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Two water tanks each have a sensor indicating whether the tank is empty. The sensor has an output of 5V when the tank is empty. To simulate this we use a switch where a connection to VCC means that the tank is empty. 5V VCC Key=A 5V VCC Key-B 102 104 101 102 103 104 104 tank_control1 2.5 V 2.5 V Figure 2: Water tanks Build the circuit shown in Figure 2 and create the logic inside the tank_control1 block, using TTL gates. If it is correctly done a yellow light should shine when one water tank is empty and a red light when both tanks are empty. The yellow light should be off when both tanks are empty. • Describe the logic inside the tank_control1 block using Boolean algebra and make the truth table. Build the circuit shown in Figure 2 and create the logic inside the tank control1 block, using TTL gates. If you are happy with a Pass mark for this task, you may use any gates you like, if you want a higher mark you should use NAND and NOR gates only. Make screenshots of the circuit during simulation with the switches in all possible combinations. Also make a screenshot of the circuit inside the tank control block.

Two water tanks each have a sensor indicating whether the tank is empty. The sensor has an output of 5V when the tank is empty. To simulate this we use a switch where a connection to VCC means that the tank is empty. 5V VCC Key=A 5V VCC Key-B 102 104 101 102 103 104 104 tank_control1 2.5 V 2.5 V Figure 2: Water tanks Build the circuit shown in Figure 2 and create the logic inside the tank_control1 block, using TTL gates. If it is correctly done a yellow light should shine when one water tank is empty and a red light when both tanks are empty. The yellow light should be off when both tanks are empty. • Describe the logic inside the tank_control1 block using Boolean algebra and make the truth table. Build the circuit shown in Figure 2 and create the logic inside the tank control1 block, using TTL gates. If you are happy with a Pass mark for this task, you may use any gates you like, if you want a higher mark you should use NAND and NOR gates only. Make screenshots of the circuit during simulation with the switches in all possible combinations. Also make a screenshot of the circuit inside the tank control block.

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)
10th Edition
ISBN:9781337399128
Author:Russell E. Smith
Publisher:Russell E. Smith
Chapter17: Commercial And Industrial Air-conditioning Control Systems
Section: Chapter Questions
Problem 22RQ
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Two water tanks each have a sensor indicating whether the tank is empty. The sensor has an output of 5V when the tank is empty. To simulate this we use a switch where a connection to VCC means that the tank is empty. 5V VCC Key=A 5V VCC Key-B 102 104 101 102 103 104 104 tank_control1 2.5 V 2.5 V Figure 2: Water tanks Build the circuit shown in Figure 2 and create the logic inside the tank_control1 block, using TTL gates. If it is correctly done a yellow light should shine when one water tank is empty and a red light when both tanks are empty. The yellow light should be off when both tanks are empty. • Describe the logic inside the tank_control1 block using Boolean algebra and make the truth table. Build the circuit shown in Figure 2 and create the logic inside the tank control1 block, using TTL gates. If you are happy with a Pass mark for this task, you may use any gates you like, if you want a higher mark you should use NAND and NOR gates only. Make screenshots of the circuit during simulation with the switches in all possible combinations. Also make a screenshot of the circuit inside the tank control block.
Transcribed Image Text:Two water tanks each have a sensor indicating whether the tank is empty. The sensor has an output of 5V when the tank is empty. To simulate this we use a switch where a connection to VCC means that the tank is empty. 5V VCC Key=A 5V VCC Key-B 102 104 101 102 103 104 104 tank_control1 2.5 V 2.5 V Figure 2: Water tanks Build the circuit shown in Figure 2 and create the logic inside the tank_control1 block, using TTL gates. If it is correctly done a yellow light should shine when one water tank is empty and a red light when both tanks are empty. The yellow light should be off when both tanks are empty. • Describe the logic inside the tank_control1 block using Boolean algebra and make the truth table. Build the circuit shown in Figure 2 and create the logic inside the tank control1 block, using TTL gates. If you are happy with a Pass mark for this task, you may use any gates you like, if you want a higher mark you should use NAND and NOR gates only. Make screenshots of the circuit during simulation with the switches in all possible combinations. Also make a screenshot of the circuit inside the tank control block.
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