Sure, here’s an example implementation of a full adder circuit using SystemVerilog:
module full_adder(input logic a, input logic b, input logic cin, output logic sum, output logic cout);
assign sum = a ^ b ^ cin;
assign cout = (a & b) | (a & cin) | (b & cin);
endmodule
In this example, the “full_adder” module has three input signals, “a”, “b”, and “cin”, and two output signals, “sum” and “cout”. The “^” operator is used to perform an XOR operation on the input signals “a”, “b”, and “cin”, producing the output signal “sum”. The “|” operator and “&” operator are used to perform OR and AND operations on the input signals, producing the output signal “cout”.
Overall, this implementation of a full adder circuit is simple and concise, using only two lines of code. The use of bitwise operators in SystemVerilog makes it easy to implement complex logic circuits like a full adder in a concise and readable way.