Determine the worst-case propagation delay of a full adder design. Assume each gate has the same delay of 1 unit.
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Determine the worst-case propagation delay of a full adder design. Assume each gate has the same delay of 1 unit.
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- The principle of carry look ahead is used to speed up a ripple adder. a. b reduce the number of inputs of binary adders. simplify the design process of binary adders. d. validate the outputs of a ripple adder. none of the others. e.4. A data signal with bipolar voltage levels is shown below. The decision threshold is 0 volts. The logic levels are +1 volt for logic 1 and -1 volt for logic 0. Noise with the P.D.F. shown corrupts the signal. Find the probability of error at some instant of time on the condition that logic 0 is sent. LOGIC 1 +1 VOLT -2 1/2 دمت ~IN kla THRESHOLD +2 NOISE P.D.F. -I VOLT. LOGIC 0Construct the state diagram...
- (a) Determine the worst-case delay of a 16-bit carry select adder. Assume tsetup = tsum = 2, and tcarry = tmux = 1. Compare this with the worst-case delay of a 16-bit ripple carry adder. (b) If each stage has 4 bits, what is minimum number of bits (N) do we need to have, in order for the carry-select adder to start showing less delay (when compared to a ripple-carry adder)? Assume tsetup = tsum = 2, and tcarry = tmux = 1.The output signal from a frequency inverter will appear on a scope screen as a: A. pure sine wave of different frequencies. B. triangular-shaped waveform with distorted peaks. C. distorted square wave. D. distorted sine wave.1E. Write a VHDL code for all Logic Gates and verify Output waveforms. 2E. Write a VHDL code for Half Adder and verify Output waveforms. 3E. Write a VHDL code for Full Adder and verify Output waveforms.
- parity generator design, construct and test a circuit that generates an even parity bit ffrom four messages bits . use XOR gates. adding one more XOR gate, expand the circuit so that it generates an odd parity bit also.3 Consider the combinational circuit shown below. The propagation delay for each unit is indicated in ns. Assume all other delays are zero. 8 ns C(x,y) X 10 ns 10 ns y - 7 ns 5 ns 5 ns a) What is the latency and throughput of the circuit as shown? b) Indicate where storage registers should be placed to create a two-stage pipeline with maximum throughput. c) What is the latency and throughput of the two-stage pipeline in part b? d) What is the best throughput that can be obtained by pipelining? How many stages would this pipeline have?2. Design a 3 to 1 multiplexer using min-terms. Sketch your circuit design using only basic gates.
- What are the shortcomings of one dimensional parity error detection scheme? And discuss the advantages of Two-dimensional parity over single parity scheme?c. Sketch the zero-pole plot and the direct form II diagram of the completed design out of part b. d. Calculate and sketch the output sequence after feeding x [n] into this system.6. Pass-Transistor Logic Consider the following Pass Transistor Logic (PTL) circuit. (a) Determine the Boolean functions X in Sum-of- Product form. Is this a valid implementation? Give a brief explanation (b) Determine Boolean functions Y in Sum-of- Product form. Is this a valid implementation? Give a brief explanation B A