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Browse Categories Automation & Electronics |
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Automation & Electronics info: |
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Automation is a method of controlling machines or equipment through electronic and automatic devices with as little human interference as possible. It has become especially prevalent within the industrial manufacturing field due to rapid innovations in computerized technology. Automated systems were developed as a way to minimize human error and maximize production efficiency, and they can take on many forms. From computer-controlled test equipment to automatically operated household appliances, automation can serve as a substitute for manual control in numerous ways. It has become an important part of both commercial and private life, and its range of applications only continues to grow.
Like automated systems, electronics technology is becoming more advanced and expanding its field of use. Electronic systems largely deal with device applications and electrical power distribution. But despite significant technical progress, electronics still focuses on the same fundamental aspects it encompassed since its beginnings in the nineteenth century: inputs, signal processors, and outputs.
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White Papers |
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Hacking the Industrial Network
This paper outlines the risk factors and the damaging outcomes of possible hacking attacks on industrial SCADA (Supervisory Control and Data Acquisition) and DCS (Distributed Control Systems) networks, and details various ways of making industrial production lines and process management systems secure and protecting them from malicious attacks...
10 Tips for Product Development for Applications that Include Flex Circuits,
Stating the important factors that drive the success of a product in today's competitive world, this paper presents ten guidelines for successful product development for applications that include flex circuits, flexible heaters, and sensors. It emphasizes on adopting goal oriented design and effective use of all available resources, including the...
Balancing the Electrical and Mechanical Requirements of Flexible Circuits
This paper examines the electrical and mechanical requirements of flexible circuits, detailing the potential areas of conflict, and ways of overcoming those conflicts. It details the impact of different design issues on the electrical and mechanical performance of flex circuits and presents various enhancements that can be incorporated into flex...
Basics of Flex Circuit Design
Basics of Flex circuit design are covered in this paper, detailing the various factors that affect the reliability of a flex circuit. The impact of bend axis, bend angle, bend radius, and frequency of flexing on the performance of the flex circuit are illustrated, providing an understanding of the proper methods of forming the bend. The bend ratio...
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