Question: 1: 8-bit Adder in structural Verilog Make an 8-bit ripple carry adder in structural Verilog(hint: make one module for a full adder, and then make

 1: 8-bit Adder in structural Verilog

Make an 8-bit ripple carry adder in structural Verilog(hint: make one module for a full adder, and then make another top module and instantiate 8 full adders)


Part 2: 8x1 Multiplexer in behavioral Verilog

Make an 8x1 multiplexer in behavioral Verilog(hint: use a case statement for the most straightforward implementation all circuits must also have must be tested by an accompanying test bench which will test the circuit for all input combinations

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module ripplea b cin sum cout input 070 a input 070 b input cin output 70sum output cout wire60 c add a1a0b0cinsum0c0 add a2a1b1c0sum1c1 add a3a2b2c1s... View full answer

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