The industrial control system is a business process management and control system that ensures the automated operation, process control and monitoring of industrial infrastructure, consisting of various automation control components and process control components that collect and monitor real-time data. Its core components include Supervisory Control and Data Acquisition System (SCADA), Distributed Control System (DCS), Programmable Controller (PLC), Remote Terminal (RTU), Human-Machine Interface Equipment (HMI), and devices that ensure communication between components. interface technology. Among them, DCS and PLC play core functions such as data processing and execution in the system. ADI has always pursued continuous innovation to empower various industries. What this speech brings to you is ADI's innovative technologies applied in industrial DCS and PLC to help the industry revolution and realize Industry 4.0.
Total of 1 lessons1 hours and 5 minutes and 56 seconds
A2B is a single master, multi-slave audio bus system originally developed to solve audio distribution challenges in automotive applications. Because traditional car audio architecture usually involves multiple point-to-point analog connections between head units, amplifiers, speakers, and microphones, the bus form is complex and the delay is large. At the same time, interference is more likely to occur between multiple wire harnesses, and wiring is difficult. In response to the above problems, ADI developed the A2B bus architecture. As a high-bandwidth bidirectional digital bus, A2B transceivers can connect a variety of devices such as microphones, digital signal processors, speakers, and sensors. In this video, we will work with senior engineer Allen to appreciate the excellent performance of A2B through content explanation and actual measured demo.
Total of 1 lessons13 minutes and 13 seconds
The seasonality of wind energy and the periodicity of sunrise and sunset of solar energy must be overcome in order to make better use of new energy, and energy storage systems can play a big role here. A common energy storage station is equivalent to tens of thousands of batteries together. The system's requirements for performance, stability, and safety can be imagined, among which high-performance BMS plays an indispensable key role. ADI covers the entire process of energy generation, transmission, utilization and storage. It empowers the green energy cloud through system and chip technology including battery BMS, making the use of renewable energy more reasonable. Its latest high-precision 18-channel battery management chip ADBMS1818 can measure up to 18 series-connected battery cells and has a system design optimized for energy storage applications. Next, we will explore the hard-core technology behind energy storage applications with Littleshrimp, a senior netizen of the EEWorld forum!
Total of 1 lessons11 minutes and 58 seconds
ADI multi-parameter water quality measurement solution
Total of 1 lessons15 minutes and 8 seconds
The ADPD188BI optical module integrates an analog front end, photodiode, blue and infrared LEDs for smoke and aerosol detection. Additionally, utilizing 2 LED wavelengths helps differentiate particle size to reduce false alarms. https://excelpoint.com.cn/Smoke
Total of 1 lessons9 minutes and 18 seconds
When talking about machine health monitoring, we have to mention a term - CbM, which refers to Condition Based Monitoring, and its Chinese translation is: condition-based monitoring. Through the implementation of the CbM system, various working conditions of the equipment can be monitored in advance, and possible fault risks can be diagnosed and perceived in advance, so as to effectively maintain the equipment. It can greatly reduce the probability of equipment damage, improve the efficiency of the production line, and reduce maintenance costs.
Total of 1 lessons29 minutes and 16 seconds
ADI has outstanding expertise in electric energy measurement - 50% of all power grid equipment in the world uses ADI converters. From renewable power generation to grid management and energy metering, ADI's digital and analog technologies are powering the next generation of smart grid energy infrastructure. Let’s get smart and efficient energy solutions through the demo demonstrations and reference design documents on this site.
Total of 7 lessons40 minutes and 19 seconds
Sensors, converters, processors and transceivers, the devices that collect and transmit data, are where the Internet of Things begins. The requirements for intelligence, high precision and reliability are critical, and ADI has been pioneering and driving the development of these devices for more than half a century. This site includes the detection, measurement, connection, power management and other related solutions provided by ADI for devices running at the forefront of the Internet of Things. Read together these practical solutions and gain the energy to drive real progress in the Internet of Things.
Total of 9 lessons47 minutes and 27 seconds
How to develop a low-power, stable toxic gas detection solution? ICT and FCT are necessary steps to ensure yield in PCBA mass production, so how to complete these two tests? ADI’s complete solutions and related products are ready for you to discover. More exciting content is available on this site. Answer the questions and check in to win gifts on this site. Welcome to join the team on this knowledge journey ~
Total of 9 lessons19 minutes and 28 seconds
Fully understand the opportunities and leading solutions of today's Industry 4.0, and download hard materials such as the "Process Control and Industrial Automation Selection" reference circuits that ADI engineers personally participated in the design, debugging and verification, and start the journey of industrial automation together! From now on, we will launch more theme activities, so stay tuned!
Total of 13 lessons1 hours and 0 seconds
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