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2. 1. If pump motor M1 is running, signal M1 is HIGH. Likewise, M2 indicates that the pump motor M2 is running if the water in the reservoir rises to within four feet from the top, the signal too HIGH goes HIGH. If the water from reservoir falls to a depth of one foot or less, signal TOO LOW goes HIGH. If either the following conditions occurs, produce an active low signal called ALARM that will turn the red lamp. a. The water level is too high and both motors are on. b. The water level is too low and either pump is still running. c. Draw the equivalent logic circuit. Label the inputs and outputs.

2. 1. If pump motor M1 is running, signal M1 is HIGH. Likewise, M2 indicates that the pump motor M2 is running if the water in the reservoir rises to within four feet from the top, the signal too HIGH goes HIGH. If the water from reservoir falls to a depth of one foot or less, signal TOO LOW goes HIGH. If either the following conditions occurs, produce an active low signal called ALARM that will turn the red lamp. a. The water level is too high and both motors are on. b. The water level is too low and either pump is still running. c. Draw the equivalent logic circuit. Label the inputs and outputs.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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2. 1. If pump motor M1 is running, signal M1 is HIGH. Likewise, M2 indicates that the pump motor M2 is running if the water in the reservoir rises to within four feet from the top, the signal too HIGH goes HIGH. If the water from reservoir falls to a depth of one foot or less, signal TOO LOW goes HIGH. If either the following conditions occurs, produce an active low signal called ALARM that will turn the red lamp. a. The water level is too high and both motors are on. b. The water level is too low and either pump is still running. c. Draw the equivalent logic circuit. Label the inputs and outputs.
Transcribed Image Text:2. 1. If pump motor M1 is running, signal M1 is HIGH. Likewise, M2 indicates that the pump motor M2 is running if the water in the reservoir rises to within four feet from the top, the signal too HIGH goes HIGH. If the water from reservoir falls to a depth of one foot or less, signal TOO LOW goes HIGH. If either the following conditions occurs, produce an active low signal called ALARM that will turn the red lamp. a. The water level is too high and both motors are on. b. The water level is too low and either pump is still running. c. Draw the equivalent logic circuit. Label the inputs and outputs.
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