The GATEway Academy - ViDoe

Academy of Electrical, Electronics and Computer Engineering

Energy Calculation From Parseval's Relationship

4:17

Energy Calculation From Parseval's Relationship

Parseval's Relationship

8:31

Parseval's Relationship

L4.6 - Inverse DTFT of an Impulse

3:18

L4.6 - Inverse DTFT of an Impulse

L4.5 - Inverse DTFT of a Rectangular Pulse

11:14

L4.5 - Inverse DTFT of a Rectangular Pulse

L4.4 - DTFT of unit step signal u[n]

12:25

L4.4 - DTFT of unit step signal u[n]

L4.3 - DTFT Problems-II

10:59

L4.3 - DTFT Problems-II

L4.2 - DTFT Problems-I

17:46

L4.2 - DTFT Problems-I

L4.1- Introduction to DTFT

12:34

L4.1- Introduction to DTFT

L-24 Efficiency of Emitter Follower

4:15

L-24 Efficiency of Emitter Follower

L-23 Efficiency of Push Pull stage

4:40

L-23 Efficiency of Push Pull stage

L-22 Push Pull Amplifier Power Rating

5:35

L-22 Push Pull Amplifier Power Rating

L-21 Emitter follower power rating

8:06

L-21 Emitter follower power rating

L-20 Improved Push Pull Amplifier

8:55

L-20 Improved Push Pull Amplifier

Push Pull Amplifier / Push Pull Stage

8:16

Push Pull Amplifier / Push Pull Stage

Introduction to Power Amplifiers

6:35

Introduction to Power Amplifiers

GATE 2004 EC Solution -Conjugate Antisymmetric Part

3:24

GATE 2004 EC Solution -Conjugate Antisymmetric Part

GATE 2004 EC - Inverse z transform

2:39

GATE 2004 EC - Inverse z transform

GATE 1991 EC - Causal noncausal systems

2:19

GATE 1991 EC - Causal noncausal systems

GATE 2000 EC Solution - Linear and Time Varying System

4:35

GATE 2000 EC Solution - Linear and Time Varying System

GATE 2001 EC - Problem based on Energy of signals

4:23

GATE 2001 EC - Problem based on Energy of signals

GATE 2001 - EC - Problem based on property of impulse function

2:18

GATE 2001 - EC - Problem based on property of impulse function

Inverse z - transform of log 1+az^-1

6:43

Inverse z - transform of log 1+az^-1

L24 -Tutorial - Properties of LTI System from Impulse Response

11:25

L24 -Tutorial - Properties of LTI System from Impulse Response

GATE 2001 ECE - OP AMP OUTPUT VOLTAGE

3:49

GATE 2001 ECE - OP AMP OUTPUT VOLTAGE

GATE 2001 ECE - OP AMP CHARACTERISTICS

1:04

GATE 2001 ECE - OP AMP CHARACTERISTICS

GATE 2000 ECE- OP AMP

1:01

GATE 2000 ECE- OP AMP

GATE 2000 ECE - OP AMP INPUT TRIANGULAR WAVE

2:13

GATE 2000 ECE - OP AMP INPUT TRIANGULAR WAVE

GATE 2000 ECE OP AMP DC INPUT OFFSET

2:35

GATE 2000 ECE OP AMP DC INPUT OFFSET

GATE 2000, ECE- OP AMP 3 CAPACITORS

2:17

GATE 2000, ECE- OP AMP 3 CAPACITORS

Introduction to Root Locus Plots

14:37

Introduction to Root Locus Plots