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Design a sequential circuit that produces an output of 1 after it has received an input sequence 1101 or 011. Derive the design equations for the circuit assuming D flip- flops as memory elements. Use the principle of partitioning for generating the state assignments.
The information is associated with each outcome is greater than one bit, since the random experiment generates more than two equally likely outcomes, and therefore, the probability of each outcome is less than one-half.
Originally, the voltage is zero over the entire length of the transmission line. At t = 0 the switch closes. Find the voltage waveforms at A and B
Design an electronic circuit that counts metal objects moving in counter/Conveyor and display the number of objects in the counter.
Determine the Langevin equation for the system in part (ii) and obtain sample realizations.- Explore numerically how good this approximation is when the volume decreases/increases.
The mobile phone used has effective area of 3m^2 and good signal reception required receiving power of 1mW. -Calculate the receiving power of mobile phone A and mobile phone B. -Which mobile phone has good coverage
Design a circuit that provides a relationship between output voltage Vo and input voltage Vs such that Vo=12*Vs -10. Two opamps, a 6-V battery, and several resistors are available.
Suppose a signal from a vibrating motor is to be sampled discretelywith a digital data acquisition system to determine the RPM of the motor. It is known that the maximum possible RPM is 1800.
Explain why it is unlikely one would encounter a circuit exhibiting a critically damped response in practice. What impact would time and temperature have on a supposedly "critically damped" circuit
A non-inverting amplifier incorporates an op amp having an input impedance of Rin. Modeling the op amp as shown in Fig. 8.43, determine the closed-loop gain and input impedance
Box 1 contains 1000 transistors, of which 100 are defective, and box 2 contains 2000 transistors, of which 100 are also defective. A box is taken at random and two transistors are drawn from it, at random and without replacement.
What is the logical effort of an OR-AND-INVERT gate at either of the OR terminals? At the AND terminal? What is the parasitic delay if only diffusion capacitance on the output is counted?
The tuning capacitor of a Wien bridge oscillator is 100 pF and the frequency is 5 kHz. To what value of capacitance pF should the capacitor be changed to if the frequency is to be changed to 2 kHz
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