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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.
Because of fringing effects, the effective area of the air gaps is 5 percent larger than their physical size. If there are 300 turns in the coil wrapped around the center le
Suppose a knowledge base contains just one sentence Ðx As High As (x, Everest). Which of the following arc legitimate results of applying Existential Instantiation?
A. There are three part conveyor lines (1-2-3) feeding a main conveyor. Each of the three conveyor lines has its own counter. Construct a PLC program to obtain the total cou
Thin slot revisited. Repeat Problem 7.10, but include a second-order Mur boundary on each of the walls. Compare the fields leaking through the hole to the simulation without
Suppose there is only a single user (i.e., K = 1). From your plot in part (1), do you think the dual transmit antennas provide any gain? Justify your answer. Hint: Use Jensen'
Put together the best possible combination of Ladder Logic from your separate programs into 1 complete program for the Siemens PLC. Configure your program for the correct PL
The message signal x(t), in the following system has a nabdwidth of 10kHz. The center frequecy of the Narrow Band Frequency Modulated (NBFM) signal nbfm(f) is 1Mhz, the freq
A) If 220kV, 220 MVA with power factor 0.8 lagging is determined to be at the receiving end, calculate the voltage at the transmitting end. B) If 220kV, 220 MVA with power fa
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