22. A manufacturing process is controlled by a built in logic circuit which is made up of AND, OR and NOT gates only. The process receives a STOP signal(i.e. X = 1) depending on certain conditions, shown in the following table: A stop signal (X = 1) occurs when:eitherVolume, V > 1000 litres and Speed, S <= 15 m/sor Temperature, T <= 750°C and Speed, S > 15 m/s Draw the logic circuit and truth table to show all the possible situations when the stop signal could be received. INPUTS BINARY VALUES CONDITION IN PROCESS V 1 Volume > 1000 litres Volume <= 1000 litres T 1 Temperature > 750°C Temperature <= 750°C 1 Speed > 15 metres/second (m/s) Speed <= 15 metres/ second (m/s) %2

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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22. A manufacturing process is controlled by a built in logic circuit which is made
up of AND, OR and NOT gates only. The process receives a STOP signal(i.e. X = 1)
depending on certain conditions, shown in the following table: A stop signal (X =
1) occurs when:eitherVolume, V > 1000 litres and Speed, S <= 15 m/sor
Temperature, T<= 750°C and Speed, S> 15 m/s Draw the logic circuit and truth
table to show all the possible situations when the stop signal could be received.
INPUTS
BINARY VALUES
CONDITION IN PROCESS
V
1
Volume > 1000 litres
Volume <= 1000 litres
T
1
Temperature > 750°C
Temperature <= 750°C
1
Speed > 15 metres/second (m/s)
Speed <= 15 metres/ second (m/s)
Transcribed Image Text:22. A manufacturing process is controlled by a built in logic circuit which is made up of AND, OR and NOT gates only. The process receives a STOP signal(i.e. X = 1) depending on certain conditions, shown in the following table: A stop signal (X = 1) occurs when:eitherVolume, V > 1000 litres and Speed, S <= 15 m/sor Temperature, T<= 750°C and Speed, S> 15 m/s Draw the logic circuit and truth table to show all the possible situations when the stop signal could be received. INPUTS BINARY VALUES CONDITION IN PROCESS V 1 Volume > 1000 litres Volume <= 1000 litres T 1 Temperature > 750°C Temperature <= 750°C 1 Speed > 15 metres/second (m/s) Speed <= 15 metres/ second (m/s)
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