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Design a datapath which inputs three 8-bit unsigned numbers x,y, and z and outputs x - y if x - y > z and outputs x + y otherwise. You may use adders/subtractors, comparators, decoders, and multi
Design a datapath which inputs three 3-bit unsigned numbers x,y, and z. If z is the binary representation for 3 or 7, output x + y. If z is the binary representation of 4 or 6, output x + z. If z is
Determine the equation for steady-state error for K for a unit step input r(t). Consider the three values for k = 1,10, and 100. a)determine steady state error. b)determine and plot the response y(t)
Assume that only input combinations representing 0-9 can occur as inputs, so that combinations 1010 through 1111 are don't cares. Design your circuit using two, three, and four input NAND gates and
A silicon semiconductor at T=300K is homogeneously doped with Nd=5e15 cm^-3 and Na=0. a) determine the thermal equilibrium concentration of free electrons and free holes. B) calculate the drift curr
design your circuit using only two, three, and four input NAND gates and inverters. try to minimize the number of gates and inverters required. the variables A, B, C, AND D will be available from to
Why is V2 and the 2kO resistor included in the KCL equation at node V1. Similarly, why is V1 and the 3kO resistor included in the KCL equation at node V2.
A dielectric material contains 2*10^19 polar molecules/m^3, each of dipole moment 1.8*10^-27 C.m Assuming that all the dipoles are aligned in the direction of the electric field E =10ax V/m, find P
Determine the relative probability of finding the electron at the distance (a) 12 A beyond the barrier, and (b) 48 A beyond the barrier, compared to the probability of finding the incident particle
The solutions to Schrodinger's wave equation for a particular situation is given by Psi(x) = sqrt(2/ao)*e-x/ao. Determine the probability of finding the particle between the following limits: (a) 0&
there are two infinite lines, each carrying uniform charge density and they reside in free space located parralel to the z axis at x = -1 and x =1. determine E at an arbitrary point along the
The 4 sources are I0 I1 I2 I3 and the output is Y (note that these are all 3-bit words). Individual bits of I0 are I0(0), I0(1), and I0(2); individual bits of I1 are I1(0), I1(1), and I1(2); and so
Suppose we need an amplifier with input resistance of 500 kO or greater and a voltage gain of -10. The feedback resistors are to be implemented in integrated form and have values of 10 kO or less to
Suppose that we are designing a cardiac pacemaker circuit. The circuit is required to deliver pulses of 1-ms duration to the heart, which can be modeled as a 500 ohm resistance. The peak amplitude o
The commercial version of the GE Profile Advantium oven operates at 240V, draws 30.0 amps, and outputs 0.95 kW. Calculate the approximate power factor
A.) Draw the schematic using AND, OR, and NOT gatesB.) Using K-maps, put the function into its minimized SOP form and draw the resulting schematic C.) Using K-maps, put the function into its min
A wye-connected balanced three-phase source is feeding a balanced three phased load. the phase voltage and the phase current of the source are v(t)=340sin(377t+0.5236) V i(t)=100sin(377t+0..87266) V
A three-phase, 480 V system is connected to a balanced Three-phase load. The line Current (Ia)is 10A and is in phase with the line-to-line voltage Vbc. calculate the impedence of the load for the fo
1) For a semiconductor E vs kx near the band edge Ec is given by E=Ec +(h2/16m0)*kx2 Determine the effective mass of electrons in the conduction band. Here m0 is the mass of a free electron. 2) E vs.
In each of the following sets, the function have been minimized individually. Find a minimum two-level circuit (cooresponding to SOP expression) using AND and one OR gate per function for each. F =
What is the basic of AC circuits What is the way to understand Impedance and application of the laws of Kirchoff, Nodal, Ohm etc on AC Circuits
given as E= 100 a -200 af +300 az V/m. Determine the incremental work required to move a 20µC charge a distance of 6µm: (a) in the direction of a ; (b) in the direction of af ; (c) in th
a. Implement both functions with one 3:8 decoder and logic gates. b. Implement both functions with one or more 8X1 muxes (and logic gates if needed) c. Implement both functions with 2X4 decoders and l
The energy stored in a 2H inductor is 400J and is decreasing at 200J/s at t=4 seconds. Determine the voltage magnitude and curent magnitude at t=4 seconds. Does the current enter or leave the positi
Asssume that you are to design a synchronous TDM carrier to support 30 voice channels using 6-bit samples and structure similar toT1.Determine required bit rate