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Construct an SM chart that is equivalent to the following state table. Test only one variable in each decision box. Try to minimize the number of decision boxes. Show Mealy and Moore outputs on the SM chart.
A parallel RC circuit has been connected to a voltage source for all time. R=0.025 Ohms, C= 0.125 farad and v(t)= 10 sin (5t). 1 Derive the current I(t), delivered by the source tothe RC circuit as a function of time.
Suppose the firm has a fixed cost of $20,000 in preparing equipment prior to doing its first exploration. If each successful exploration costs $30,000 and each unsuccessful exploration costs $15,000, find the expected total cost to the firm for it..
The dielectric of a 20 μF capacitor has a resistance of 65 M Ω . This capacitor is fully charged from a 120 V d.c. supply. Calculate the time taken, after disconnection from the supply, for the capacitor to become fully discharged.
Using 8-bit bytes, show how to represent 123, clearly state the byte values using hex and the number of bytes required for each context. Simply indicate the case if the code is not able to represent the information.
Does the thermistor have a positive or a negative temperature coefficient? - Is the coefficient a fixed value for the range -100°C to 400°C? Why?
Determine the transfer function of the second-order (2 poles) lowpass Butterworth filter with a 3-dB cutoff frequency of 5 kHz. Design it using the Sallen-Key lowpass filter configuration,
Place a system of coordinates so that the left plate is at x = 0 and the point charge is at (3d/4, 0). Find an expression for the potential at any point between the two plates as a sum on N image charges.
A 2000 microfarad capacitor, initially charged to 100 volts, is discharged by a steady current of 100 microamps. How long does it take to discharge the capacitor to 0 volts
The base width of a npn BJT at a temperature of 300K is 4μm. If the time it takes for an electron to diffuse a distance d is t=d2/Dn, where D is the diffusion coefficient.Calculate α and ß for this BJT. Assume typical electron mobilities and the w..
A 200-MHz voltage source with output Vg = 200 V 0 and internal impedance of 100 Ω is connected to the input of the line. Determine the time-dependent voltage and current at the load, and the average power delivered to the load.
A. Determine the fundamental frequency w0, the period t0, and the coefficients in the representation X(t) = x0 + Re{(sigma)k=1N Xkejkwot} for the above input. C. Now consider a new signal y(t) = x(t) + 10 cos (50 pi t - pi/6). How is the spectrum ..
A balanced ac bridge has the following constants arm AB, R= 2,000Ω in parallel with C= 0.047μF; arm BC, R=1,000Ω in series with C= 0.47μF; arm BC, R=1000Ω in series with C= 0.47μF; arm CD, unknown ; arm DA, C= 0.5 μF.
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