Number System and Codes
Base Conversion
Conversion Of Any Radix To Decimal
Gray Code
5. ADDITION (Binary, Octa, Hexadecimal ), BINARY MULTIPLICATION
6. SUBTRACTION (Binary)
7. SUBTRACTION (Hexa decimal)
8. SUBTRACTION (Octal)
9. Types Of Codes
10. Reflected Code
2. Logic Gates
3. Duality Theorem
4. Minimization of Boolean Function
5. Kamaugh Map (K-Map)
7. Minterm & Maxterm
8. SOP & POS
9. Standard Canonical SOP
10. K-Map Problems
11. 5 Variable K Maps
12. Simplification of POS Expression
1. Comparator
2. Multiplexers
3. Encoders
4. Decoders
5. Design of Adders
6. Design of Subtractor
7. Multiplexer
8. Demux or De Multiplexer
9. Binary Parallel Adder
10. BCD Adder
1. Sequential Logic Circuits (Introduction)
2. Flip Flops
3. SR Flip Flop
4. D - Flip Flop
5. JK Flip Flop (Jack - KILBY)
6. T Flip Flop
7. Race Condition
8. SR Flip Flop
9. D Flip Flop
10. Counters
1. Shift Register
2. Ring Counter
3. Johnson Counter
4. Arithmetic Algorithms
5. Addition & Subtraction of Floating Point Numbers
6. Addition & Subtraction With Scined 2's Complement Data
7. PLA
8. Programmable ROM
9. Shift Register
10. Bidirectional Shift Register with Parallel Load
DIGITAL_ELECTRONICS
Digital electronics Question Papers and Solutions_1
Module 1.pdf
Module 2.pdf
Module 3.pdf
Module 4.pdf
Module 1 Part 1
Module 1
Module 2
Module 3
Module 4
Module 5.pdf
Power electronics Mod 2 QP Discussions
Part 1
Part 2
Part 3
Part 5
Part 4
Power electronics_s6_module3
power electronics mod1 crash batch_03
power electronics mod1 crash batch_04
power electronics mod1 crash batch_01
power electronics mod1 crash batch_02
power electronics mod5 crash batch_01
Power electronics_s6_module5_2_01
Power electronics_s6_module5_2_02
Module 5
PU REPRESENTATION
FAULT ANALYSIS 3
FAULT ANALYSIS 4
FAULT ANALYSIS
FAULT ANALYSIS 2
LOAD FLOW ANALYSIS 2
transmission line elements 1
LOAD FLOW ANALYSIS
LOAD FLOW ANALYSIS 03
POWER SYSTEM STABILITY 3
POWER SYSTEM STABILITY
POWER SYSTEM STABILITY 2
POWER SYSTEM STABILITY 4
TRANSIENT STABILITY EQUAL AREA CRITERION
LINE TO LINE Part 2
LINE TO LINE Part 1
NUMERICAL OF L-L,DOUBLE LINE TO GROUND FAULT part 1
NUMERICAL OF L-L,DOUBLE LINE TO GROUND FAULT part 2
Part 6
Part 11 GUASS SIEDEL NUMERICAL NO2
Part 16 NEWTON RAPHSON METHOD ALGORITHM & NUMERICAL 2
Part 14
Part 15 NEWTON RAPHSON METHOD ALGORITHM & NUMERICAL 1
Part 17 NEWTON RAPHSON METHOD ALGORITHM & NUMERICAL 3
Part 13 GUASS SIEDEL NUMERICAL
Part 12 GUASS SIEDEL NUMERICAL
POWER ANGLE EQN
NUMERICAL 2,3
TRANSIENT STABILITY ANALYSIS WHEN MECHANICAL INPUT CHANGES
Method for Improving Transient Stability
Problem
STABILITY ANALYSIS
DYNAMICS OF SYNCHRONOUS MACHINE 2
STEADY STATE STABILITY STABILITY LIMIT DERIVATION_1
STEADY STATE STABILITY STABILITY LIMIT DERIVATION_2
Power Systems II MODULE 4 PART 5
Power Systems II MODULE 4 PART 7
Power Systems II MODULE 4 PART 6
POWER SYSTEM MODULE 4 PART 8
POWER SYSTEM MODULE 4 PART 10
POWER SYSTEM MODULE 4 PART 9
POWER SYSTEM MODULE 4 PART 3
Power Systems II MODULE 4 PART 4
AUTOMATIC GENERATION & CNTRL MODELLING
AUTOMATIC GENERATION CTRL
POWER SYSTEM MODULE 5 PART 5
POWER SYSTEM MODULE 5 PART 4
POWER SYSTEM MODULE 5 PART 1
POWER SYSTEM MODULE 5 PART 2
POWER SYSTEM MODULE 5 PART 3
POWER SYSTEM MODULE 5 PART 1.pdf
power systems module 5part 2.pdf
Module 1, Part 1
control system university question
CONTROL_SYSTEM_QSTN
lead-lag Compensator
Types of controllers
lag Compensator
Control Applications
Field controlled DC servomotor
Stepper motor
lead Compensator
compensators
Automatic Control System
control Systems Introduction
Time domain derivation_1
Time domain derivation_2
damping problems
stability introduction
Second orderdamping part 1 B
Introduction
Second orderdamping part 1 A
Time domain specification
time domain problems
stability problems part1
compensator design using rootlocus
lag compensator design problems part 1
lead compensator design problems part 2
Rootlocus construction
lead compensator design problems part 1
PID tuning
lag compensator design problems part 2
lead lag compensator design
Rootlocus problem part 2
Part 6 bodeplot problem part 1
Part 7 bodeplot problem part 1
Part 7 bodeplot problem part 2
Part 8 bodeplot problem part 2
Part 8 bodeplot problem part 1
polar plot problem part 2
polar plot problem part 3
Polar plot part 1_2
Polar plot part 1_1
Polar plot part 2_2
lag lead compensator part 2_1
lag lead compensator part 1
lead compensator Part 1
M and N circles Nichols plot
lag lead compensator part 2_2
lead compensator Part 2
Nyquist stability part 1
lead compensator Part 3
Nyquist stability part 2
Nyquist stability part 3
time domain analysis
transient problem 1
EET302 LINEAR CONTROL SYSTEM
transient
transient problem 2
Module 1 Part 2 of 2
Sample