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1. Make necessary changes in the UART receiver VHDL code so that it uses a 16X bit clock instead of an 8X bit clock. Using a faster sampling clock can improve the noise immunity of the receiver.
2. (a) Write a VHDL test bench for the UART. Include cases to test overrun error, framing error, noise causing a false start, change of BAUD rate, and so on. Simulate the VHDL code.
(b) If suitable hardware is available, write a simpler test bench to allow a loop-back test with TxD externally connected to RxD. Synthesize the test bench along with the UART, download to the target device, and verify correct operation of the hardware.
The car has no crumple zone, but a harness attached to the car seat stops it uniformly within a distance of 0.30 m. According to the Gadd severity index, will the child sustain serious injury or death?
If possible, compare your results to those obtained from a microwave CAD tool.
If the decimal numbers to be added can be anywhere in the range from 0 to 9999, determine the number of four-bit binary adder circuit blocks of type IC 7483 required to do the job.
A thin rod of diameter d is pulled at constant velocity through a pipe of diameter D. If the wire is at the center of the pipe, find the drag per unit length of wire.
As long as output is available on the disk, process O will eventually consume it.Show that this system can become deadlocked.
Can the circuit for Problem 13.40 be simplified if it is known that the input represents a BCD (binary-coded decimal) number, i.e., it can never be greater than 1010? If not, explain why not. Otherwise, design the simplified circuit.
The electron distribution in the conduction band peaks at energies close to the conduction band edge. Using the Boltzmann approximation, find the energy in the conduction band (as a function of temperature) at which the electron density peaks
Problems for the basic concepts of Induction motor(IM) taking care of slip and syncronous speed and motor speed and its relationship, A 50 Hz induction motor operates in such a way that the slip is 1.45.
Select f and K so that the steady-state error to a ramp input is less than or equal to 25% of the input magnitude.Determine the percent overshoot for a step input for the design selected in part (b).Use MATLAB to plot y(t) for a step input R(s).
My thesis topic is Integrating TRIZ into Design for Six Sigma for New Electrical Product Development. I want from you do the literature review. I divided it into three parts each part I want at least 3000 words and every one week I need the part.
A manufacturing plant has a 600V, 60Hz supply and the following loads: Lights: 24kW Electric furnace: 4.8 + j6.4 with a current of 150A Motor loads, 160kW at 0.8 Power Factor, lagging. What is the real power, reactive power, and aparent power
State the meaning of permeability, write down the expression for the permeability of free space, and indciate how it was developed from the Biot-Savart Law.
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