides three classes of modeling and simulation of photovoltaic arrays and presents the synthesis results of the current-voltage characteristic performances obtained by the modeling approaches. The models of the first class are based on electrical circuit model, those of the second class are based on multiple straight lines model, and for the third class, it is based on the look up table. The mathematical model is built using MATLAB/ Simulink, and an experimental bench was carried out to acquire an up-to-date and representative experimental database of four PV panels. This database is used for the validation of these models for the different PV panel technologies under Moroccan meteorological conditions. Following this comparative study, we came to a high agreement between the experimental and simulated current-voltage characteristics for the emulator under study.
R05010501 B A S I C E L E C T R I C A L E N G I N E E R I N G
The document is a study guide for an exam on basic electrical engineering. It contains 8 questions related to topics like Ampere's law, Faraday's law of induction, capacitors, magnetic circuits, alternating current, transformers, DC generators, induction motors, and electrical instruments. Students are instructed to answer any 5 of the 8 questions in the 3 hour exam.
MRR Improvement in Electrical Discharge Machining
Electrical discharge machining is basically a non-conventional material removal process which is widely used to produce dies, punches and moulds, finishing parts for aerospace and automotive industry, and surgical components. This process can be successfully employed to machine electrically conductive parts irrespective of their hardness, shape and toughness.
Micro-nanosystems for electrical metrology and precision instrumentation
This document summarizes work done to explore using MEMS devices to create AC voltage references for electrical metrology and precision instrumentation. Key points:
- MEMS devices with movable and fixed electrodes can be used as AC voltage references by exploiting the pull-in effect, where a stable voltage is reached at 1/3 the initial gap between electrodes.
- Test MEMS devices were designed with different spring configurations and fabricated using silicon-on-insulator microfabrication. Measured voltage references ranged from 5-100V which matched calculations.
- Initial C-V characterization of one device showed two pull-in points, one matching calculated values, demonstrating the AC voltage reference principle. Readout electronics were also
Neural prosthesis final
This document discusses numerical investigations of the electric field distribution induced in the brain by transcranial magnetic stimulation (TMS). It presents formulations and computations of the magnetic field using finite element methods and compares different coil configurations. The results show that an optimized iron core shape can increase both the magnitude and localization of the induced electric field in the brain, improving the energy efficiency of coupling electromagnetic stimulation to brain tissue.
111901 3110005-bee
This document contains an exam for a Basic Electrical Engineering course. It consists of 5 multiple choice questions with 3 parts each. Question 1 asks students to define terms related to alternating quantities, describe the operating principle of a transformer, and solve a circuit analysis problem. Question 2 asks about parts of a DC machine, auto transformers, and solving for voltage, current, and power in a sinusoidal AC circuit. The other questions cover topics like pipe earthing, induction motors, power factor, circuit breakers, rotating magnetic fields, and synchronous machines.
Basic electronic devices and circuits
This document contains four sets of questions for an exam on Basic Electronic Devices and Circuits. Each set contains 8 questions related to topics like electric fields, capacitors, diodes, transistors, amplifiers, and oscillators. The questions test understanding of concepts and involve calculations related to electronic devices and circuits.
Basicelectronicdevicesandcircuits Jntu Model Paper{Www.Studentyogi.Com}
This document contains exam questions for the course "Basic Electronic Devices and Circuits". It is divided into 3 sets of questions. The questions cover topics such as:
1) Characteristics of charged particles in electric fields, calculations involving capacitors and electrons.
2) Applications and specifications of p-n junction diodes, characteristics of zener diodes.
3) Calculations involving rectifier circuits, filters, and dc output values.
4) Transistor biasing configurations, calculations of transistor parameters and currents.
5) Amplifier configurations, feedback, input and output impedances, frequency stability of oscillators.
The questions test understanding of fundamental electronic components and circuits through
Basic electronic devices and circuits Jntu Model Paper{Www.Studentyogi.Com}
This document contains four sets of questions for an exam on Basic Electronic Devices and Circuits. Each set contains 8 questions related to topics like electric fields, capacitors, diodes, transistors, amplifiers, and oscillators. The questions test understanding of concepts and involve calculations related to electronic circuits and devices.
R09 dynamics of electric machines
The document is an exam for a Dynamics of Electric Machines course. It contains 8 questions related to modeling and analyzing various electric machines including DC machines, induction motors, synchronous machines, and interconnected machine systems. Some key topics covered are:
1) Generalized machine theory and modeling the simplest possible rotating machine. Magnetic saturation and how it affects DC machine modeling.
2) Deriving the equivalent circuit of an induction motor and obtaining Langrange's equations and their applications.
3) Explaining the dynamic model of an interconnected machine system and deriving the transient model of a separately excited DC generator.
4) Analyzing the transient response of a separately excited DC generator and determining the short circuit current of an
Effect of mesh grid structure in reducing hot carrier effect of nmos device s...
This paper presents the critical effect of mesh grid that should be considered during process and device
simulation using modern TCAD tools in order to develop and optimize their accurate electrical
characteristics. Here, the computational modelling process of developing the NMOS device structure is
performed in Athena and Atlas. The effect of Mesh grid on net doping profile, n++, and LDD sheet
resistance that could link to unwanted “Hot Carrier Effect” were investigated by varying the device grid
resolution in both directions. It is found that y-grid give more profound effect in the doping concentration,
the junction depth formation and the value of threshold voltage during simulation. Optimized mesh grid is
obtained and tested for more accurate and faster simulation. Process parameter (such as oxide thicknesses
and Sheet resistance) as well as Device Parameter (such as linear gain “beta” and SPICE level 3 mobility
roll-off parameter “ Theta”) are extracted and investigated for further different applications.
A Study on Liquid Dielectric Breakdown in Micro-EDM Discharge - Cognitio paper
The research work carried out in this paper, aims at
understanding the breakdown phenomenon of liquid dielectric by the low energy ultra-short pulsed electric discharge produced between tiny electrodes (~ 100µm diameter electrode) through experimental studies In literature not many studies are reported on liquid dielectric breakdown mechanism, and in micro-EDM no published literature discusses about this. Therefore, a detailed study on literature has been performed and preliminary
experiments have conducted on micro-EDM to understand the glow discharge and its breakdown phenomenon better, towards validation of scientific analogies for micro-EDM process conditions.
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Beee (Ee 1 X02)
- 1. S.K.R. ENGINEERING COLLEGE POONAMALLEE, CHENNAI-602103 I YEAR MECHANICAL ENGINEERING EE 1X02- BASIC ELECTRICAL ELECTRONICS ENGINEERING MODEL TEST Date: 13.03.07 Time: 3 Hrs Maximum: 100 Answer ALL Questions PART A [10 X 2 = 20] 1. State kirchoff’s laws? 2. Draw the power triangle of ac circuit Define power factor? 3. Define Back EMF? 4. Compare Core Shell type transformers? 5. State Double Revolving Field Theory? 6. Define voltage regulation of an alternator? 7. Compare FET BJT? 8. Give the classification of MOSFET? 9. Define Amplitude Modulation? 10. Draw the block diagram of an Modem Communication System? PART B [5 X 16 = 80] 11. A) i. Define Average RMS values of