Create a circuit that compares the 4-bit, unsigned binary integers A and B for equality (EQ) and inequality (NE, LT, GT) and mixed inequality (LE, GE). Use the attached SDL file Problem28Part2.sdl and the attached driver program Problem28Part2.cpp. Please attach your SDL file, Problem28Part2.sdl, to the email you send to AHanna@StMaryTX.edu. You do not need to include a screen shot to prove your circuit design and its implementation are correct because Dr. Hanna plans to do the required testing. Hints Problem #28, Part 1 computes EQ and NE = (NOT EQ) A > B (that is, GT) is simply-but-not-easily computed using boolean expression (1) shown above LE = (LT OR EQ), GE = (______ OR ______) LT can be derived from a simple logical combination of EQ and GT: What is it? $----------------------------------------------------------- $ Dr. Art Hanna $ Problem #28, Part 2 $ Probiem28Part2.sdl $----------------------------------------------------------- COMPONENTS Student provides missing component definitions ALIASES A3 = IN#1 A2 = IN#2 A1 = IN#3 A0 = IN#4 B3 = IN#5 B2 = IN#6 B1 = IN#7 B0 = IN#8 EQ = OUT#1 NE = OUT#2 LT = OUT#3 GT = OUT#4 LE = OUT#5 GE = OUT#6 CONNECTIONS Student provides missing connections END