[Daily Question 20090212] The interference of the PID adjustment system is unpredictable and suppressible, but the damage to the system can be controlled
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[Daily Question 20090212] In the PID regulation system, "interference" is unpredictable and completely suppressed, but the damage to the system can be controlled. What does this sentence mean? Summarize: “"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
“"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
In the PID regulation system, "interference" is unpredictable and completely suppressed, but the destructive effect on the system can be controlled. What does this sentence mean? Answer: "Interference" comes with the detection value of the system's adjusted parameters. Because "interference" is unmeasurable, its effect on the system cannot be suppressed. However, the use of a closed-loop system can control its destructive effect on the system. More details can be found in http://hi.baidu.com/weifh_sky/blog/item/73fcf52b54ab04ffe7cd40f2.html Instrumentation test questions
"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
“"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
answer: “"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
“"Interference" comes with the detection value of the system's adjusted parameters and is unmeasurable, so the effect of interference on the system cannot be suppressed. However, the use of a closed-loop system can control the destructive effect of interference on the system.
"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
In the PID regulation system, "interference" is unpredictable and completely suppressed, but the destructive effect on the system can be controlled. What does this sentence mean? Answer: "Interference" comes with the detection value of the system's adjusted parameters. Because "interference" is unmeasurable, its effect on the system cannot be suppressed. However, the use of a closed-loop system can control its destructive effect on the system.
answer: “"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
“"Interference" comes with the detection value of the system's adjusted parameters. Due to the unmeasurable nature of "interference", its effect on the system cannot be suppressed, but its destructive effect on the system can be controlled by using a closed-loop system.
That is to say, interference will appear at any time and cannot be eliminated, but the PID adjustment system can control its impact on the system within a predetermined range. I was busy yesterday, so I will answer the questions today. The main purpose is to see if my answers are correct. It doesn’t matter if I don’t give points. This post was last edited by zhaohh3211 on 2009-2-13 08:22 ]