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Groundbreaking AI Innovation Simplifies Robot Integration in Manufacturing
In a pioneering development, researchers at the Department of AI Machinery, part of the Korea Institute of Machinery and Materials (KIMM), have unveiled an artificial intelligence (AI) technology designed to streamline the integration of robots into manufacturing processes. Currently undergoing testing by EV parts manufacturers, this versatile AI solution is poised to revolutionize various sectors, including automobile manufacturing, machine part production, assembly, and other production processes.
The innovative technology, developed for the first time globally, promises to simplify the complex task of integrating robots into manufacturing. Researchers at KIMM have specifically tailored this AI technology for easy integration into various manufacturing processes. Currently, it is in the testing phase with electronic component producers, with plans to expand its application to a broader range of manufacturers in the future.
The AI-driven robot employs the “Large Language Model (LLM)” and operates within a virtual environment. This technology is adept at understanding user commands and automatically generating and executing tasks for the robot. It facilitates the creation of task sequences and movements through voice or text commands. By leveraging pre-learning in a virtual space, the technology selects optimal work points for the site, streamlining the work process with automatic object detection and collision avoidance capabilities.
Traditionally, the integration of robots into manufacturing sites often necessitated modifying the site to accommodate the robot, limiting the range of tasks robots could perform. The newly developed technology addresses this challenge by enabling robots to efficiently handle specific task assignments with minimal on-site modification, thanks to pre-learning in a virtual space. Ongoing on-site demonstration tests indicate that this groundbreaking AI solution is well-equipped to handle various future scenarios at manufacturing sites.
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AI Leading the Path to the Future of Communication Technology
In an exciting leap toward the next generation of wireless technology, researchers at UBC Okanagan, led by Dr. Anas Chaaban from the UBCO Communication Theory Lab, are tapping into the power of artificial intelligence (AI) to revolutionize communication architectures. The goal is to achieve faster data transmission, energy efficiency, and more in the evolving landscape of mobile networks beyond 5G.
Dr. Chaaban, an Assistant Professor at UBCO’s School of Engineering, emphasizes that the upcoming wave of communication technology goes beyond mere speed. The research aims to create a theoretical wireless communication architecture that can handle increased data loads and enable instantaneous communication among devices, consumers, and the environment.
The researchers advocate for intelligent architectures to address the demands of massive connectivity, ultra-low latency, high reliability, quality experience, energy efficiency, and reduced deployment costs. Dr Chaaban proposes a departure from traditional communication techniques and advocates for leveraging recent advances in AI to adapt to emerging technology challenges.
Using transformer-masked autoencoders, the team is developing techniques to enhance efficiency, adaptability, and robustness. Dr. Chaaban elaborates on their innovative approach of breaking down content, such as images or videos, into smaller packets for transport. AI is then employed to recover lost packets at the recipient, effectively reconstructing the content.
Integrating virtual reality into everyday communications is a key focus of next-generation technology. Dr Chaaban envisions AI’s role in creating complex architectures that propel communication technologies forward, particularly in adapting to emerging technologies like virtual reality. The collective efforts to address these intricacies are expected to usher in an era of adaptive, efficient, and secure communication networks.
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Researchers Create World’s First Graphene Semiconductor
Multichannel digital isolators withstand 8 kV
Novosense has expanded its NSI824x series of digital isolators with quad-channel devices that provide an isolation rating of 8 kV and a creepage distance of 15 mm. The new NSI824xWx ICs perform signal isolation and level shifting in applications ranging from solar inverters and energy storage to industrial automation and electric vehicles.
Qualified to UL 1577 safety standards, the NSI824xWx isolators deliver robust EMC performance with high levels of protection against system-level ESD, EFTs, and voltage surges. In addition to an insulation voltage of up to 8 kVRMS, the parts furnish chip-level ESD HBM protection to ±8 kV and common-mode transient immunity of up to 200 kV/µs.
The digital isolators handle channel speeds of up to 150 Mbps. Configuration options for channel direction include four forward channels, three forward channels and one reverse channel, or two forward and two reverse channels. An input voltage range of 2.5 V to 5.5 V accommodates a wide variety of digital interfaces. Power consumption is 1.5 mA/channel at speeds of 1 Mbps.
Housed in ultra-wide-body SOWW-16 packages, the NSI824xWx digital isolators operate over a temperature range of -55°C to +125°C. A request form for samples can be found on the product page linked below.
Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.
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Power-stingy 64-bit MPU targets IoT edge
The RZ/G3S 64-bit general-purpose microprocessor from Renesas boasts standby power consumption of 10 µW for use in IoT edge and gateway devices. It also provides fast Linux bootup and a PCIe Gen2 interface that enables connectivity with 5G wireless modules.
At the heart of the RZ/G3S is an Arm Cortex-A55 CPU core with a maximum operating frequency of 1.1 GHz. Two Arm Cortex-M33 cores serve as sub-CPUs operating at 250 MHz. MPU workloads can be distributed to the sub-CPUs, allowing the device to efficiently handle tasks, such as receiving data from sensors, controlling system functions, and managing power systems.
The MPU’s power management system reduces power consumption to very low levels by turning off some of the independent power domains. A DDR self-refresh function allows the RZ/G3S to retain DRAM data, while also enabling fast Linux startup. Quick startup permits IoT devices, which frequently operate intermittently, to conserve power and extend battery runtime.
In addition to PCIe, the RZ/G3S furnishes Gigabit Ethernet, CAN, and USB interfaces. Useful for IoT applications, like home gateways, smart meters, and tracking devices, the microprocessor features tamper detection to ensure data security.
The RZ/G3S microprocessor is available now in 14×14-mm and 13×13-mm BGA packages.
Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.
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TDK releases ultrasonic sensor demo kit
An evaluation kit from TDK showcases its USSM1.0 PLUS-FS ultrasonic sensor module for designs requiring obstacle detection and distance measurement. The sensor operates in harsh industrial environments and can be used in autonomous mobile robots and autonomous guided vehicles.
The starter kit comprises a demo board with a USB-A to micro-B cable for connecting to a PC, two ultrasonic sensor modules, two sensor cables, and two gaskets. Also included is software for monitoring the sensor in various operating modes.
The USSM1.0 PLUS-FS time-of-flight sensor detects objects using ultrasonic waves and includes an integrated driver and signal processor. This signal-processing ASIC calculates signal propagation time with a repetition rate of up to 50 samples/s. Along with a field of view up to 90°, the sensor provides a measurement range of 18 cm to 200 cm in single mode and 4 cm to 200 cm in pitch-and-catch mode. Power consumption is typically 5.5 mA when operating with a 12-V supply voltage.
The demo kit (order code: Z25000Z2910Z001Z21) is available for purchase from both DigiKey and Mouser for approximately $300 each. Use the product page link below for more information on both the USSM1.0 PLUS-FS ultrasonic sensor and the demonstration kit.
Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.
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GaN FETs serve as drop-in SiC replacements
Transphorm announced two SuperGaN FETS in 4-lead TO-247 packages, offering an original design option or alternative to 4-lead silicon or SiC devices. The TP65H035G4YS and TP65H050G4YS are both 650-V FETs with an on-resistance of 35 mΩ and 50-mΩ, respectively. Based on the company’s GaN-on-silicon substrate process, the devices are well-suited for high-volume manufacturing on silicon production lines.
The two SuperGaN FETs support power supplies at 1 kW and higher in such applications as data centers, renewables, and industrial equipment. Their 4-lead configuration provides a Kelvin source terminal to enhance switching efficiency. In a hard-switched synchronous boost converter, the 35-mΩ 4-lead FET reduced losses by 15% at 50 kHz and 27% at 100 kHz compared to a SiC MOSFET with comparable on-resistance.
The TO-247-4L devices offer the following core specifications:
The 50-mΩ TP65H050G4YS is available now. The 35-mΩ TP65H035G4YS is sampling and slated for release in Q1 2024.
Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.
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LED backlight driver offers dual LCD bias
Kinetic Technologies’ KTZ8868 integrates in a single chip an 8-LED backlight driver and 250-mA LCD bias power for up to 12-in. display panels. High switching frequency allows the use of a smaller inductor and capacitor, while an input operating range of 2.7 V to 5.5 V accommodates 1-cell lithium-ion batteries or a 5-V supply.
The LED driver has two step-up converters, and each converter drives four current sinks. Each of the eight current sinks can regulate up to 30 mA. Maximum boost output voltage is 40 V. The LCD bias power section comprises a step-up converter, LDO regulator, and an inverting charge pump to generate dual outputs, whose voltage is programmable via an I2C interface.
Built-in protection features of the KTZ8868 include inductor current limit, output short circuit, output overvoltage, LED fault (open or short), and thermal shutdown. The part is housed in a 5×5-mm, 32-lead WQFN package.
Find more datasheets on products like this one at Datasheets.com, searchable by category, part #, description, manufacturer, and more.
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Coherent launches VCSEL-based illumination module platform for short- and mid-range LiDAR in automotive safety and industrial robotic vision
Getting To Know the Gerber File Format and File Names
Digital POT Resistor with Display
Hello, I bought a digital POT resistor to replace the one installed in my GameCube console. I plan to mount this underneath or on the side of the console to easily adjust it as some reproduction games work at different settings. I want to attach a display to the resistor to display what the ohms are currently at and am wondering if there is an easy way to do this. I searched online, only found components to display voltage. Appreciate the help!
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Delta Celebrates 20 Years of Nurturing Energy Conservation in India with the Launch of its “Innovation on Wheels” Solutions Demonstration
Over two decades of deploying smart energy-saving solutions to support the rapid transformation of India’s information technology, e-mobility, renewable energy, and manufacturing sectors
Delta, a global leader in power and thermal management solutions, proudly commemorates two decades of nurturing energy conservation in India with the launch of its “Innovation on Wheels” solutions demonstration initiative, which will traverse 50+ cities, covering over 10,000 kilometres across India. This ground-breaking project, featuring the depth and breadth of Delta’s cutting-edge Data Center Solutions, exemplifies the Company’s commitment to advancing technology and connectivity throughout the nation.
Mr. Benjamin Lin, President, Delta Electronics India, remarked, “Since acquiring ASCOM Energy Systems and its India subsidiary 20 years ago, Delta has been transforming industries and empowering businesses across India with cutting-edge energy-efficient products and solutions. Our ‘Innovation on Wheels’ solutions demonstration truck marks a remarkable stride in Delta’s journey of innovation and enhanced customer engagement. This impressive showcase reflects our unwavering commitment to delivering smart, energy-efficient, and innovative solutions that seamlessly align with the evolving needs of our valued customers.”
As part of the anniversary celebrations, Delta unveiled a state-of-the-art technology truck on January 18th, 2024, embarking on a journey across 50+ cities in India. This pioneering project aims to bring Delta’s advanced technology and solutions directly to customers, showcasing the company’s strength and commitment to the Indian market. Inside the “Innovation on Wheels,” visitors will explore Delta’s diverse portfolio, including data center infrastructure solutions, telecom products, electric vehicle chargers and automation solutions. Optimize, Orchestrate & Operate Data seamlessly with Delta’s All-in-One Containerized Data Center Solutions, designed to accommodate various load sizes for diverse micro, mini, and edge DC applications. Our integrated, plug-and-play solution ensures rapid deployment, coupled with excellent reliability and flexibility.
This initiative aims to showcase Delta’s expertise across various sectors and highlight the company’s commitment to delivering sustainable and energy-efficient solutions. Traveling across the diverse landscapes of the country for over three months, the truck will make strategic stops at all major business centres and industrial hubs, offering an interactive and memorable experience for all onlookers. Delta’s commitment to sustainable products and solutions is evident in the “Innovation on Wheels,” showcasing the company’s efforts to integrate sustainability into every aspect of its business.
Mr. Niranjan Nayak, Managing Director, of Delta Electronics India, shared his enthusiasm, stating, “We are thrilled to embark on the Innovation on Wheels’ initiative, a tangible demonstration of Delta’s commitment to innovation and customer-centric solutions. This mobile showcase underscores our dedication to bringing advanced Data Center Infrastructure solutions directly to our customers, providing them with a first-hand experience of Delta’s cutting-edge technologies.”
The cross-city promotional tour is a strategic move within Delta’s broader marketing strategy, fortifying the brand’s presence and reaching new customers. This initiative aligns with the company’s steadfast commitment to innovation and customer engagement, highlighting Delta’s adaptability and effectiveness in connecting with consumers
Globally, Delta has thrived for five decades and has transformed itself into a global leading provider of smart energy-saving products and solutions. From 2010 to 2022, Delta’s technologies enabled over 39.9 billion kWh of electricity savings for its customers worldwide.
As Delta celebrates 20 years of innovation in India, the “Our ‘Innovation on Wheels’ initiative is a testament to Delta’s dedication to reaching every corner of the country, delivering next-generation solutions directly to customers and partners and strengthen relationships with existing customers and forge new partnerships across India. Moreover, this initiative is a testament to Delta’s dedication to sustainability and energy efficiency. Over the years, Delta has been at the forefront of promoting eco-friendly practices and integrating sustainability into its product and solution offerings.
The post Delta Celebrates 20 Years of Nurturing Energy Conservation in India with the Launch of its “Innovation on Wheels” Solutions Demonstration appeared first on ELE Times.
ZINSIGHT enhances efficiency in new energy vehicle e-compressor controller with STMicroelectronics’ silicon-carbide
Extends electric vehicle mileage in summer and winter, reduces total ownership cost
STMicroelectronics, a global semiconductor leader serving customers across the spectrum of electronics applications, has announced it is supplying its third-generation silicon-carbide (SiC) MOSFET technology for the e-compressor controllers from ZINSIGHT Technology, a Chinese high-tech company focusing on SiC power modules and advanced electric power conversion systems, for new energy vehicles (NEVs). These highly efficient controllers offer several benefits including an extended electric vehicle (EV) driving range of 5~10km (for a medium-size EV model with battery capacity from 60 kWh to 90 kWh) that is particularly beneficial during the summer and winter seasons.
ZINSIGHT is the only company in the world today that mass-produces SiC-based e-compressor controllers for air-conditioning running on 400V, 800V and 1000V EV platforms, delivering a significant number of units by the end of 2023. ST’s advanced third-generation 1200V SiC MOSFET ensures industry-leading process stability and performance, efficiency, and reliability. The EV e-compressor controllers use ST’s third-generation SiC MOSFET technology in combination with ZINSIGHT’s unique cooling solution and advanced thermal protection design. Together the e-compressor controllers deliver better thermal management for NEVs, improved NVH (noise, vibration, and harshness), and greater compactness and cost efficiency for e-compressors. For example, without compromising summer and winter mileage, this solution can help carmakers achieve significant cost saving per EV in overall system expenses.
“ZINSIGHT and ST share the goal of sustainability through technology innovations. Leveraging ST’s leadership in SiC technology and ZINSIGHT’s innovative design and state-of -the-art process, our cooperation with ST is accelerating innovation in e-compressor controller design, achieving breakthroughs in performance, efficiency, and mileage,” said Doctor Jingkui SHI, President of ZINSIGHT. “ST and ZINSIGHT continue to expand our cooperation, contributing to the innovation and development of China’s NEV industry.”
As a pioneer in SiC technology, ST is advancing SiC manufacturing process using a complete vertically integrated supply chain. ST continues to gain design wins from a wide range of leading automotive and industrial leaders for its well-recognized product reliability. At the same time, ST is continuing to invest in expanding production capacity and enhancing manufacturing technology.
“Developing and refining SiC technology for more than 25 years, ST has built a big portfolio of key patents,” said Henry CAO, Executive Vice President of Sales & Marketing, China Region, STMicroelectronics. “ST’s SiC technology has been widely adopted in onboard chargers, traction inverters, and DC-DC converters for NEVs. Now, our SiC technology is enabling ZINSIGHT’s first-of-its-kind EV e-compressor controller. This success highlights the value we can deliver to the automotive transformation to car electrification and digitalization in China, sustaining mobility energy-saving efforts.”
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