Control PID con Amplificadores Operacionales: Diseño, Implementación y Monitoreo

The design of analog controllers is one of the fundamental pillars of control engineering and electronics. In this video, we will explore in detail how to build a PID controller using operational amplifiers, starting from the basic concepts of each control action and progressing to its physical implementation and experimental validation. See post + Codes: https://bit.ly/4sxNCYM You will learn to structure a complete analog control system, breaking down each stage of the circuit: the comparator block for error calculation, the proportional, integral, and derivative stages, and finally the summing block. Unlike other tutorials, here we will not only see the connection of components, but we will also address the formal design using the pole placement method to guarantee the desired system performance. In addition, we will identify a real-world plant (motor-generator system) to calculate the controller parameters and use a monitoring interface in LabVIEW to visualize the closed-loop behavior in real time. This technical guide is designed for engineering students and professionals seeking to connect dynamic systems theory with hardware realities. ⏱ TIMESTAMPS ⏱ 00:00 Analog Controller with Operational Amplifiers 01:17 Comparator Block 03:48 Proportional Controller 05:35 Integral Controller 07:59 Derivative Controller 09:17 Summing Block 10:46 Complete PID Control Circuit 13:53 Circuit Recommendations 15:34 Plant Identification (ID) 18:33 PI and PID Design by Pole Assignment 21:47 Monitoring Interface in LabVIEW 24:28 LabVIEW from Scratch (Course) 25:11 Explanation of the Motor-Generator Plant 26:31 PI Control Operation 27:15 PID Control Operation ____________ PREMIUM COURSES WITH COUPON AND CERTIFICATE______________ ➤ Fundamentals of Industrial Instrumentation: https://bit.ly/FunInsInd ➤ Simulink from Scratch: https://bit.ly/3a0W8Xr ➤ LabVIEW from Scratch: https://bit.ly/LabView0 ➤ PIC Controllers Course: http://bit.ly/Control_PIC ➤ Arduino Controllers Course: http://bit.ly/Control_Ardu ➤ Applied Control Systems in Arduino: https://bit.ly/AppControlCAE ➤ Control Systems in Matlab (Spanish): https://bit.ly/MatConES ➤ Control Systems in Matlab (Portuguese): https://bit.ly/MatConPT ____________ MY SOCIAL MEDIA______________ ►Website: https://controlautomaticoeducacion.com/ ►Want Benefits? https://bit.ly/2YvGEqK ►Telegram: https://t.me/ConAutEdu ►Instagram:   / sergioacgiraldo   ►Twitter:   / conautedu   ►Facebook:   / controlautomaticoeducacion   _________________________________________________________________ If you found this information helpful and would like me to continue providing more free, high-quality content, you could buy me a coffee and help me continue paying for the website servers. 👉 Buy Sergio a Coffee: http://bit.ly/2VqAdSX ☕️☕️☕️ __________________________________________________________________