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A logic circuit and three input waveforms A, B, and C are shown in Fig. 7.38. Draw the output waveform F. Hint: find the simplest form for F and make a truth table for F from which the waveform can be drawn
All numbers are expressed in hex notation. For the following three instructions, each is executed from the above initial state. Assume each instruction is independent of the others: MOVE *R2, R1 move R1 to what R2 is pointing at
A 480-V, 60 Hz, six-pole synchronous motor draws 80 A from the line at unity power factor and full load. What is the output torque of this motor? Express the answer both in newton-meters and in pound- feet.
An active-loaded NMOS differential amplifier operates with a bias current I of 100 microamperes. The NMOS transistors are operated at Vov=0.2 V and the PMOS devices at |Vov|=0.3V. The Early voltages are 20 V for the NMOS
Consider a linearly graded Si p-n junction. Find a relation for the potential across the depletion region. Hint: Start from equation 29 in chapter 3 of the text book. Integrate the electric field to find the potential.
In rectangular form (numerical values required to nearest 0.1) what is the input impedance of a λ/8 section of 50 ohm line connected to a 200 ohm load. Include a figure showing the configuration having the input impedance to be calculated.
Each start/stop station contains one NO start pushbutton and one NC stop pushbutton.
Consider the power amplifier model above. Choose a sample time T and obtain the pulse transfer function G (z). Use root locus plot with 'grid' to design a static compensator for ζ = 0.7. Plot the step response.
A matrix is basically a 2-dimensional array. Given an int matrix with m rows and n columns, write a function called display to print it in the matrix format. Write a complete program to test your function.
An op-amp is to be selected for an inverting amplifier to be used at dc and very low frequencies. A closed-loop nominal gain of -100 is desired. Specification indicate that the error due to finite open-loop gain cannot exceed 0.1dB.
the main mission of this project is to design and build a tap changer which is going to be fitted to power transformers
the output response for a system is given as vot a1 - e-at sinat. is this a proper representation for an output
The input to the filter is Vin(t)=5+5cos(1000pi*t)+sin(20000pi*t)+4cos(3000pi*t) V and the output is Vout(t)=5+5cos(1000pi*t+10deg)+5sin(3000pi*t) V.
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