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Problem 1: A p-type piece of silicon has a length of 0.2 μm and a cross section area of 0.05 μm x 0.05 μm sustains a voltage difference of 2V. Calculate the total current flowing through the device at room temperature if the doping level is 1017cm-3.
Problem 2: Let the VDon = 0.7 V for each diode in the circuit below. Find ID1 and Vo for R1 = 10kΩ and R2 = 5kΩ.
Problem 3: Consider the circuit below. Use an ideal diode model to sketch vout versus time if vin = 5 sin ωt V.
Problem 4: Plot the input/output (vout vs. vin) characteristic of the circuit shown in Figure PQ4. Assume a constant -voltage model, VD(on)= 0.7V is used.
Calculate the inductive reactance per meter of a single-phase, 50-Hz, two-wire transmission line. Assume each conductor's radius is 9cm and the distance between the two cond
a) What is the total resistance corresponding to 1kohm, 4kohm, 10kohm, 4.7kohm resistors connected in series b) What is the total resistance corresponding to 10ohm, 100ohm, 1k
A Series RLC with R = 50Ω and C = 32nF is connected to anideal 5 V voltage source, and is observed to be resonant at ω= 50x103 s-1. a. Draw and label the circuit diagram. Sho
A point source of light is 12 cm below the surface of a large body of water (n=1.33 for water). What is the radius of the largest circle on the water surface through which t
Draw the winding on the stator and the winding on the rotor of a three-phase 6-pole synchronous generator which has salient poles. Assume that the stator winding is concentr
A silicon bar is 2 micro meters long and has 100 micro meters squared cross section. It is doped with 1x10^17 cm^3 arsenic. a) Find the current with 1V applied at room tempera
Given the following difference equation with the input-output relationship of a certain initially relaxed system (all initialconditions are zero), y(n) - 0.7 y(n-1) + 0.1y(
Determine the type and stability of the critical point. Then find a real general solution and sketch or graph some of the trajectories in the phase plane. Show the details o
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