The coolant flow is required to be regulated to maintain the temperature of a running engine. A flow transmitter (FT) is installed on a cooling line to monitor the flow of coolant for this purpose. The input and output of FT are as shown in Figure 1:

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The coolant flow is required to be regulated to maintain the temperature of a running engine. A flow
transmitter (FT) is installed on a cooling line to monitor the flow of coolant for this purpose. The input
and output of FT are as shown in Figure 1:
16
(14, 15)
(13, 14),
14
(12, 13)
(11, 12),
12
(9, 11) (10, 11)
(8, 10)
10
(7, 9)
(6, 8)
(5, 7)
6
(3, 5) (4, 5),
(2, 4)
4
-1
1
3
5
9.
11
13
15
Flow (in cubic meter)
Figure 1: Input and output of Flow Transmitter
Considering the combinational circuits, do the following in view of the above-mentioned input and output:
a) Compute the truth table for the system
b) Write down the equations
c) Draw the logic diagrams
d) Implement the last output obtained from part (a) with 8 X 1 MUX and external gates
Page 1 of 3
Current (in mA)
Transcribed Image Text:The coolant flow is required to be regulated to maintain the temperature of a running engine. A flow transmitter (FT) is installed on a cooling line to monitor the flow of coolant for this purpose. The input and output of FT are as shown in Figure 1: 16 (14, 15) (13, 14), 14 (12, 13) (11, 12), 12 (9, 11) (10, 11) (8, 10) 10 (7, 9) (6, 8) (5, 7) 6 (3, 5) (4, 5), (2, 4) 4 -1 1 3 5 9. 11 13 15 Flow (in cubic meter) Figure 1: Input and output of Flow Transmitter Considering the combinational circuits, do the following in view of the above-mentioned input and output: a) Compute the truth table for the system b) Write down the equations c) Draw the logic diagrams d) Implement the last output obtained from part (a) with 8 X 1 MUX and external gates Page 1 of 3 Current (in mA)
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