One binary adder can add two 4-bit binary numbers. a. Design this adder and explain its operation. b. Simulate the adder
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One binary adder can add two 4-bit binary numbers. a. Design this adder and explain its operation. b. Simulate the adder
One binary adder can add two 4-bit binary numbers. a. Design this adder and explain its operation. b. Simulate the adder by adding the following binary numbers, A3 A2 A1 A0=1001 and B3B2B1B0=1011, show the output results of C03 and S3S2S1S0 connected to current limiting resistors and LEDs. c. Assume that the outputs of the adder C03 and S3 S2 S1 S0 are connected to the inputs (D4D3D2D1D0) of RAM (IC) and D7D6D5=000. Draw the circuit. d. Determine which conditions of inputs and outputs so that RAM (1k×8) stores data at the address of A9−A0=0001100011. e. Calculate the memory capacity in byte from the first address to the address stored the data in Question d.
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