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Factorial Calculator An algorithm for calculating f = n! ( n ≥ 0, integer) is described in the flowchart of figure 11.20 . Assume that dv (data valid) is asserted during one clock cycle, indicating when the data (n) is ready, so the computation should commence. Because the circuit will take a variable amount of time to compute f (it depends on the value of n), an output called done must be provided, which should remain high while the machine is idle. Draw a state transition diagram for a Moore-type machine that solves this problem.
Find its unit step response when the ICs are y[-2] = 2 and y[-1] = 1. Be sure to identify the three parts of the solution: zero-input, transient zero-state, and steady-state zero-state.
All FSMs have an initial state and the FSM must be forced in to that initial state prior to processing any data inputs. Suppose you want to implement a 5-state FSM in a PAL16R4. Briefly describe how you would force the FSM into its initial state.
In an electrocardiograph, the heart signals contain components with frequencies ranging from dc to 100Hz.During exercise on a treadmill, the signal obtained from the electrodes also contains noise generated by muscle contractions. Most of the nois..
calculate the total power received at rx if the power being transmitted is 20w the distance for transmission is 5km
A candidate material for a turbine blade application oxidizes by diffusion of metal atoms through the oxide to the metal surface, where metal and oxygen react to form the oxide. After 10 hours at 550*C, an oxide layer 8µm thick has formed.
Given a battery rated at 10 amp-hours, how long could my differential amplifier (containing a circuit of three (3) 741 op amps) be powered by the battery, before the battery would fully discharge.
Review of Wireless Power Transmission Methods and Applications
What functions must the communications stations perform? Repeat for ring and star.
A µ-law compression encoder has: Vi(max) = 8 V, vi(max) = 1V, µ = 255 Determine the output voltage for an input voltage of 2 V
A 10m diameter cylindrical tank is emptied by a constant outflow of 1 m3 /min. A two position controller is used to open and close a fill valve with an open flow of 3 m3 /min. For level control the neutral zone is 1m and the setpoint is 10m.
It will have vertical walls and be 15 feet wide. It will be 10 feet deep, have a slope of .0015 feet/foot, and a roughness coefficient of .014. How deep will the water be when 1000 cubic feet/second is flowing through the channel
Find the initial voltage V0 at the sending end (near generator) of the line.
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