Molded inductors in DC-DC converters offer compact designs. However, sustained stress can degrade insulation between magnetic particles, increasing core losses.
Würth Elektronik defines this as percolation.

This presentation will cover:

• What percolation is.
• Its repercussions.
• How it affects DC-DC converter long-term performance.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation offers insight into SPE/PoE technology, detailing its functionality and main circuit blocks.

Key topics:

• Functionality of SPE/PoE technology.
• Detailed explanation of critical circuit blocks.
• Outline of key EMC requirements (immunity and emission).

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation explores the evolution of EMI challenges in automotive electronics, from early ignition coil interference to today’s complex noise environments.

Key topics covered:

• Historical EMI issues from ignition coils affecting AM/FM radios.
• Introduction of rod core inductors to filter RF harmonics.
• EMI from mobile phones interfering with audio systems in the 1990s.
• Importance of early-stage EMI consideration in modern vehicle design.
• Case study: 100W buck-boost converter as a noise source, with three design concepts using nearly identical BOMs but different layouts to meet EMC requirements for conducted and radiated emissions.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation focuses on optimizing PCB material selection by combining real measurements with simulations and theoretical calculations. We'll explore how different tools assist in choosing the ideal material.

Key topics:

• Integrating real measurements of various PCB materials.
• Utilizing simulations and theoretical calculations for design validation.
• How software tools guide optimal material choices.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation explores essential concepts and techniques for signal integrity in high-speed digital systems.

Key topics:

• Eye diagrams and Pulse Amplitude Modulation (PAM).
• Advanced PAM analysis and test solutions.
• Equalization and embedding for signal fidelity.
• Practical insights via live demonstrations.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation offers insight into SPE/PoE technology, detailing its functionality and main circuit blocks.

Key topics:

• Functionality of SPE/PoE technology.
• Detailed explanation of critical circuit blocks.
• Outline of key EMC requirements (immunity and emission).

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Modern vehicles use high-speed data buses (CAN, LIN, FlexRay). As data rates and electronic complexity increase, EMI poses a significant challenge. Common Mode Chokes (CMCs) are essential for suppressing EMI, enhancing system immunity, and ensuring signal integrity in automotive applications.

This presentation will cover:

• What a common mode choke is and how it works.
• How CMCs mitigate radiated emissions and immunity problems.
• A live demonstration showing the practical effects of CMCs on a CAN data bus.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Voltage transients in industrial environments, such as intra-logistic applications, can lead to catastrophic failures and system downtime.

This webinar will explore:

• The source of voltage transients in typical industrial settings.
• Theoretical and practical evaluation of a two-stage input filter concept for 24V bus applications.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Assembling electronic modules can be as intricate as building furniture. This presentation explores how fully automatic SMT spacers simplify the connection of plug-in modules, enhancing process reliability.

Key benefits:

• Optimized PCB designs
• Simplified assembly
• Reduced time and costs

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Many existing electronic designs using quartz crystals and oscillators are outdated. This webinar addresses new trends, developments, and miniaturization in the market.

Key takeaways:

• How to adapt circuits, quartz crystals, and oscillators to current requirements.
• Strategies for future-proofing your designs.
• Valuable tips for successful redesign implementation.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation examines the thermal considerations for power connectors, which act as resistors releasing heat via the Joule effect. The working current is typically defined by standards like UL 1059, limiting the temperature rise (ΔT) to 30 K above ambient.

Key questions addressed:

• Can connectors handle short-duration high currents exceeding their working current?
• Should connectors be oversized for inrush currents?
• How are connector durability and operating temperature limits affected?

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Indoor air pollution often exceeds outdoor levels. Traditional methods to predict filter blockages are often unreliable.

Indoor air pollution often exceeds outdoor levels. Traditional filter blockage prediction methods are frequently ineffective.

This webinar covers:

• Air filtration challenges due to indoor pollution
• Limitations of traditional blockage prediction
• Use of ML and differential pressure sensors in vacuum systems
• Predictive maintenance for HVAC systems

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation provides a practical approach to designing SEPIC converters.

Key topics:

• SEPIC topology overview and calculations.
• Component selection and optimization.
• Investigation of parasitic behaviors.
• Comparison of practical measurements vs. SPICE simulation results.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation explores the advancements in materials and design techniques that have led to more efficient and reliable power inductors for modern electronic applications.

Key developments:

• Evolution from ferrite core assemblies to molded metal alloy designs.
• Focus on reducing RDC and DC losses while maintaining current handling.
• Driven by enhanced performance, increased current capability, and miniaturization.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This webinar introduces PowerBusbar PCB technology for distributing high currents on standard, cost-efficient PCBs.

We will explain:

• The principles behind PowerBusbar PCB.
• Requirements for implementation.
• Mounting busbars on the PCB.
• Benefits of this technology.
• Differences from other busbar mounting options.
• Practical examples.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation by Antwi and Markus focuses on transformer safety, detailing how to achieve it in design and SMPS applications. It will cover the IEC 61558 standard, including new aspects of the 2021 version (yet to be fully released globally).

Key topics:

• IEC 61558 safety levels in transformer design.
• Overvoltage category.
• Creepage and Clearance distances.
• Partial discharge test.
• Acceptance of IEC 61558 with other standards (e.g., IEC 62368).
• Live Q&A session with the speakers at the end of the presentation.

More information is available via the button below.

This paper details ICeGaN™'s advantages in high-power LLC converters for data servers and OBCs, surpassing Si, SiC, and discrete GaN.

Key benefits:

• Minimal switching losses and dead times (low parasitics, no Qrr, no negative drive).
• Enables higher frequency operation.
• Drives increased power density, size reduction, and enhanced thermal management.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation addresses key challenges in factory and process control: reducing power consumption, maximizing uptime, and minimizing Bill of Materials (BOM).

Key solutions by Analog Devices:

• Adaptive Power Switching for up to 40% power reduction.
• Diagnostics and software reconfigurability for enhanced safety, reduced inventory, and simplified design.
• Meeting customer needs in space-constrained environments.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Join Allard van der Horst, Senior Director at Analog Devices, for a webinar on advanced system-level power solutions.

This session covers:

• Power architectures, component selection, and integration.
• Prototyping and real-world applications.
• ADI's innovative methods for efficient, reliable power systems.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Join this webinar to explore cutting-edge energy storage and battery management system (BMS) solutions for industrial applications from Würth Elektronik and Infineon Technologies.

Key topics:

• Enhancing power systems with superior efficiency, precise current sensing, and intelligent control.
• Modular architectures and active cell balancing.
• Reduced component stress and enhanced reliability.
• Live Q&A session with the speakers at the end of the presentation.

More information is available via the button below.

This webinar introduces Würth Elektronik's new WR-WSP REDFIT Crimp SKEDD Connectors, highlighting the innovative SKEDD technology for reversible, solder-free, and tool-free PCB connections.

Key advantages:

• Simple, safe, robust, and cost-effective assembly.
• Mechanically stable connection with up to 16 A / 400 V.
• Significant time and cost savings.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation highlights how Würth Elektronik’s digital E-Business tools simplify your daily work—from fast and reliable Design-In support to seamless procurement solutions.

Key features by Würth Elektronik:

• Fast and reliable Design-In support.
• Seamless procurement solutions.
• Integrated services such as simulations, real-time availability, and system interfaces for efficient development and sourcing.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Whether you're new to Bluetooth or looking for a refresher, this webinar introduces the fundamentals of Bluetooth technology and shows how the latest nRF54 Series SoCs from Nordic Semiconductor, used in Würth Elektronik’s Proteus-IV and Ophelia-IV modules, enable next-generation wireless applications.

This session explores:

• Bluetooth technology basics and how it works
• Practical examples and use cases focused on Bluetooth® Low Energy (e.g. wearables, smart home, industrial sensors)
• Common challenges in Bluetooth application design — and how the nRF54 helps solve them
• Key features and advantages of the nRF54 Series — with a look at Würth Elektronik’s solutions: Proteus-IV and Ophelia-IV modules

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

The initial choice of transformer package is crucial, directly impacting safety, performance, EMI, and cost. Each application has unique requirements.

This presentation covers:

• Importance of transformer package selection
• Impact on safety, performance, EMI, and cost
• Design optimization for specific application needs
• How requirements guide package selection

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This webinar addresses the growing demand for high-performance RF inductors in 5G and IoT systems, crucial for modern high-frequency circuits.

Key topics:

• RF inductor selection factors.
• Comparison of wire-wound, thin-film, and multilayer technologies.
• Emerging trends like miniaturization.
• Addressing design challenges: parasitic effects and impedance mismatches.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

Selecting capacitors often goes beyond a single capacitance value. This seminar will answer common questions about real-world capacitor behavior and datasheet parameters.

Key insights:

• Why capacitance is measured under different conditions for various technologies.
• Understanding ripple current limitations vs. voltage derating.
• Differences between dissipation factor and ESR.
• Practical tips for capacitor selection.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation focuses on characterizing key Common Mode Choke (CMC) parameters (impedance, inductance, rated current, frequency response) to understand their performance impact.

Key topics:

• Systematic approach to selecting the most suitable CMC based on application requirements.
• Ensuring effective noise suppression while preserving signal and power integrity.
• Practical considerations: core material, winding configuration, and saturation effects.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation demonstrates the correct way to dimension an EMC filter for 3-phase applications.

Key aspects:

• Mathematical filter design.
• Design validation using LTSpice simulation.
• Filter measurement in a certified EMC laboratory.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation explores Wireless M-Bus, a wireless communication standard for remote meter reading, supporting various local frequency ranges.

Key aspects:

• Reliable long-distance data transmission in challenging environments.
• Flexible data rates for diverse applications.
• Key applications in smart metering (electricity, gas, water, heat).
• Compliance with legal requirements (licenses/registrations) and regional cost variations.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

IC LEDs are RGB LEDs with an integrated controller, offering easy dimming via PWM and perfect color mixing for static and dynamic lighting. While attractive, their implementation can present EMC challenges.

This presentation will cover:

• An analysis of the EMC performance of single-wire IC LEDs.
• Design considerations for successful integration of IC LEDs without EMC issues.
• Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

The rapid growth of AI is driving a sharp increase in data center energy consumption, with modern GPUs demanding up to 1200W. This presents significant challenges for power delivery and thermal management.

New power supply topologies, a shift to 48V distribution, DDR5 memory, and supercapacitor modules are key advancements. Passive components, especially capacitors, are critical to these developments.

This presentation will explore:

• Technological progress in passive components for AI hardware.
• Remaining challenges in their selection and development.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.

This presentation demonstrates how 3D FEM simulations with Ansys Maxwell (including ICEPAK) can be applied to wireless power applications.

Key topics covered:

• Simulation of inductance and resistance of a wireless power coil.
• Analysis of coupling and magnetic field distribution between two different WPT coils.
• Surface heating simulation of a WPT coil based on input RMS current.
• Comparison of simulation results with measurements and calculations.

Live Q&A session with the speaker at the end of the presentation.

More information is available via the button below.