Submission schedule for 4th sem

                                                                   
Date                             SUBJECT    

05-05-17         08-05-17	DIGITAL  ELECTRINICS 2140908  EPG
09-05-17	2141005  SIGNAL SYSTEM
10-05-17	2140906- A.C MACHINE
11-05-17	2140909- F.T
12-05-17	2160912- D.E-I

Very Import Notice for Digital Electronics (sem-4) Practical

All the students are informed to prepare experiment model of their allotted topic with .ppt file.

The soft copy of lab. manual has been circulated among your class mates. Be in contact with all students and respective Professor.

Each project group has to submit one hard copy of lab. manual. No need of submitting individual project report. 

Submission date will be declared later on.

EXAM FORM FILLING SCHEDULE

Class : 4th Semester (2016-17) of Electrical Engineering
Preapre PPT for following subject as per given Group Information for the AC Machines (PPT)
Sr. No.	NAME OF STUDENT	Title of the Project
1	150140109095	Construction, Types of motor, Working principle, Rotating magnetic field. Of Three phase induction motor
	150140109109
	150140109119
	150140109045
2	150140109048	No-load & blocked rotor test, Equivalent circuit, Phasor diagram, Circle diagram, Efficiency and slip scale with the help of circle diagram,
	150140109050
	150140109035
	150140109008
	150140109007
3	150140109068	Effect of rotor resistance on performance of motor, Double cage motor and its equivalent circuit
	150140109107
	150140109122
	150140109101
	150140109081
4	150140109004	Different types of Starters of poly-phase induction motor  including soft  starter
	150140109084
	150140109091
	150140109124
	150140109074
5	150140109014	Methods  of  speed  control  of  3- phase motor, Schematic diagram and advantages of Variable Voltage Variable Frequency drive
	150140109039
	150140109104
	150140109056
	150140109087
6	150140109118	Electrical transients in induction machine, Magnetic levitation
	150140109106
	150140109073
	150140109115
	150140109072
7	150140109066	Principle, advantages and application of linear induction motor
	150140109011
	150140109036
	150140109020
	150140109010
8	150140109105	Effect of harmonics,  Harmonic torques, Cogging & Crawling,
	150140109093
	150140109079
	150140109092
	150140109103
9	150140109113	Effect of unbalanced voltages on performance of motor
	150140109040
	150140109108
	150140109126
	150140109082
10	150140109052	Performance of motor with variable voltage and  frequency
	150140109042
	150140109032
	150140109055
	150140109062
11	150140109080	Testing of induction motor as per IS, Energy efficient motors.
	150140109019
	150140109111
	150140109086
	150140109046
12	150140109123	Principle of operation and application of Induction Generator,Its load and p. f. control
	150140109051
	150140109110
	150140109053
13	150140109125	principal ,Double field revolving theory, Equivalent circuit of single phase induction motor
	150140109076
	150140109041
	150140109037
14	150140109012	Starting & running performance of 1- phase induction Motor
	150140109025
	150140109028
	150140109120
	150140109077
15	150140109049	Types of single phase motors,Equivalent circuit of 1phase induction motor,
	150140109043
	140140109107
	150140109127
	150140109018
16	150140109021	Construction, Types, Applications, WorkingPrinciple and operation of split phase, Resistance start,   Capacitor start and capacitor start & run induction motor, Shaded pole induction motor, Fractional horse power motors
	150140109024
	150140109089
	150140109097
	150140109099
17	150140109034	Construction, Types, Applications, Working  of Shaded pole induction motor, Fractional horse power motors
	150140109030
	150140109016
	150140109017
	150140109002
18	150140109038	Construction, Types, Applications, Working principle of alternator
	150140109069
	150140109071
	150140109083
	150140109117
19	150140109058	Equation of induced emf with and without harmonics in MMF, pitch factor and distribution factor, MMF of distributed windings, Torque equation, Machine efficiency
	150140109060
	150140109027
	150140109009
	150140109006
20	150140109005	Effect of change in torque  and  speed,  Voltage  regulation,Long Term Load Predictions Using Econometric Models, Reactive Forecast.
	150140109061
	150140109047
	150140109059
	150140109102
21	160143109026	Determination  of voltage regulation by Synchronous impedance method, MMF method, ZPF method and AIEE method,.
	160143109019
	160143109009
	160143109013
22	160143109001	Synchronization : Importance and Methods of  synchronization
	160143109005
	160143109015
	160143109023
	160143109022
23	160143109003	Operating  characteristic,  Load  angle  and  Power flow equations, Capability curves of synchronous machine
	160143109024
	160143109012
	160143109017
	160143109010
24	160143109006	Two reaction model of Salient pole machines, Parallel operation, Load sharing between parallel connected generators
	160143109007
	160143109008
25	160143109025	Effect of   unequal voltages & unequal percentage impedance, Governor characteristics
	160143109016
	160143109021
	160143109018
26	160143109011	Introduction to single phase generators, Slip test for measurement of direct axis and quadrature axis reactance for salient pole machine
	160143109004
	160143109020
	150140109075
	150140109114
27	150140109022	Sudden short circuit of Synchronous machine, Hunting of synchronous machines and its prevention.Methods  of  starting  of  synchronous  motors,
	150140109057
	150140109063
	150140109003
	150140109067
28	150140109001	Different  torques  in Synchronous motor, Stability
	150140109116
	150140109023
	150140109013
	150140109044
29	150140109085	Synchronous condenser, Synchronous phase modifiers,V-curves and inverted V-curves of Synchronous motors
	150140109100
	150140109112
	150140109094
	150140109096
30	150140109064	Construction, principle of operation, equivalent excitation current for various rotor connections of Auto Synchronous Motor
	150140109065
	150140109098
	150140109078
	150140109033
31	150140109015	Construction and working principle of Schrage motor,Universal motor,Repulsion motor
	150140109054
	150140109031

Notice for sem. 4 Digital ELectronics

Students of 4 sem. whoever not registered their ppt/ practical topic are informed to register upto 29/04/2017.

for registration pl. contact Prof. D  R Dobariya or Prof. S. K. Patel.

QUESTION BANK FOR ELECTRICAL POWER GENERATION (2140908) -4TH SEM

CLICK HERE

Seating Arrangement for 4th Semester Students

All the 4th semester Electrical Engg. Students are hereby informed to seat in class room no. 4005 (Div. A) and class room no. 4006 (Div. B) from 26/4/17, Wednesday onwards for lectures.

SIGNALS AND SYSTEMS (MID SEMESTER 1 RESULT)

CLICK HERE

Signals and Systems (2nd Mid Syllabus)

Unit 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

Unit 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.)

Unit 5

The z- Transform, Convergence of z-Transform, Basic z-Transform, Properties of z-Transform, Inverse z-Transform and Solving difference equation using z-Transform

SEATING ARRANGEMENT FOR MID 2 EXAM OF 4TH SEMESTER

                                                             SEM 4TH 

                                              ENROLMENT NO:                      ROOM NO:

                                     140140109107 TO 150140109060            4005

                                     150140109061 TO 150140109122            4006

                                     150140109123  ONWARDS                     4007   

important notice for remedial examination of 3rd and 4th semester

Instructions for Wanakbori Thermal Power Plant scheduled on 20/04/17

All the registered 4TH sem(electrical+mechanical) students are hereby informed to remain present at College main gate sharp at 5.00 a.m on 20/04/17 for wanakbori thermal power plant visit.
Bus will depart between 5.15 to 5.30 a.m sharp. so all are informed to reach timely.

Student will have to give undertaking in writing for the same. Students must come compulsorily with college ICARD and wear shoose. Inform your parents about timings. Students are informed to remain in strict discipline and follow norms of the our institute and industries.

Prof. U.P.C, Prof. A.M.Shah will accompanying students from Bharuch
Prof. P.K.Shah and Prof. Y.R.Pandya will join from Vadodara.

click on list to see your name...

LIST OF STUDENTS


Prof. P.K.Shah

MID SEM-2 SYLLABUS OF DIGITAL ELECTRONICS (B.E. 4 th SEMESTER)

SUBJECT CODE: 2140910 

MID-2 SYLLABUS

Number Systems: Decimal, Binary, octal, and hexa-decimal number systems, binary arithmetic. Number base conversion, Complements Codes: Binary code, excess-3 code, gray code, error detection and correction codes

Logic families: Positive logic and Negative Logic, AND, OR, NOT,NAND,NOR, X-OR GATE, INHIBIT CIRCUIT, Significance and type like TTL, CMOS, interface with different logic families, application relevant information, electrical characteristics,

Boolean Algebra: Introduction, Logic Operators, Postulates and theorems, properties –Product of Sums and Sum of Products– Karnaugh Map method – Two, three, four, five variable K-maps, Converting Boolean expressions to Logic and Vice versa, NAND and NOR implementation – Don’t-Care conditions – The tabulation method

Combinational Logic Circuit:  Half and full Adder – Half and full Subtracter – Binary parallel adder· – BCD Adder, Decimal adder – Magnitude comparator – Encoders & Decoders – Multiplexers–De-multiplexer

Flip Flops and Sequential Logic and Circuits:  Basic difference between Combinational logic and Sequential logic –· Flip-Flops like S-R , J-K, D, Master Slave– Triggering of (level and Edge) flip-flops –Asynchronous and Synchronous Inputs –Excitation 07 15 tables for flip-flops  Ripple and Synchronous counters – Registers – Shift registers –Pulse· Generation

Power Electronics-2 Remid result.

Enrolment No.      marks
100140109114     12
140140109013     12
140140109019     12

All the final year students are hereby informed that they must generate their project completion certificate latest by tomorrow.

Modified result of EEE(DIV-G)

Please see a minor change in mark sheet of Div-G. (Specially for Roll no 1 to 10)

CLICK HERE

GOVERNMENT ENGG. COLLEGE,BHARUCH
ELECTRICAL DEPARTMENT    (4 th  SEMESTER MID SEM RESULT)                  SUB:AC MACHINE
Sr	Enroll No
1	140140109107		AB
2	150143109027		AB
3	150140109001		4
4	150140109002		1
5	150140109003		11
6	150140109004		9
7	150140109005		16
8	150140109006		9
9	150140109007		9
10	150140109008		11
11	150140109009		7
12	150140109010		AB
13	150140109011		15
14	150140109012		11
15	150140109013		4
16	150140109014		8
17	150140109015		11
18	150140109016		11
19	150140109017		8
20	150140109018		2
21	150140109019		1
22	150140109020		AB
23	150140109021		AB
24	150140109022		10
25	150140109023		6
26	150140109024		14
27	150140109025		10
28	150140109027		8
29	150140109028		11
30	150140109030		9
31	150140109031		8
32	150140109032		4
33	150140109033		AB
34	150140109034		10
35	150140109035		18
36	150140109036		11
37	150140109037		16
38	150140109038		17
39	150140109039		6
40	150140109040		20
41	150140109041		8
42	150140109042		16
43	150140109043		14
44	150140109044		9
45	150140109045		21
46	150140109046		10
47	150140109047		3
48	150140109048		26
49	150140109049		14
50	150140109050		11
51	150140109051		8
52	150140109052		6
53	150140109053		AB
54	150140109054		9
55	150140109055		11
56	150140109056		9
57	150140109057		16
58	150140109058		19
59	150140109059		AB
60	150140109060		11
61	150140109061		11
62	150140109062		8
63	150140109063		11
64	150140109064		15
65	150140109065		4
66	150140109066		AB
67	150140109067		0
68	150140109068		16
69	150140109069		10
70	150140109070		AB
71	150140109071		11
72	150140109072		10
73	150140109073		9
74	150140109074		3
75	150140109075		2
76	150140109076		8
77	150140109077		21
78	150140109078		5
79	150140109079		11
80	150140109080		4
81	150140109081		10
82	150140109082		9
83	150140109083		7
84	150140109084		11
85	150140109085		14
86	150140109086		11
87	150140109087		11
88	150140109088		0
89	150140109089		16
90	150140109091		0
91	150140109092		10
92	150140109093		10
93	150140109094		8
94	150140109095		15
95	150140109096		11
96	150140109097		18
97	150140109098		10
98	150140109099		11
99	150140109100		6
100	150140109101		11
101	150140109102		2
102	150140109103		11
103	150140109104		5
104	150140109105		5
105	150140109106		11
106	150140109107		19
107	150140109108		11
108	150140109109		14
109	150140109110		8
110	150140109111		4
111	150140109112		AB
112	150140109113		2
113	150140109114		10
114	150140109115		11
115	150140109116		14
116	150140109117		10
117	150140109118		14
118	150140109119		11
119	150140109120		15
120	150140109122		2
121	150140109123		5
122	150140109124		14
123	150140109125		6
124	150140109126		9
125	150140109127		9
126	160143109001		10
127	160143109003		11
128	160143109004		20
129	160143109005		10
130	160143109006		11
131	160143109007		17
132	160143109008		14
133	160143109009		16
134	160143109010		11
135	160143109011		7
136	160143109012		16
137	160143109013		4
138	160143109015		15
139	160143109016		11
140	160143109017		16
141	160143109018		8
142	160143109019		15
143	160143109020		3
144	160143109021		10
145	160143109022		17
146	160143109023		15
147	160143109024		10
148	160143109025		5
149	160143109026		10
150	1.3014E+11		3