2. Design and implement a BCD-to-seven-segment decoder. a. Using basic gates. b. Using a decoder(s) and basic gates.
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- Construct a 4x16 decoder using a maximum of four (4) 2x4 decoders. You may use external gates and other combinational logic circuits (e.g. multiplexers, adder, etc.). You may use block diagram for decoders. Label your I/O pins properly and completelyA multiplier is to be designed for two 2-bit inputs using the algorithm. (Draw schematic, truth table, and write Verilog HDL code) (Use: and, not, xor gates)A result will be written at 7-segment on the Altera FPGA board. (Draw schematic, truth table) (Use: and, or, not, xor gates)Design a 2-bit binary counter using D flip-flops and the circuit implementation from truth table and equation in the picture below.
- 2. Design and implement a combinational circuit that adds three bits (x,y, and z) and returns the sum S and carry C.a. Draw a circuit which produces Sum and CarryOut from inputs A and B (this circuit is known as a half adder). You should use exactly one AND gate and one XOR (exclusive or) gate. b. Give the truth table for a full adder (which incorporates a carry-in bit to the sum of A and B):Design a comparator to compare two eight bit numbers? Draw complete gate level diagram?
- Digital Logic and Computer Design The following picture is a 1-bit ALU that performs AND, OR and addition on a and b or a and not(b). Draw the required gates for the addition box and a truth table for the 1-bit ALUDraw the block diagram and logic circuit for a 1-bit ALU that performs NOT, OR,Addition and Subtraction operations.Create a 4-bit AND and a 4-bit OR using logic gates
- Design a combinational circuit that detects an error in the representation of a decimal digit in BCD. In other words, the output is equal to 1 when the input contains any one of the six unused bit combinations in the BCD code. Using NAND Gates only. start with truth table.Design a 4-bit combinational circuit that outputs the equivalent two’s complement for the odd inputs and Gray code for the even inputs. Use don’t care for those that are not applicable. Include the truth table, simplified Boolean function, and decoder implementation.Create a 1-bit adder circuit. It has three 1-bit inputs: a, b, and carry_in, and two 1-but outputs: result and carry_out. Has the following gates: AND, OR, NOT gates