PID controller

$Post image 24$

$Post image 25$

$Post image 26$

$Post image 27$

$Post image 28$

$Post image 29$

$Post image 30$

$Post image 31$

$Post image 32$

$Post image 33$

$Post image 34$

$Post image 35$

$Post image 36$

$Post image 37$

$Post image 38$

$Post image 39$

$Post image 40$

$Post image 41$

$Post image 42$

$Post image 43$

$Post image 44$

$Post image 45$

$Post image 46$

$Post image 47$

$Post image 48$

$Post image 49$

$Post image 50$

$Post image 51$

$Post image 52$

$Post image 53$

$Post image 54$

$Post image 55$

$Post image 56$

$Post image 57$

$Post image 58$

$Post image 59$

$Post image 60$

$Post image 61$

$Post image 62$

$Post image 63$

$Post image 64$

$Post image 65$

$Post image 66$

$Post image 67$

$Post image 68$

$Post image 69$

$Post image 70$

$Post image 71$

$Post image 72$

$Post image 73$

$Post image 74$

$Post image 75$

$Post image 76$

$Post image 77$

$Post image 78$

$Post image 79$

$Post image 80$

$Post image 81$

$Post image 82$

$Post image 83$

$Post image 84$

$Post image 85$

$Post image 86$

$Post image 87$

$Post image 88$

$Post image 89$

$Post image 90$

$Post image 91$

$Post image 92$

$Post image 93$

$Post image 94$

$Post image 95$

$Post image 96$

$Post image 97$

$Post image 98$

$Post image 99$

$Post image 100$

$Post image 101$

$Post image 102$

$Post image 103$

$Post image 104$

$Post image 105$

$Post image 106$

$Post image 107$

$Post image 109$

$Post image 110$

$Post image 112$

1 / 112

125

PID controller

Hacker News·PID controller·3 months ago

#zED0Pjih

#en #control #controller #error #process #output

Reading 0:00

15s threshold

A proportional–integral–derivative ( PID ) controller , or three-term controller , is a feedback -based control loop mechanism commonly used to manage machines and processes that require continuous control and automatic adjustment. It is typically used in industrial control systems and various other applications where constant control through modulation is necessary without human intervention. The PID controller automatically compares the desired target value ( setpoint or SP) with the actual value of the system ( process variable or PV). The difference between these two values is called the error value , denoted as . It then applies corrective actions automatically to bring the PV to the same value as the SP using three methods: The proportional ( P ) component responds to the current error value by producing an output that is directly proportional to the magnitude of the error. This provides immediate correction based on how far the system is from the desired setpoint.…

Continue reading — create a free account

Join HashtagPLUS to read full articles, follow hashtags, vote, and join the conversation.

Create free account Log in

Menu

PID controller