Undergraduate course on Signals and Systems(course-I)

[0dayddl]

3.06 GB | 8min 9s | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English


Files Included :

1 Definition of signal and system.mp4 (17.34 MB)
10 Time compression in DT domain.mp4 (26.05 MB)
11 Time expansion in DT domain-01.mp4 (71.64 MB)
12 Time expansion in DT domain-02.mp4 (20.76 MB)
13 Time inversion.mp4 (23.55 MB)
14 Amplitude inversion.mp4 (21.34 MB)
15 Order of precedence in CT domain.mp4 (36.52 MB)
16 Order of precedence in DT domain.mp4 (40.15 MB)
17 Solved example-01.mp4 (15.81 MB)
18 Solved example-02.mp4 (22.91 MB)
19 Solved example-03.mp4 (15.79 MB)
2 Independent Variables- Time and frequency.mp4 (87.79 MB)
20 Solved example-04.mp4 (132.51 MB)
3 Note on independent variables.mp4 (4.65 MB)
4 Primary classification of signals.mp4 (19.28 MB)
5 Construction of a discrete domain signal.mp4 (18.17 MB)
6 Finite duration sequence and definition of sampling and interpolation.mp4 (14.53 MB)
7 Time shifting operation-01.mp4 (36.87 MB)
8 Time shifting operation-02.mp4 (24.59 MB)
9 Time scaling operation in CT domain.mp4 (27.76 MB)
1 Periodic signal construction.mp4 (23.62 MB)
10 Difference between CT and DT domain sinusoidal signals-02.mp4 (22.84 MB)
11 Solved example-02.mp4 (15.65 MB)
12 Solved example-03.mp4 (16.17 MB)
13 Solved example-04.mp4 (12.17 MB)
14 Solved example-05.mp4 (24.81 MB)
15 Solved example-06.mp4 (7.48 MB)
16 Solved example-07.mp4 (14.46 MB)
17 Example for aperiodic signals- real exponential signal.mp4 (17.66 MB)
18 Real exponential signals in DT domain.mp4 (17.07 MB)
19 Engery and power signal- Basic definitions.mp4 (29.53 MB)
2 Periodic signal- fundamental period and fundamental frequency.mp4 (19.63 MB)
20 Energy and power signal- Mathematical expressions.mp4 (27.83 MB)
21 Energy and power expressions-Summary.mp4 (23.14 MB)
22 Root Mean Square(RMS) value.mp4 (4.38 MB)
23 Operations performed on energy signal.mp4 (8.5 MB)
24 Operations performed on power signal.mp4 (21.67 MB)
25 Average power calculation of sinusoidal signals-01.mp4 (16.03 MB)
26 Average power calculation of sinusoidal signals-02.mp4 (13.02 MB)
27 Solved example-08.mp4 (20.04 MB)
28 Solved example-09.mp4 (30.46 MB)
29 Solved example-10.mp4 (6.83 MB)
3 Periodic signal in DT domain.mp4 (14.07 MB)
30 Solved example-11.mp4 (25.57 MB)
31 Even and Odd signals-Definition.mp4 (34.82 MB)
32 Real signal as a combination of even and odd signals.mp4 (16.51 MB)
33 Area of even and odd signals.mp4 (19.53 MB)
34 Conjuage symmetric and Conjuage anti symmetric signals.mp4 (133.18 MB)
35 CS and CAS signals(contd ).mp4 (11.48 MB)
36 Solved example-12.mp4 (11.43 MB)
37 Solved example-13.mp4 (15.87 MB)
38 Solved example-14.mp4 (13.52 MB)
39 Solved example-15.mp4 (83.3 MB)
4 Summation of periodic signals.mp4 (23.07 MB)
5 Solved example-01.mp4 (29.96 MB)
6 Example for periodic signal-Sinusoidal signals.mp4 (28.5 MB)
7 Sinusoidal signals in DT domain.mp4 (15.79 MB)
8 Complex exponential signals.mp4 (7.29 MB)
9 Difference between CT and DT domain sinusoidal signals-01.mp4 (18.64 MB)
1 Unit impulse signal in CT and DT domains.mp4 (150.55 MB)
10 Continuous time signal as combination of impulses.mp4 (24.9 MB)
11 Solved example-01.mp4 (6.06 MB)
12 Solved example-02.mp4 (17.22 MB)
13 Solved example-03.mp4 (17.12 MB)
14 Solved example-04.mp4 (14.61 MB)
15 Unit step signal definition.mp4 (17.69 MB)
16 Practice step signal.mp4 (18.11 MB)
17 Unit step scaling.mp4 (22.96 MB)
18 Energy and power of step signal.mp4 (22.24 MB)
19 Even and Odd components of unit step signal.mp4 (15.49 MB)
2 Area of unit impulse.mp4 (23.98 MB)
20 Combination of step signals.mp4 (18.92 MB)
21 Causal signal definition wrt to step signal.mp4 (21.52 MB)
22 Causal signals in DT domain.mp4 (13.5 MB)
23 Causality condition-examples.mp4 (20.17 MB)
24 Significance of step signal.mp4 (67.58 MB)
25 Energy calculation for real exponential signals.mp4 (28.58 MB)
26 Energy of real exponential signals-summary.mp4 (14.62 MB)
27 Energy of real exponential signals in DT domain.mp4 (26.74 MB)
28 Relation between unit step and unit impulse-01.mp4 (12.51 MB)
29 Relation between unit step and unit impulse-02.mp4 (26.81 MB)
3 Sampling property.mp4 (25.88 MB)
30 Relation between step and impulse-Summary.mp4 (23.08 MB)
31 Signum function.mp4 (13.22 MB)
32 Solved example-05.mp4 (89.3 MB)
33 Solved example-06.mp4 (14.09 MB)
34 Solved example-07.mp4 (17.93 MB)
35 Solved example-08.mp4 (16.07 MB)
36 Solved example-09.mp4 (29.82 MB)
37 Solved example-10.mp4 (28.58 MB)
38 Unit ramp signal definition.mp4 (22.21 MB)
39 Ramp signal scaling.mp4 (22.51 MB)
4 Sampling property in DT domain.mp4 (14.01 MB)
40 Combination of ramp signals.mp4 (29.42 MB)
41 Triangular pulse.mp4 (29.32 MB)
42 Relation between ramp-step-impulse.mp4 (37.86 MB)
43 Solved example-11.mp4 (36.19 MB)
44 Solved example-12.mp4 (12.29 MB)
45 Sinc function and Sampling function.mp4 (30.99 MB)
46 Sinc function in discrete time domain.mp4 (21.11 MB)
5 Sifting property.mp4 (30.64 MB)
6 Scaling property.mp4 (23.81 MB)
7 Differentiation property.mp4 (45.64 MB)
8 Impulse train.mp4 (16.19 MB)
9 Discrete time signal as combination of impulses.mp4 (45.1 MB)
1 System properties.mp4 (25.55 MB)
10 Time invariance-definition.mp4 (10.15 MB)
11 Procedure to determine time invariance.mp4 (3.88 MB)
12 Time invariance-Standard example set-01.mp4 (8.52 MB)
13 Time invariance-Standard example set-02.mp4 (6.47 MB)
14 Time invariance-Standard example set-03.mp4 (7.36 MB)
15 L15.mp4 (8.03 MB)
16 L16.mp4 (6.46 MB)
17 L17.mp4 (3.41 MB)
18 L18.mp4 (5.03 MB)
19 L19.mp4 (9.84 MB)
2 Linearity.mp4 (40.45 MB)
20 L20.mp4 (8.97 MB)
21 L21.mp4 (5.01 MB)
22 L22.mp4 (7.1 MB)
23 L23.mp4 (8.44 MB)
24 L24.mp4 (11.63 MB)
3 Linearity graphical representation.mp4 (16.54 MB)
4 Step by step procedure for finding linearity of a system.mp4 (11.16 MB)
5 Linearity- standard example set-01.mp4 (21.74 MB)
6 Linearity- standard example set-02.mp4 (21.22 MB)
7 Linearity-standard example set-03.mp4 (7.51 MB)
8 Linearity- standard example set-04.mp4 (19.03 MB)
9 Linearity-Special case.mp4 (4.69 MB)

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