Marti Marie Platta’s Post

New Product, Today 12th September 2024 Attention electronic design engineers! Are you tired of inefficient power conversion in your projects? Introducing the Buck 18 Click Board™ - a compact, high-performance DC-DC step-down converter that's revolutionizing power management in embedded systems. This versatile board delivers an impressive 18W of power with up to 95% efficiency, making it ideal for a wide range of applications. From portable devices to industrial equipment, the Buck 18 Click Board™ ensures optimal power delivery while minimizing heat generation and energy waste. But here's what sets it apart: its mikroBUS™ socket compatibility allows for seamless integration with existing development boards, saving you valuable time and resources in your design process. Curious about how this powerful little board can transform your next project? Discover the full potential of the Buck 18 Click Board™ and take your power management to the next level. Learn more: https://lnkd.in/eYfibNTD #PowerManagement #EmbeddedSystems #ElectronicDesign

Feeling the pressure to innovate while ensuring reliability and performance? At the recent Sensor Converge event, it became evident that industry leaders like Analog, Microchip, and STMicro are driving significant changes, especially in home and personal wellness sectors. The latest LiDAR products now boast improved sensitivity and AI integration, expanding their applications beyond automotive to include machine vision and other commercial uses. Custom ASICs are increasingly addressing the need for optimized, compact, and robust sensor applications. The market is projected to reach $35.5 billion by 2030, growing at a CAGR of 8.2%. When combined with advanced microcontrollers using interchangeable modules, keeping up with system and chip-level testing can be challenging. Looking for the perfect partner to meet your specialized testing challenges? Integrating these cutting-edge technologies into your projects requires solutions that are not only advanced but also versatile and reliable. Without the right support, your projects might face delays or fail to meet market demands. RTI can build the perfect solution for you! Our engineered socket designs provide unparalleled support for rigid-flex modules and device access during tests, ensuring your projects proceed without a hitch. Additionally, our sockets support a wide range of sensors, including motion/velocity, LiDAR and imaging, magnetic, pressure, temperature/humidity, and noise/vibration sensors, keeping you at the forefront of innovation. Our sockets are meticulously crafted to fit your specific test needs, offering the reliability and performance you can always count on. With our solutions, you can stay ahead of the competition and lead in your field. Ready to Take the Next Step? Contact us today to discuss how RTI can assist in your upcoming projects. Our team of experts is here to provide the solutions you need to succeed. #SensorTechnology #Innovation #LiDAR #AIIntegration #ASIC #MicroControllers #SmartHomes #HomeWellness #MachineVision #IoT #FlexModules #DeviceTesting #TechTrends #SmartDevices #IndustrialSensors #MedicalDevices #RTISolutions #CustomDesign #TechInnovation #Engineering #AdvancedSensors https://lnkd.in/gqfNyRzU

New Product, Today 12th September 2024 Attention electronic design engineers! Are you tired of inefficient power conversion in your projects? Introducing the Buck 18 Click Board™ - a compact, high-performance DC-DC step-down converter that's revolutionizing power management in embedded systems. This versatile board delivers an impressive 18W of power with up to 95% efficiency, making it ideal for a wide range of applications. From portable devices to industrial equipment, the Buck 18 Click Board™ ensures optimal power delivery while minimizing heat generation and energy waste. But here's what sets it apart: its mikroBUS™ socket compatibility allows for seamless integration with existing development boards, saving you valuable time and resources in your design process. Curious about how this powerful little board can transform your next project? Discover the full potential of the Buck 18 Click Board™ and take your power management to the next level. Learn more: https://lnkd.in/e2RnsdvM #PowerManagement #EmbeddedSystems #ElectronicDesign

I am incredibly proud of the work and innovation that has gone into developing Infineon’s latest 5th generation CAPSENSE™ touch HMI technology. I truly believe that it will empower our customers to create amazing products and user experiences. Here are four key reasons that make this technology truly exceptional: - Offers an impressive 10x higher signal-to-noise ratio (SNR) performance. - Deliver exceptional Reliability & Robustness in real-world electrically noisy environments. - New ultra-low power always-on sensing CAPSENSE™ technology enables longer battery life in battery-powered devices. - New intuitive use case and user experience: Whether you're designing a simple button or a complex touchscreen, or anew innovative user interface, the 5th generation CAPSENSE™ technology offers the scalability and flexibility. What are your thoughts on this exciting advancement in CapSense technology? I'd love to hear! #CapSense, #Innovation #Technology #TechnologyInnovation #TechAdvancement #HMI #IoT #SensingTechnology #ElectronicDesign #Touch #TouchSensing #UserExperiance #InfineonTechnologies #Infineon #PSoC4000T #MCU #CapacitiveSensing #IoT #EdgeComputing #Innovation #TechRevolution #Decarbonization #Digitization, #PowerEfficiency, #infineonIndia #psoc #psocedge, #Sensors, #ML #AI #machinelearning #ArtificialIntelligence #microcontrollers #MCU #consumer #industrial

at glance view ......for guidance to the innovators, manufacturers......what to do for commercial use of their product........ courtesy.......#CDSCO web page 1. This one page #route #map could have been made in #alogotlrithm style 2. considering the #PREDICATE device is also a big issues .....clearer point wise judgement to be given 3. now a days many proposals are coming for #combined #Devices under control of single IC/PCB/Mother board etc. with sensors, digital display etc...... what needs to be done in such cases .....there must be clarification from CDSCO-HQ

Push-Up and Pull-Down Resistors, Does it matter❓️🤔 Here is my take: 🔋 In battery-powered devices, pull-up resistors can cause leakage currents, especially during power-down states when the pull-up rail remains active. This can slowly drain your battery, making it vital to design circuits with efficiency in mind. 📡 For sensors, resistor choice matters: NPN sensors need pull-ups, PNP sensors need pull-downs, and push-pull configurations operate without either. Understanding these nuances is key to optimizing both power and performance in your designs.

🚀 **Interview with ICT Senior Engineer Andy on Future Trends in the SMT Industry** I recently had the pleasure of interviewing Andy, a Senior Engineer at ICT, about his insights on the future trends in the Surface Mount Technology (SMT) industry. Andy highlighted several key areas to watch: 🔹 Automation & AI: Increased automation and the integration of artificial intelligence are expected to revolutionize production efficiency and accuracy. 🔹 Miniaturization: As devices become smaller, the demand for more compact and intricate SMT solutions will continue to grow. 🔹 Sustainability: Eco-friendly practices and materials are becoming crucial, with a strong push towards reducing waste and energy consumption. 🔹 Advanced Materials: The development and utilization of new materials that enhance performance and reliability. 🔹 5G & IoT: The expansion of 5G networks and IoT devices will drive innovation in SMT processes to meet higher performance requirements. Andy’s insights underscore the dynamic evolution of the SMT industry and the exciting opportunities that lie ahead. 🌟 #SMT #Technology #Innovation #FutureTrends #ICT #EngineeringExcellence

🔔 When looking for a #replacement for the #PhoenixContact #1411984, #ELETE M12M05-0501A001LBR, A coded 5pin #M12 #circularmetricconnector may be a good choice. This connector has similar specifications and features and can be used as a replacement for the 1411984. It is suitable for many application scenarios, such as for #industrialautomation, #controlsystems, #sensors, #actuators, etc., to meet the connection needs of different application scenarios. Provide reliable connection solutions. ❗ Connector selection is critical in industrial automation and control systems. A coded 5pin M12 connector features high-quality manufacturing and design to ensure stable #signaltransmission and #durability. Its 5-pin design is suitable for a wide range of signaling needs and is capable of meeting the connectivity requirements of complex systems. If you are looking for an alternative to the Phoenix Contact 1411984, consider A coded 5pin M12 connector, which may be the ideal choice for you. Please feel free to contact us to learn more about this connector and how it can be applied to your project. https://lnkd.in/d-KuGmW5 #PhoenixContact #M12Connector #IndustrialAutomation #replacement #equivalent #circularmetricconnector #connector #electronics #signaltransmission #durability #controlsystems #sensors #actuators #ELETE

Stability is key to consistent performance in wearables. Vacuum-sealed components offer unparalleled protection against environmental factors, ensuring long-term stability and accuracy. Explore the benefits of stable technology in your wearable designs: Golledge.com #TechStability #WearableInnovation #Engineering