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Using a computer simulation, generate the voltage transfer characteristics of the BiCMOS inverter shown in Figure(b).
A signal x(t)=sinc(200*pi*t) is sampled (multiplied) by a periodic pulse train. Find and sketch the spectrum of the sampled signal. Explain whether you will be able to reconstruct x(t) from these samples.
How do you use linearity to find a the actual value of (vo) when you are not given the values of the current, with just the assumption value of (vo)
A transmission line having a 50 ohm characteristic impedance is to drive a load of 200 ohms. 1)What is the reflection coefficient if the line is connected directly to the load 2) What is the standing wave ratio on the main line under the conditions o..
Design a passive low-filter using resistors and a 100uF capacitor that will have a passband gain of 0.8 and a cutoff frequency of10000 HZ.
an N-type silicon substrate with doping density of 1015 cm-3 Arsenic is to be converted in tp p-type by Boron diffusion so the resistivity at T=75C is 5Ω-cm all atoms are fully ionized
Compare the parameters obtained to the tabulated values - The load on the line is 70 MW at 100% power factor. Use attached Tables A3 to A5 to determine.
The objective of this exercise is to design a microcomputer-based IEEE488 to RS422 simplex converter (Figure 14.23).
F = B'D' + A'B'C + ABC + CD' Draw a circuit for this function using only AND , OR, and NOT gates. The function calls for two 3-input AND gates and one 4-input OR gate. All you have available, however, are 2-input AND and OR gates
The uplink SNR is 8 dB, and the downlink SNR is 5 dB, where the SNR is the signal power divided by the noise power in the bit-rate bandwidth. Determine the overall error probability.
(a) If E=Exax andH=Hyay, begin with Maxwell's equations and determine the second order partial differential equation thatEx must satisfy. (b) Show that Ex=E0 cos (ωt-βz) is a solution of that equation for a particular value of β.
A common energy consumption for a family is about 1000 kW hr / month. How much power would that be on the average. (Hint: Notice that hour and month are both units of time so kW hr per month is really a power unit.
Describe what changes the engineer should make to either the flow rate of the coolant or the steam to keep the system functioning optimally.
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