Design a logic circuit that produces a HIGH output whenever inputs A and B are both HIGH as long as inputs C and D are either both LOW or both HIGH. The circuit should output LOW otherwise.
Four large tanks at a chemical plant contain different liquids being heated. Liquid-level sensors are being used to detect whenever the level in tank A or tank B rises above a certain level. Temperature sensors in Tanks C and D detect when the temperature in either of these tanks drops below a prescribed temperature limit. Assume that the liquid-level sensor outputs A and B are LOW when the level is satisfactory and HIGH when the level is too high (unsatisfactory). Also, the temperature-sensor outputs C and D are LOW when the temperature is satisfactory and HIGH when the temperature is too low. Design a logic circuit that will detect whenever the level in tank A or tank B is too high at the same time that the temperature in either tank C or tank D is too low.
Design a circuit that will allow input signal A to pass through to the output only when control input B is LOW and while control input C is HIGH; In any other case the output of the circuit is LOW.
Design a logic circuit that controls the passage of signal A according to the following requirements:
Output X will equal A when control inputs B and C are the same
X will remain HIGH when B and C are different
Consider f(A,B,C) = Σ(0,1,3,6,7). You should be able to convert between all the following:
write CPOS form using ∏ form.
write an algebraic equation for f in CSOP form
write an algebraic equation for f in CPOS form
Draw the Truth Table
Draw the KMAP
Simplify using the KMAP.