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1 design a 5-bit synchronous even-parity checker working in the sequential mode that can produce an output each time
determine sr and output equations for a race-free fundamental-mode circuit given by figure 11p3 where a and b are
design 2-input pulse-mode circuit that has two pulse inputs a and b and one pulse output z the output is coincident
1 implementation with the assumptions that controllability at the primary inputsare 1 aswell asthe observability at
1 assume that 4-bit serial-load shift register contains an input stuck-at-0 fault at its second and third bits owing to
1 analyze the equivalency of stuck-at faults in an and-or circuit implementing xor function and identify the minimum
design a two-input pulse-mode circuit using jk ffs whose output pulse z occurs coincident with the last pulse of a
design pulse-mode circuits using sr ffs that responds to two inputs x1 and x2 an output is generated coincident with
1 how many dof do you have in your wrist and hand combined2 how many dof do the following joints havea your kneeb your
consider the full adder circuit shown in figure 121 generate five random inputs by flipping a coin and then calculate
figure p2-10 shows wattamp39s sun and planet drive that he used in his steam engine the beam 2 is driven in oscillation
find an adjustable arm desk lamp of the type shown in figure p2-2 measure it and sketch it to scale calculate its dof
1 describe the difference between a cam-follower half joint and a pin joint2 examine an automobile hood hinge mechanism
calculate the grashof condition of the fourbar mechanisms defined below build cardboard models of the linkages and
find the three equivalent geared fivebar linkages for the three fourbar cognates in figure 3-25a p 115 check your
design a pin-jointed linkage that will guide the forks of the fork lift truck in figure p3-5 up and down in an
figure p3-6 shows a v-link off-loading mechanism for a paper roll conveyor design a pin-jointed linkage to replace the
find the grashof condition any limit positions and the extreme values of the transmission angle to graphical accuracy
find the input angles corresponding to the toggle positions of the non-grashof linkages in table p4-1 for this problem
a particle is traveling along an arc of 65-in radius the arc center is at the origin of a coordinate system when the
figure 4-18 pl75 plots the cubic function from equation 434 write a computer program or use an equation solver such as
design a linkage to carry the body in figure p5-1 through the two positions p1 and p2 at the angles shows in the figure
for the walking beam mechanism of figure p4-9 calculate and plot the x and y components of the position of the coupler
to the linkage solution from problem 5-35 add a driver dyad with a crank to control the motion of your fourbar so that
figure p5-8 shows an off-loading mechanism for paper rolls the v-link is rotated through 90deg by an air-driven fourbar