Thanks! I have done what you said (note that I just made a change in variables so I stick to the symbol convention of integration by parts.):
\\2\int_{0}^{L}\frac{\partial^2 s}{\partial x^2}s dx
\\
\\
\\u=s, dv=\frac{\partial^2 s}{\partial x^2}dx
\\du=\frac{\partial s}{\partial...
Homework Statement
Homework Equations
How can I start the proof? Shall I use the Poincare inequality?
The Attempt at a Solution
Well, I know that this norm is defined by , but still I don't know how to start constructing the proof?
You are right in that Vov=Vgs-Vt
In your case, Vov would be negative.
What does that mean? Well, there are two cases to consider in general when Vov < 0 (although it is obvious that the transistor is NMOS since Vt > 0; unless, of course, it was given that |Vt|=1, then it is a PMOS and your...
I would recommend Microelectronic Circuits 5th (or 6th) edition by Sedra/Smith.
Well, it is not too detailed, but it gives the whole picture with a lot of good insights regarding signal generators and waveform-shaping circuits.
Well, first write the h-parameters equations:
V1 = h11*I1 + h12*V2
I2 = h12*I1 + h22*V2
And to find the parameters follow the formal procedure:
First, by shorting V2 (that is, making V2 = 0), you can find:
h11 = V1/I1
h12 = I2/I1
Then, by opening the first port (that is, making...
For part a): Use this equation to calculate the heat lost from the water (the heat input to the plant): Q(rate) = m(rate of mass flow) * specific heat * temperature change
for b): Since the plant is assumed to be reversible, use the equation: Qh(rate)/QL(rate) = Th/TL
for c): The maximum...
2 or 3 voltages, it doesn't matter. It is the same approach most of the time :smile:
Find the voltage across AB, that is: Vab (using nodal analysis). Then find the short-circuit current Isc, that is in the direction of the voltage DROP across AB (using mesh current method). Then it is a matter...