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 predetermined 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. 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

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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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 predetermined
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. 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.

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