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Write VHDL code to implement the following state table. Use two processes. State changes should occur on the falling edge of the clock. Implement the Z1 and Z2 outputs using concurrent conditional statements. Assume that the combinational part of the sequential circuit has a propagation delay of 10 ns, and the propagation delay between the rising-edge of the clock and the state register output is 5 ns.
Why is this particular case called cyclic? Show some examples to illustrate your answer.
Convert the SM chart to a form where it can be implemented by single- address microprogramming, with only next state true (NST) specified in the microprogram. Show the new SM chart and show the new state assignments.
define state variables, determine the required initial conditions, and use Matlab to solve for voltages Vc(t) and Vo(t). Plot the results, and verify that the numerical solution using state variables matches the hand calculation solution.
Plot ZT and vT versus frequency for a frequency range of zero to 20 kHz. - Plot VC versus frequency for the frequency range of part (a).
How does the sum of two sinusoidal oscillations of the same frequency and amplitude change depending on the mutual phase displacement? Design a small test position using DASYLab.
The rigid bar ABC shown in Fig. P-212 is hinged at A and supported by a steel rod at B. Determine the largest load P that can be applied at C if the stress in the steel rod is limited to 30 ksi and the vertical movement of end C must not exceed 0.1..
A shunt regulator utilizing a zener diode with an incremental resistance of 5ohm is fed through an 82ohm resistor. If the raw supply changes by 1.0V, what is the corresponding change in the regulated output voltage
suppose that the sequence 110010011 is used as a synchronization sequence preamble to a data packet. propose a method
Consider the Norton equivalent circuit with respect to terminals 'a' and 'b' for the circuit shown below. Suppose that Ro is given as 10 . The Norton equivalent current must be zero because there are no independent sources.
which option will require the smallest transmit power?
Each true or complementary input can drive no more than 24 Q of transistor width. Each output must drive a 32/16 Q inverter. Simulate each circuit to determine the setup time and clock-to-out delays.
Assume that H (z) was obtained by the bilinear transform method with Td = 2. Find the system function Hc(s) that could have been the basis for the design. Is your answer unique? If not, find another Hc(s).
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