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Adaptation:-
Show that the dynamics of the "sniffer" in equation (3.16) can be taken into the standard integral feedback form through a suitable change of coordinates.
The goal is to design and implement a high-speed logical shifter. The specification you have been given requires the design of a circuit that will shift a 16-bit word to the right or to the left by 1-,2-,3-, or 4-bit positions in a single clock ti..
For circuit in given Figure, the transistor parameters are: hFE = 150, VBE (on) = 0.7 V, and VA = ∞. - Determine the value of RF that will result in a closed-loop voltage gain.
The voltage and current produced by a 9V battery for different loads were measured as follows: Voltage [V] 8.91 8.72 8.30 7.91 7.49 Current [mA] 89.4 171 377 549 750 (a) Determine the Thevenin equivalent circuit of the battery.
Investigate the small-signal voltage gain, input resistance, and output resistance as a function of the transistor width-to-length ratio, using a computer simulation.
Design the logic to control the thermostat in a house. There isa sensor that compares the current house temperature to the desiredhouse temperature. If the current house temperature is below the desired temperature and the control switch is on
Three 230 -V rms generators are connected in a delta to form athree phase source. a balanced WYE connected load has phase impedance of 12+7j Ohm. Find the rms values of the following: a) the phase voltage of the source
Outage occurs when the users are located such that the out-of-cell interference is too large. For a given outage probability pout, give an approximate expression for the spectral efficiency of the system as a function of K, a and /3.
Calculate the following. a) What is the magnitude of the voltage in a wall socket if the effective voltage is 240 Vrms b) What is the magnitude of the current if the effective current is 360 mArms
Find the armature current.
develop a procedure for computing values of X(z) at 25 points spaced uniformly on an arc of a circle of radius 0.5, beginning at an angle of -π/6 and ending at an angle of 2π/3. The length of the sequence is 100 samples.
A truncated cone has a height of 50cm. The circular faces on the top and bottom have radii of 20 mm and 1mm, respectively. If the material from which the solid cone is constructed has a conductivity sigma of 2 x 10^6 S/m.
Consider an RLC circuit with R = 5 Ohms, L= ½ H, C= 2/9 F and input voltage e(t) = exp(-t/2)a. Starting from KVL show that the DE for the voltage across R is given by: v'' + 10 v' + 9 v = -5 exp(-0.5 t) b. Find vc in terms of the arbitrary constants ..
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