Design the logic circuit to monitor the water level in two tanks, A and B, and keep the level of water in both tanks equal. If the level in one tank as sensed by its sensoris below another, a pump is turned on that transfers water from one tank to the other until the level in both tanks is equal. There is a pump for each tank. A high on the pump turns it on. Implement the circuit using purely NAND Gates. Let inputs A and B as sensors for tanks A and B while a and b are the pumps for tanks A and B.

Design the logic circuit to monitor the water level in two tanks, A and B, and keep the level of water in both tanks equal. If the level in one tank as sensed by its sensoris below another, a pump is turned on that transfers water from one tank to the other until the level in both tanks is equal. There is a pump for each tank. A high on the pump turns it on. Implement the circuit using purely NAND Gates. Let inputs A and B as sensors for tanks A and B while a and b are the pumps for tanks A and B.

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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