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Based on the VHDL code of Figure 10-21, design a two-cell boundary scan register. The first cell should be an input cell, and the second cell an output cell. Do not design the TAP controller; just assume that the necessary control signals like shift-DR, capture-DR, and update-DR are available. Do not design the instruction register or instruction decoding logic; just assume that the following signals are available: EXT (EXTEST instruction is being executed), SPR (Sample/Preload instruction is being executed), and BYP (Bypass instruction is being executed). Use two flip-flops for BSR1, two flip-flops for BSR2, and one BYPASS flip-flop. In addition to the control signals mentioned above, the inputs are Pin1 (from a pin), Core2 (from the core logic), TDI, and TCK; outputs are Core1 (to core logic), Pin2 (to a pin), and TDO. Use TCK as the clock input for all of the flip-flops. Draw a block diagram showing the flip-flops, muxes, and so on. Then give the logic equations or connections for each flip-flop D input, each CE (clock enable), and each MUX control input.
You wish to analyze spectrally a long-lasting (bandwidth limited) audio signal without any loss of information via a Frequency-time landscape.
A milling operation is performed on an NC machining center. Total travel distance = 300mm in a direction parallel to one of the axes of the worktable.
CPU is considered as the brain of the computer, The CPU itself is an internal component of the computer that perform multiple functions:
Determine the channel output probabilities assuming that the input probabilities are equal.
How does an RC combination affect the phase plot of an oscillator
Consider a hollow spherical conductor with total charge +5e. The outer and inner radii are a and b, respectively. (a) Calculate the charge on the sphere's inner and outer surfaces if a charge of -3e is placed at the center of the sphere.
Design a Phase lag controller that will have a phse margin of about 60 degrees (you will need to be within 5 degrees for your design) A. Where are the poles and zeros B. What is the approximate value of the gain crossover frequency of the plant with..
If the peak-peak voltage of a sinusoidal waveform extendsvertically 6.4 division and the oscilloscope vertical sensitivitywas set to 0.5 volts/division, what would be the reading of amultimeter using both the AC and DC scales
Create the layout design for MOS inverter using a depletion-type transistor with VTL = -0.3V and an enhancement-type device with VTO = 0.5V such that tPLH is less than or equal to 15ns and tPHL is less than or equal to 1ns
What are the types of problems that can be solved using separation of variables as discussed in this chapter? List and discuss all classes of problems that can be solved in terms of harmonic functions.
A sequential circuit with three D-type flip-flops Y1Y2Y3, input X and output Z is defined with the following input/output functions: D 1 = X Y 3 + X Y 1 Y 3 D 2 = X ( Y 3 + Y 2 ) + X Y 2 Y 3 D 3 = X Y 3 + Y 2 Y 3 Z = Y3
using 25 nF capacitors and ideal op-amps, design a high pass unity gain butterworth filter with a cut off fq of 10 kHz and a gain of at least -25dB at 5kHz.
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