Digit's AI-powered brain enables local real-time voice conversations using Hopper Chat and Llama 3. Learn how to set it up with NVIDIA Jetson Orin Nano.
Enclosures come in many styles, sizes, and shapes, but the enclosure material is often the first consideration when sourcing a new product.
Just what do the warning tags on extension cords mean and is there anything to be concerned about if the warnings are not heeded?
A review of power and heater controllers with a look at issues related to temperature sensor technologies and PLCs optimized for small to medium-sized machines.
A review of common Industry 4.0 communication protocols and a discussion of I/O masters, hubs, and converters from Banner Engineering for this application.
GFCI outlets trip the electrical circuit whenever there is a ground fault or current leakage. These are typically found in outlets in areas with high moisture.
Enabling autonomous driving with EMI filters, inductors, crystals, and thermistors ensures smooth and reliable operation.
Wireless sensor networks depend on precise frequency control for seamless data transmission. Frequency control components ensure accurate communication.
Designers must carefully choose and implement antennas to compete successfully in the wireless IoT.
Discover how Hacksmith Industries built the ultimate autonomous security drone system at H.E.R.C., featuring drones, robot dogs, and AI-driven turrets.
Learn the basics of Computer-Aided Design (CAD) and how to use it for engineering projects.
Discover the fundamentals of quantum computing, how qubits differ from traditional bits, and its implications for the future of computational power.
为了推动绿色出行,全球都在发展新能源汽车,通过以清洁能源取代传统燃油,做到低碳甚至零碳零污染,以科技带动环保,并进一步通过升级电池技术提升汽车效能。未来,新能源汽车更加会趋向智慧化发展,结合自动驾驶、车联网等,让出行变得更舒适、安全。
本文介绍M5Stack的一体化Linux工控主机CoreMP135,它基于STM32MP135DAE7芯片,集成单核ARM Cortex - A7处理器和4Gb DDR3L SDRAM内存,功能接口丰富。配备触摸屏、扬声器和电源管理芯片,支持多种安装场景。应用开发方面,有M5Stack_Linux_Libs提供助力,可在Linux和Windows中交叉编译、上传和运行。此外,还会介绍CoreMP135开发框架的使用步骤,包括安装相关依赖、下载源码和交叉编译工具链、编译案例程序以及推送程序等。
SiC using a merged PIN Schottky design improves the efficiency and reliability of switched power systems by providing high current capability with low losses.