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The GATEway Academy
เข้าร่วมเมื่อ 5 ม.ค. 2018
Academy of Electrical, Electronics and Computer Engineering
Energy Calculation From Parseval's Relationship
Calculating energy of a discrete time signal using Parseval's identity
มุมมอง: 745
วีดีโอ
L4.5 - Inverse DTFT of a Rectangular Pulse
มุมมอง 3.9K6 ปีที่แล้ว
Inverse DTFT of a rectangular pulse / Impulse response h[n] of an ideal low pass filer (LPF)
L4.2 - DTFT Problems-I
มุมมอง 8K6 ปีที่แล้ว
Solving problems based on DTFT; calculation of DTFT of unit impulse, a^nu[n], and -a^nu[-n-1]
L4.1- Introduction to DTFT
มุมมอง 5726 ปีที่แล้ว
This video introduces the Discrete-time Fourier transform for discrete time aperiodic signals. Also discusses the sufficient condition for convergence of DTFT and the connection between z-transform and the DTFT.
L-24 Efficiency of Emitter Follower
มุมมอง 3986 ปีที่แล้ว
This video explains how to calculate the efficiency of an emitter follower
L-23 Efficiency of Push Pull stage
มุมมอง 1.4K6 ปีที่แล้ว
This video explains how to calculate the efficiency of a push pull amplifier
L-22 Push Pull Amplifier Power Rating
มุมมอง 3936 ปีที่แล้ว
This video explains the power ratings of a push-pull amplifier
L-21 Emitter follower power rating
มุมมอง 2896 ปีที่แล้ว
This video explains the power ratings of an emitter follower.
L-20 Improved Push Pull Amplifier
มุมมอง 4956 ปีที่แล้ว
This video explains the reduction of dead zone or cross over distortions in push pull amplifier
Push Pull Amplifier / Push Pull Stage
มุมมอง 9K6 ปีที่แล้ว
This video explains a push pull amplifier , what is a dead zone in push pull stage, and why cross over distortions appear in a push pull stage
Introduction to Power Amplifiers
มุมมอง 1496 ปีที่แล้ว
This video gives an introduction to power amplifiers.
GATE 2004 EC Solution -Conjugate Antisymmetric Part
มุมมอง 1766 ปีที่แล้ว
GATE 2004 EC Solution -Conjugate Antisymmetric Part
GATE 2000 EC Solution - Linear and Time Varying System
มุมมอง 1156 ปีที่แล้ว
GATE 2000 EC Solution - Linear and Time Varying System
GATE 2001 EC - Problem based on Energy of signals
มุมมอง 926 ปีที่แล้ว
GATE 2001 EC - Problem based on Energy of signals
GATE 2001 - EC - Problem based on property of impulse function
มุมมอง 886 ปีที่แล้ว
GATE 2001 - EC - Problem based on property of impulse function
L24 -Tutorial - Properties of LTI System from Impulse Response
มุมมอง 3536 ปีที่แล้ว
L24 -Tutorial - Properties of LTI System from Impulse Response
GATE 2000 ECE - OP AMP INPUT TRIANGULAR WAVE
มุมมอง 1396 ปีที่แล้ว
GATE 2000 ECE - OP AMP INPUT TRIANGULAR WAVE
Your handwriting is illegible...
Thanks 🌟
thanks you sir indian math tutorials are top tier
thankyou sir.
But actually x[n]=1 is also finite
δ[n] and u[n] are special functions in dtft
but then why dont we write this pi del term while writing for alpha^n u[n]
thank you sir
Thank you sir
GREAT VIDEO! Do you know of a way for the inverting amp NOT to move the offset?? Thanks much
This was very helpful, yo.
Nys writing 🙂🙂
I want plot positive part of this sinwave ? Can you answer me
Thanku sir explanation with property🔥
thx
Nice video, but while writing Vgs its +Vth. and in next step it was modified. Thank you.
👍👍
Jesus fucking christ i can't hear you
Thank you very much sir
That doesn’t make any sense
You need to state that the positive voltage comes from the power supply rail of the op amp. It would be useful to draw the op amp power supply and show the current flow from the +ve rail down through R1
why d(X(z)) / dz of log has no mutliply 1 / ln10 Sir?
Thanks very useful
it is helpful
Really great explanation in such a short time.Thank you
Thanks sir
Good attempt but if user want to give the time sample range as input , then your code will get error . Because in that case after reversing the sequence , simply you can not add . Before adding , you have to pad required no. of zeros in the front or back side. Try to make more generalized code , it will be helpful
nice explanation
Thanks a lot with this content one suscribe more... really thanks.
Very well explained
Gracias, necesitaba esto para poder hacer una animación. :)
could you send the code ???
Bro can you help me.with something?
Hi, I don't understand from 5:03 why the output due to Q2 is V_out = V_in + V_be2, whereas for when it is connected to Q1, we see it as V_out = V_in - V_be2. Could you kindly explain? Thank you, best Matthew
Mam plz send link of working of a and ab amplifier
Nice
Thank you! This helped me out on my project.
Good explanation
can you plot a circle in a different plane e.g- triangular plane with intercepts a,b and c in x,Y and Z axis respectively.????
Thank you
Thank you. Nice explanation
Thank you Mam
Thanks amma
Good sir keep it up
Thank you Sir you are one of the best teacher
Thanks Pooja. Keep learning... All the best
Nice sir
Good one mam
what is the value of delta(t) at t=0 ?
The Delta function is not defined at t=0.
nice
please upload video on symbolic computations
Thanks a lot for such a detailed explanation. ☺