CONTINUOUS RANDOM VARIABLE
NORMAL DISTRIBUTION
NORMAL DISTRIBUTION Q&A
EXPONENTIAL DISTRIBUTION
MATHEMATICAL EXPECTATION
JOINT DISTRIBUTIONS
JOINT DISTRIBUTIONS Q&A 2
JOINT DISTRIBUTION FUNCTION & MARGINAL DISTRIBUTIONS
INDEPENDENCE OF TWO RANDOM VARIABLE
1. Discrete Random Variables
Distribution function
Binomial Distribution
MEAN AND VARIANCE OF A BINOMIAL DISTRIBUTION
POISSON DISTRIBUTION
Moments
Question and answer
Question and Answers 5
Question and Answers 6
Question and Answers 8
RANDOM PROCESS
TRANSITION PROBABILITY MATRIX AND MARKOV CHAIN
STATIONARY DISTRIBUTION OF A MARKOV CHAIN
POISSON PROCESS
CHAPMAM KOLMOGOROV THEOREM & CLASSIFICATION OF STATES
HOW TO CALCULATE THE PROBABILITY AFTER N STEPS
INTER ARIVAL TIME DISTRIBUTION
Modul4 Numerical methods
Newtons Divided difference Interpolation formula
Numerical Integration
Regular falsi method
Questions
MODULE 5
CURVE FITTING
EULER METHOD
RUNGE KUTTA METHOD OF SECOND ORDER
RUNGE KUTTA METHOD
RUNGE KUTTA METHOD OF ORDER FOUR
ADAMS MOULTON METHOD
ADAMS METHOD QUESTIONS
Module 1
Module 2
Module 4
Module 5
Module 3 Part 2
Module 3 Part 1
Module 2.pdf
Module 3.pdf
Module 4.pdf
Module 1.pdf
Module 5.pdf
Module 1 Part 2
Module 3
MODULE 2
MODULE 3
Part 1
Part 2
Part 4
Part 5
Part 6
Lab video
2.1 FOURUER TRANSFORMATION
2.2 CONVERGENCE OF FOUREIS SERIES
2.3 TYPES OF FS
2.4 POWER OF A SIGNAL
2.5 CONTINUOUS TIME FOURIER TRANS FORM
2.6 PARSEVAL'S THEOREM
2.7 LAPLACE TRANSFORM
2.8 PROPERTIES OF ROC
2.9 INVERSE LAPLACE TRANSFORM
PROPERTIES OF LAPLACE TRANSFORM
SAMPLING THEOREM
ANALYSIS OF LTI SYSTEM
M3.1 SAMPLING
SIGNALS AND SYSTEM MARATHON
SIGNALS AND SYSTEMS MOD 4 PREV YEAR QUESTIONS PART2
Module 1 Premium Class
1.1 SIGNALS
1.2 PERIODIC SIGNALS NON - PERIODIC SIGNALS
1.3 ENERGY & POWER SIGNALS
1.4 DETERMINISTIC OR RANDOM SIGNALS & CAUSAL AND NON - CAUSAL SIGNAL
1.5 ELEMENTARY SIGNALS
1.6 PROPERTRIES OF IMPULSE FUNCTION
1.7 SIGNAL OPERATIONS
1.8 DEPENDENT VARIABLE OPERATIONS
1.9 SYSTEMS
Part 3
CAM module 5 Part 5
CAM module 5 Part 1
CAM module 5 Part 2
CAM module 5 Part 3
CAM module 5 Part 4
Part 7
CAM mod 1.pdf
CAM mod 3 (1).pdf
CAM mod 4.pdf
CAM mod 5 .pdf
Module 3 Part 1.pdf
1.2 FILTERS
1.3 CAPACITIVE REACTANCE
1.4 FREQUENCY RESPONSE
1.5 DIFFERENTIATOR
1.6 RESPONSE OF SINE WAVE
1.7 R C LOW PASS FILTER
1.8 RESPONES OF RC LOW PASS FILTER
1.9 CLIPPING CIRCUIT SHUNT NEGATIVE CLIPPERS
1.10 DOUBLE CLIPPING CIRCUIT SERIES CLIPPING CIRCUITS FORWARD BIARED +VE CLIPPING REVERSE BIA
1.11 SERIES -VE CLIPPING CIRCUIT POSITIVE CLAMBER CIRCUT
PART 1
PART 2
PART 3
Module 5 Part 1
Module 5 Part 2
Module 5 Part 3
Module 5 Part 4
Module 5 Part 5
Double clipper
Biased clippers part 1
Biased clippers Part 2
Unbiased clipping circuits
Biased and unbiased clamping circuits
Syllabus intro, Circuit Working, Frequency response of HPF
Step Response of HPF
Intro to BJT part 1
Intro to BJT part 2
HPF as Differentiator
freq response of rc coupled amplifier
mid freq without CE
ac load line
mid freq part(b)
hybrid pi model
mid freq part(a)
low freq analysis
problems
Voltage divider biasing
Mosfet amplifier
Small signal model of mosfet amplifier
Mid freq analysis without Cs
Mid frq analysis with Cs
mosfet introduction
mosfet operating regions
drain to gate biasing
biasing of mosfet
casxcade amplifier
Voltage series topology analysis
Oscillators classification
Voltage shunt topology analysis
Hartley oscillator
Criteria for oscillation
Wein bridge oscillator
Crystal oscillator
Four different topologies
Introduction
basic terms
syllabus introduction
Part2 - classification of power amplifiers
Part3 - transformer coupled class A power amplifier
Part4 - push pull class B power amplifier
Part7 - complementary symmetry class AB power amplifier
Part5 - push pull class AB power amplifier
Part6 - complementary symmetry class B power amplifier
Part9 - transistor shunt voltage regulators
Part10 - short circuit protection,foldbacking,current boosting
Part8 - transistor series voltage regulators
Complete Note