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8 results

Almonaier
(Lecture 14-3: in Arabic): Understanding Bode plots with solved examples

Frequency response design approaches, especially design based on Bode plots, are very popular in the design of analog control ...

1:11:03
(Lecture 14-3: in Arabic): Understanding Bode plots with solved examples

877 views

4 years ago

ELEC EM
Phase Margin, Gain Margin from Martab

In this video, you will learn how to use MATLAB to obtain the phase margin and gain margin of a given transfer function from its ...

14:46
Phase Margin, Gain Margin from Martab

75 views

2 years ago

Almonaier
(Lecture 14-4: in Arabic): Understanding Bode plots with solved examples

Frequency response design approaches, especially design based on Bode plots, are very popular in the design of analog control ...

25:16
(Lecture 14-4: in Arabic): Understanding Bode plots with solved examples

562 views

4 years ago

Jose Oregel
Oscilloscope Frequency Response AC Sweep

R=22 Ohm L = 30 mH C = 10 nF Resonant f = 9.189 kHz Q Factor = 79.

0:15
Oscilloscope Frequency Response AC Sweep

691 views

3 years ago

Almonaier
(Lecture 14-2: in Arabic): Rules for Drawing Bode Diagrams

Frequency response design approaches, especially design based on Bode plots, are very popular in the design of analog control ...

1:18:26
(Lecture 14-2: in Arabic): Rules for Drawing Bode Diagrams

1,114 views

4 years ago

Jose Oregel
Simulink Resonance Response AC Sweep

R = 22 Ohm L = 30 mH C = 10nF.

0:26
Simulink Resonance Response AC Sweep

148 views

3 years ago

Syahmi Safiy
ASSIGNMENT ADVANCED ELECTRIC CIRCUIT

BEEI 1333 (BEEA S1/1)

19:07
ASSIGNMENT ADVANCED ELECTRIC CIRCUIT

221 views

3 years ago

Sebastiano
Filtre passe-bas du 2e ordre : influence de Q sur le gain

Comment se déforme la courbe de gain lorsque le facteur de surtension Q varie ?

8:12
Filtre passe-bas du 2e ordre : influence de Q sur le gain

60 views

4 months ago