Imagine a sensor that needs no battery and can keep counting without external power - how is that possible? This interview explores the Wiegand effect, its practical advantages for self-powered counting and multiturn sensing, and how UBITO helps engineers bring the technology into their designs.
Power Integrations has announced a breakthrough topology for flyback power supply design. The new TOPSwitchGaN switcher IC family extends the power range of single-ended flyback converters to 440 W, allowing engineers to achieve high efficiency and performance without employing complex resonant or LLC topologies. This makes it ideal for high-end appliances, e-bike chargers, or industrial applications. In addition, we will talk about an industry first: 2200V GaN technology. This positions PowiGaN as the leading technology solution for high-voltage data centers, EVs, renewable energy, and HVDC infrastructure.
Variable frequency drives create harmonics on both sides of the motor circuit: distorted current at the input and a PWM waveform at the output that the motor was never built to handle. Mechanical engineers usually see the fallout as bearing fluting, blackened grease, and cable failures, while electrical engineers trace it back to common mode voltage, reflected waves, and IEEE-519 compliance. This webinar connects the two, showing how each mechanism drives the damage and which mitigation on either side of the drive can actually fix it.
As OEMs look to reduce system complexity, cost, and weight, Bluetooth Low Energy (BLE) is gaining traction as a communication technology for Tire Pressure Monitoring Systems (TPMS). This webinar explores the market drivers behind BLE adoption, the product changes required to support the transition, and the opportunities and challenges facing OEMs and TPMS suppliers as BLE technology evolves.
Not every flexible coaxial cable is designed for continuous motion. Learn how to select the right RF coaxial cable for high-flex applications by balancing flex life, bend radius, cable size, insertion loss, frequency performance, shielding effectiveness, and the specific type of movement that an application demands.
This webinar explores how Sensata's sensing, electrical protection, and power management technologies help address the growing demands placed on power delivery, cooling systems, and infrastructure reliability of data centers. You will learn how flow, pressure, and temperature sensors, along with circuit protection and power management solutions, provide the monitoring, control, and protection needed to maintain efficient and stable operation. The session will also highlight key design considerations for supporting next-generation computing environments and high-performance cooling architectures.
Integrating a power supply into medical equipment requires balancing leakage currents, filtering, insulation, EMC and installation-class requirements. This webinar explains how these requirements interact and how selecting and specifying the right power supply early in the design can reduce the development time and cost of the finished equipment.
As the demand for renewable energy soars, solar photovoltaic (PV) systems are driving the clean energy transition. Join our webinar to discover how Infineon's cutting-edge semiconductor technologies and application-focused reference designs simplify development, boost efficiency, and accelerate your time-to-market. At Infineon, we provide a comprehensive range of demo boards and reference designs for solar PV applications. These solutions allow customers to evaluate the performance of our Silicon (Si), Gallium Nitride (GaN), and Silicon Carbide (SiC)-based technologies in real-world scenarios, showcasing their unique advantages across power optimizers, hybrid inverters, and microinverter designs. Discover how Infineon's reference designs simplify solar PV development, optimize performance, and reduce time-to-market. Whether you are working on single-phase, three-phase, or next-generation solar systems, Infineon has the expertise and tools to help you succeed.
Register now to stay ahead with innovative solutions for a sustainable energy future.
AI-driven data centers are pushing traditional power architectures to their limits, creating challenges around efficiency, power density, reliability, and grid capacity. In this webinar, attendees will learn how emerging 800 V DC architectures and solid-state transformers (SSTs) can reduce conversion losses, simplify power distribution, and enable scalable AI infrastructure, while leveraging silicon carbide (SiC) technology to improve performance and lower total system costs.
Today, there are more options for power transistors than ever before. This can make it challenging to understand the differences between them, and decide which technology makes the most sense for the application circuit you are designing. This webinar explains the different technologies and their key attributes, and shows you how these differences matter for common example applications. The goal is to help you understand the tradeoffs between these technologies, and how to best balance the needs for performance and cost.
Industrial equipment operating in harsh environments requires cooling solutions that can withstand dust, moisture, and extreme temperatures. Join us for a conversation with a thermal management expert as we explore the key considerations for selecting IP-rated and harsh-environment fans to improve reliability and reduce field failures.
Join our current sensing expert for an in-depth look at Infineon's newest XENSIV™ current sensor portfolio. Learn how the Hall-based TLE4977 and TLE4978 sensors and TMR-based TLx5571 and TLx5572 sensors deliver the precision, speed, and efficiency needed for AI data centers, robotics, drones, photovoltaic systems, and modern power electronics.
Industrial control panels are becoming more compact while power demands continue to increase, creating challenges around space, heat management, and system reliability. In this webinar, you'll learn how the MEAN WELL XDR Series helps engineers maximize cabinet space, improve energy efficiency, and simplify panel design with ultra-slim, high-performance DIN rail power supplies. Discover practical strategies to reduce installation costs, support future system expansion, and build more reliable automation systems for today's demanding industrial environments.
As agricultural and construction equipment becomes more connected, telematics systems must deliver reliable performance in challenging environments. Join TE Connectivity (TE) to explore how antenna selection, mounting conditions, and mechanical design considerations may influence connectivity performance. You'll gain insights into scalable telematics architectures aligned to application requirements.
This webinar will walk design engineers through the innovative Industrial Battery Connector (IBC) Series, a DIN battery connector that simplifies service, maintenance, and future upgrades. Attendees will explore the full range of IBC configurations—including auxiliary signal options, air tube capability, inline and panel-mount housings, latching handles, IP68 sealing kits, and temperature sensing—and learn why these features make IBC ideal for outdoor and harsh-environment equipment. The session will also cover why IBC is well-suited for lithium-ion battery systems and review the key ratings and global standards this high-current DIN connector complies with to support confident spec-in decisions.
Learn how FaultBreak, an innovative resettable, passive fault protection technology, is reshaping high voltage EV system design. This webinar explores an alternative to traditional single use protection devices, showing how engineers can clear high magnitude fault currents while reducing system cost, weight, and architectural complexity and improve safety and serviceability.
As more systems rely on electronic control, ensuring reliable connectivity in harsh environments has become increasingly complex. In this webinar, experts from Cinch and PEI-Genesis will examine key challenges engineers face when designing sealed control modules and highlight important considerations that can impact long-term performance. Attendees will gain insights to help inform their next design.
Industrial electrification is driving a fundamental shift in how power is generated, converted, and applied across industrial systems. This webinar examines the seven-stage industrial electrification chain—from renewable generation and energy storage to motor drives, robotics, mobile electrification, and industrial heating—showing how the move to inverter-based architectures is reshaping system design. With capacitors serving as the common enabling technology at every stage, the session highlights where and why aluminum electrolytic, film, and supercapacitors are used, how they address demands such as lifetime, ripple handling, and fast transient response, and how hybrid approaches are unlocking new performance and reliability gains as industry accelerates its transition away from fossil fuels.
Join us to discuss how Time-of-Flight (ToF) 3D depth sensing technology can be used to make robots smarter across applications such as obstacle avoidance, SLAM, path planning, and object manipulation. The session covers Infineon's ToF research and demonstrates real-world results, including autonomous navigation tests and map generation with accuracy as precise as 6 cm. A direct comparison with active stereo vision systems highlights ToF's key advantages in size, latency, sunlight performance, and depth data reliability, making it a strong choice for robotics applications.
Delve into an in-depth exploration of the battery protection unit, protection topologies, short circuit protections, protection functionalities, and solutions. Our application engineer will provide a comprehensive overview of the key features and capabilities of the range of products available, as well as provide practical insights into how to integrate with connected devices.
Discover TE Connectivity’s complete USB connector portfolio — from legacy Type-A and B to USB Type-C — supporting USB 2.0 through USB4 for scalable, future-ready designs. Learn about how TE’s USB technology helps enable high-speed data transmission and power delivery with USB PD 3.1 (up to 240 W) and USB4 (up to 40 Gbps), backed by TE’s global support and trusted expertise. Available in multiple configurations to simplify integration, TE’s USB connectors are engineered for reliability and flexibility, built to perform in demanding environments. IPX7/IPX8 waterproof and IPX4 splash-proof options help facilitate consistent performance under vibration, moisture, and temperature stress. EMI-shielded versions protect electronic equipment and systems from interference caused by electromagnetic fields.
Diodes Incorporated offers a comprehensive range of USB Type-C and USB Power Delivery (USB PD) ICs designed to support modern power and data delivery standards across consumer, industrial, and automotive applications. In this presentation we will go over the USB PD portfolio from Diodes Incorporated, with products ranging from USB PD source controllers, sink controllers and dual role port controllers. We will also share some reference designs available for consumer and automotive markets.
The presentation takes a quick trip through the standard Molex transportation product line with an emphasis on harsh environment uses for traditional automotive interconnects.
Multi-Channel Linear RGB drivers offer benefits like precise color mixing, uniform color distribution, wider color depth, and a large dynamic range of brightness, making them suitable for applications requiring complex color control and high-quality lighting. It also provides a simple design without the use of inductors that save eBOM cost and minimize EMI/EMC.
Join us for an exciting webinar on the innovative Configurable Logic Block (CLB) in Microchip's PIC16F13145 microcontroller family! Explore how the CLB simplifies logic design and enhances flexibility with its reconfigurable logic through practical examples using the CLB Synthesizer. Plus, get all the details about the upcoming CLB Design Contest, where you can unleash your creativity, submit groundbreaking designs, and compete for valuable prizes.
LiDAR technology surrounds us in everyday life, powering applications like autonomous vehicles and facial recognition. To enhance object position detection accuracy, increase detection range, sharpen image resolution, and improve algorithm precision, ROHM has developed critical technologies designed to tackle these challenges.
This webinar reviews precision thin titanium applications and market needs. It also discusses ways to streamline the design and specification of your thin titanium requirements in order to guarantee success, specifically utilizing Arnold's experience allowing critical time savings as programs transition through development. This eliminates costly delays and back-and-forth with suppliers and market capabilities.
