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An inhibited toggle flip-flop has inputs I0, I1, T, and Reset, and outputs Q and QN. Reset is active high and overrides the action of the other inputs. The flip-flop works as follows. If I0 = ‘1', the flip-flop changes state on the rising edge of T; if I1 = ‘1', the flip-flop changes state on the falling edge of T. If I0 = I1 = ‘0', no state change occurs (except on reset).Assume the propagation delay from T to output is 8 ns and from reset to output is 5 ns.
(a) Write a complete VHDL description of this flip-flop.
(b) Write a sequence of simulator commands that will test the flip-flop for the input sequence I1 = ‘1', toggle T twice, I1 = ‘0', I0 = ‘1', toggle T twice.
A satellite rotates around the globe at 16,000 km/h. To reenter into the atmosphere, the speed is reduced by 1000 km/h by firing a small rocket in the direction opposite that of the satellite's motion. What are the velocity vectors of the sate..
the question is attached. i want to know if the equations i derived are correct ? and if they are not correct what is
An output interface in a switch is designed using the leaky bucket algorithm to send 8000 bytes/s (tick). If the following frames are received in sequence, show the frames that are sent during each second.
Create a MultiSIM schematic of each of your designs. Provide a screenshot. Perform a simulation of each design to demonstrate the filter behavior. Take a screenshot. From your simulation and screenshot in the above step, what is the gain in dB at t..
A voltage source V = 119
What is the maximum no-load speed attainable by varying both VA and Radj ? What is the minimum no-load speed attainable by varying both VA and Radj ?
A design engineer needs to know what value of R, L, or C to use in circuits to achieve a certain impedance.- At what radian frequency will a 0.015-μF capacitor's impedance equal -j100 Ω?
consider a system with a 0.1mw transmit power unit gain for the transmit and receive antennas operating at 50 mhz carrier frequency with a 100khz bandwidth.the system operates in a suburban environment.
The output voltage of an AM transmitter is given by 500(1+.4sin3140t)sin6.28x107t. This voltage is fed to a load of 800 ohms. Determine the following. The carrier frequency The modulating frequency
(a) Compute the minimum voltage that the output voltage across R1 falls to when both capacitors C1 and C2 are present. (b) Using the same model for D1, compute the maximum voltage that the output voltage across R1 rises to.
Write the equation for the acceleration as a function of the position change of the platform.
The electric field of a uniform plane wave propagating in lossless isotropic medium is E(x,t) = 60π cos(3*108 t + 4x) αy V/m. The magnetic field at point (0,0,0) when t = 0 is 1A/m. The unit of t is second and the unit of x is meter.
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