How to create a Binary-to-BCD converter

Design a logic circuit in AHDL that will convert a 5-bit binary input bin[4..0] into its equivalent 2-digit (only 6 output bits are needed) BCD value bcd[5..0]. The converter can handle numbers from (0 through 31 decimal). Use a truth table to define this function

Design a 2-bit binary adder using AHDL. the circuit will add the 2-bit numbers labled A2 A1 and B2 B1 to produce the 3-bit sum S3 S2 S1. There is a half and a full adder join together with one XOR with a HAND gate with C1 that connetd to a full adder with two XOR, two HAND and one OR.

Design a logic circuit that, when enabled with an active-high signal name en, will detect four different ranges of values for a 5-bit input number. the inputs are labled num4 through num0 and the outputs are labled range1 through range4. Range1, range2, and range3 each produce active-high outputs, while range4 produces an active-low out-put signal. Write Boolean expressions for each of the outputs. Hint: Use the greater-than-or-equal-to (>=) and less-than-or-equal-to(<=) symbols in the Boolean expression to detect the desired range of input value for each output

Are you just posting your homework assignments to this forum?

Can you send me the answer sothernyankee

Can you send me the answer sothernyankee

Can you send me the answer Sothernyankee

Posting the same thing 3 times will not give you an answer.

Also, I don't have the answer as of yet! I will get back to you as soon as I get it!!