Acquire knowledge for optimal control that fits the characteristics of the control target through theory and simulation, and apply it!
With the advancement of digitalization, it is possible to achieve high-level control performance. This course is aimed at those who want to learn about digital PID and control, from the basics to advanced technologies. 【Knowledge Acquired → ● In the world of control, you will derive the basic formula for PID control, which is the most widely used, and understand how various practical PID controls have been developed through continuous innovation. After mastering advanced two-degree-of-freedom PID control, you will learn about various digitalization methods, their advantages and disadvantages, and their dynamics through simulation exercises, allowing you to acquire knowledge from the basics of PID control to cutting-edge technologies. If you fully understand the content, you can reach the level of "PID Control Technology Expert." ● You will significantly enhance and elevate your development capabilities, engineering skills, design abilities, tuning skills, maintenance capabilities, and service skills related to "general PID control and its applications," enabling you to have an overarching view of the entire control system.】
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【Date】 April 14, 2011 (Thursday) 10:30 AM - 5:30 PM 【Venue】 Japan Techno Center Training Room 22nd Floor, Odakyu Dai-ichi Seimei Building, 2-7-1 Nishi-Shinjuku, Shinjuku-ku, Tokyo 【Target Audience】 ● Engineers involved in the engineering, research, development, design, testing, on-site adjustment, and maintenance of various equipment, devices, and systems who wish to improve their practical skills. ● Those who want to strengthen and enhance their practical abilities and problem-solving skills. ● Individuals in the process control sector of process instrumentation control systems, two-axis synchronous control of motors, high-performance plant operation control systems, equipment industries in steel mills and chemical plants, and treatment facilities for water supply and sewage, waste, etc. 【Program】 I) How was the basic PID control formula derived? II) Laplace transform and transfer function representation of each element III) From ideal PID control to practical PID control IV) Two-degree-of-freedom PID control V) Characteristics of control targets and necessary control actions VI) Digitalization and practical digital control VII) Conclusion ~ [Exercise Problems] ~ ■□■ For more details, please request materials or contact us ■□■
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We are committed to conveying the specialized technical information and skills that our customers require through seminars, publications, and media such as software, and by providing timely services, we aim to ensure that our customers feel the necessity of our company. Furthermore, our corporate vision is to network the valuable knowledge and know-how of engineers and researchers, what is known as humanware and technology, to build an advanced society.