Microchip Technology Inc.’s Post

Industrial automation is advancing, and Mouser Electronics, along with Analog Devices, is leading the way! Learn how radar and sensor fusion are transforming robotics in this insightful webinar. Secure your spot today! 📅 29 October 2024, 5 PM CET Register here: https://lnkd.in/eDk3vUsX #Automation #Robotics #Innovation #Mouser #AnalogDevices #Webinar

Today, let's take a closer look at one of the most crucial elements in the complex world of robotics – 𝐂𝐨𝐧𝐭𝐫𝐨𝐥𝐥𝐞𝐫𝐬. Controllers are the masters that orchestrate precision in every robotic movement. 🎮🔧 🕹️ As the command center, controllers serve as the brains of robotic systems, translating algorithms into actionable instructions with unparalleled finesse. These sophisticated components come in various forms, from microcontrollers managing individual tasks to powerful central processing units (CPUs) overseeing the holistic operation of advanced robots. With a diverse array of sensors providing real-time data, controllers make split-second decisions, directing robotic actions in response to dynamic environments. 🔍 However, controllers aren't just about executing commands; they're adaptive, ensuring robots respond intelligently to unforeseen challenges. Their versatility allows seamless integration into applications ranging from manufacturing automation to intricate medical procedures. The precision and agility of controllers empower robots to navigate the complexities of their surroundings, marking a significant stride in the evolution of robotics across industries. 🌐 In the world of #robotparts, controllers shape the robots' capabilities and pave the way for a future where their role is indispensable. Stay tuned for more in-depth explorations into the core components of robotics as we unravel the layers of innovation! #ACROME #robotics #controllers

Good article for those interested in advanced robotics in semiconductor manufacturing. This article has a few take aways from the 2024 Semicon West conference. I presented a future look at humanoid robotics use in semiconductor manufacturing, with a collaborative outlook for this next wave in automation.

Technological development in digitalization, robotics, artificial intelligence and computing may result in technological job displacement that is estimated to affect nearly half of US workers with jobs vulnerable to automation.(CDC NIOSH 2/15/2022)

Technological development in digitalization, robotics, artificial intelligence and computing may result in technological job displacement that is estimated to affect nearly half of US workers with jobs vulnerable to automation.(CDC NIOSH 2/15/2022)

Technological development in digitalization, robotics, artificial intelligence and computing may result in technological job displacement that is estimated to affect nearly half of US workers with jobs vulnerable to automation.(CDC NIOSH 2/15/2022)

Technological development in digitalization, robotics, artificial intelligence and computing may result in technological job displacement that is estimated to affect nearly half of US workers with jobs vulnerable to automation.(CDC NIOSH 2/15/2022)

By combining data from various sensors, robots can create a more precise picture of their surroundings. Enhancing Robotics with Visual Servoing and Sensor Fusion: Powering the Future of Automation https://hubs.li/Q02NtKt80

Technological development in digitalization, robotics, artificial intelligence and computing may result in technological job displacement that is estimated to affect nearly half of US workers with jobs vulnerable to automation.(CDC NIOSH 2/15/2022)

Technological development in digitalization, robotics, artificial intelligence and computing may result in technological job displacement that is estimated to affect nearly half of US workers with jobs vulnerable to automation.(CDC NIOSH 2/15/2022)