17:01

#transientResponseSpecification Transient Response of Third Order systems. Rise time Settling time.

29:05

#compensator #controller #rootlocus #transferfunction compensator, finding root locus Transfer ftn.

33:11

Mason's rule solve subsystems cascade, parallel, and close loop transfer function. Block Diagram.

33:11

State space Representation OR modern time Presentation for representing a system in the modern time.

08:48

Mason's rule! Example solving using signal flow graph.

11:16

#controlsystem State Space Representation Solved Example Electrical system.

33:11

#mechanicalsystems #translation #rotationalmotion calculating transfer function of mechanical system

05:44

#electromechanical systems #transferfunction in the S domain Electromechanical system solved example

33:11

#controlsystem #transferfunction #stability #laplacetransformation introduction to control systems

01:01

#controlsystem #transferfunction and #laplacetransformation for inverting and non inverting amplifi

08:37

#Filters: #IIR Problem Alternative #Bilinear Transformation, More Likely to be stable than Euler's.

01:33

#FIlters: #IIR #problem with Euler's Approximation.

05:19

#Filters: #IIR #Eulers Approximation Techniques

00:44

#filters: #Euler Approximation #Bilinear Transformation

04:10

#Filters #IIR Digital Filters #Design Techniques, Discretization of analog filters.

17:08

#Filters: Application of Pole Zero Placement Method, Pre-Processing of ECG Signal

12:57

#Filters:Pole Zero Method First Order, #LPF Design, First Order Application #HPF Design,& applicatio

10:43

#IIR Digital Filter Design, Pole zero placement method. #Notch Filter Design. #BPF Design.

02:15

Two Classes Of Digital Filters #FIR #IIR #FIlters

10:09

#Ideal Non Ideal #Filters First Order Deference Equation Cascading #FIR Filters Demo

10:23

General Finite Impulse Response Filters. The Shifter Impulse #unitImpulse

07:36

Moving Average Filters Finite Impulse Response Filters

00:58

#Filters: 2nd order Finite Impulse Response Filter

10:58

#Finite #Impulse #Response System Second order filter, What is filter Continues time filter #Ripple.

36:23

Shunt Stub Short circuited matching configuration solved Example smith chart solution.

35:25

Short circuited Shunt Stub solved Example smith chart solution finding length of stub analytically.

37:49

finding length of stub for Open circuited stub finding 'd' distance of stub analytically Double stub

36:31

Single stub matching network shunt & series stub matching network Analytical & smith chart technique

30:05

L-Network(Lumped Element circuit model) Example Finding second solution.

37:51

L-Network Design approach Using smith chart, Suitable L-network selection Solved Example,

38:54

L-Network(Lumped Element circuit model) Solved Example using smith chart Continued.

37:49

Lumped Elements(L-Network) to match arbitrary load Selection criteria of L-Network

39:26

Matching or tuning network Real Load, Complexity, Bandwidth requirement, adjusta.network, L-Network,

37:55

Propagation constant of Low Loss Line| Distortion less Line General Lossy line Terminated lossy Line

39:15

Lossy terminated power calculation of transmission line, input impedance,impedence|matching tuning

35:34

Conjugate case for quarter wave transformer. Lossy transmission line Terminated lossy transmission

39:06

Quarter Wave transformer and general equation for power for quarter wave transformer.

39:18

Quarter wave transformer. Impedance view point. Multiple Reflection view point

38:41

Slotted Waveguide Impedance Equation, Quarter Wave transformer for impedance matching.

32:47

Admittance smith chart Conductance & susceptance circles ,quarter wave (180 D) moment on smith chart

39:34

Finding SWR Return loss, Reflection co efficient at the input line|input impedence|using smith chart

39:20

Understanding Radially scaled Parameters on smith chart, Remaining part of Example,

36:58

Solving Example on smith chart Representation of special loads on smith charts.

14:51

#Smith chart #circular #scales and moving around smith chart.

38:54

Smith chart Construction, Family of Reactive circles

35:50

Smith Chart Construction from basic circles. Resistive and inductive circles. Family of circles...

35:48

Smith Chart Complete explanation, Reflection co efficient, Normalized quantities.

01:10:46

Terminated transmission line, Special Loads special lengths Junction of two transmission lines

39:07

Impedance matching Reflection co efficient, Power average ,Return loss, VSWR of a wave.

39:29

Lossless Transmission line, Terminated Lossless Transmission line. Reflection Co efficient.

39:28

Phasor form of transmission line OR Telegrapher Equation Equations Voltage wave equation.

38:46

Transmission line theory and circuit model input and output voltage and current Telegrapher Equation

44:23

wave Oblique Incidence, perpendicular polarization||boundary conditions Snell's law, critical angle

01:30:59

Reflection of wave Oblique Incidence case parallel polarization case||Brewster angle||Snell's law .

32:36

Power conservation for good conductor and perfect conductor.

38:19

boundary condition to Find reflection coefficient & transmission coefficient. Power conservation.

48:22

Computer programing lab task.

33:55

Plane Wave Reflection Of Electromagnetic Wave From a Media Energy & power associated with EM Waves.

37:47

Polarization of electromagnetic waves and it's types, Elliptical ,linear ,circular polarization .

36:58

Generalized form of wave equation Solution for lossless medium Good conductor equation|| Continued||