using simple logic gates Design Problem A Chemical plant needs a microprocessor-driven alarm system to warn of critical conditions in one of its chemical tanks. The tank has four (HIGH / LOW) switches that monitor: Temperature (T) Pressure (P) Fluid Level (L) Weight (W) Design a system that will notify the microprocessor to activate an alarm when any of the following conditions arise: High Fluid Level with High Temperature and High Pressure Low Fluid Level with High Temperature and High Weight Low Fluid Level with Low Temperature and High Pressure Low Fluid Level with High Temperature and Low Weight
using simple logic gates Design Problem A Chemical plant needs a microprocessor-driven alarm system to warn of critical conditions in one of its chemical tanks. The tank has four (HIGH / LOW) switches that monitor: Temperature (T) Pressure (P) Fluid Level (L) Weight (W) Design a system that will notify the microprocessor to activate an alarm when any of the following conditions arise: High Fluid Level with High Temperature and High Pressure Low Fluid Level with High Temperature and High Weight Low Fluid Level with Low Temperature and High Pressure Low Fluid Level with High Temperature and Low Weight
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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using simple logic gates
Design Problem
A Chemical plant needs a microprocessor-driven alarm system to warn of critical conditions in one of its chemical tanks. The tank has four (HIGH / LOW) switches that monitor:
Temperature (T)
Pressure (P)
Fluid Level (L)
Weight (W)
Design a system that will notify the microprocessor to activate an alarm when any of the following conditions arise:
High Fluid Level with High Temperature and High Pressure
Low Fluid Level with High Temperature and High Weight
Low Fluid Level with Low Temperature and High Pressure
Low Fluid Level with High Temperature and Low Weight
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