How to avoid delays in power design with pre-certified modules and digital twins.

Designing for high performance means thinking through every layer. We focus on materials that help engineers build smarter, smaller, and more reliable systems from the inside out. Whether it’s reducing component count, improving signal integrity, or streamlining thermal performance, our embedded resistor foils are built to support real-world challenges across industries. It’s not just about meeting spec. It’s about pushing what’s possible. https://bit.ly/3ImTlPh #QuanticOhmegaTicer #ElectronicsInnovation #EngineeringMaterials #HighPerformanceDesign

I’m excited to share our latest Application Note on the WE-CMDC series – Compact Dual Choke, now available for download. This note provides valuable insights into how the WE-CMDC can improve EMI suppression and differential mode filtering in compact designs.

Wondering why gm-crit matters in oscillator design? The gm-crit value is vital for ensuring that your circuit will start up reliably and maintain stable oscillations. Now, with ECS Inc.'s NEW GM-Crit Calculator, you can quickly and accurately determine this critical parameter and optimize your circuits for peak performance! Try the New Calculator ➡️ https://loom.ly/vfWgWT8 #gmcrit #PhaseNoise #ECSInc #Calculator #EngineerTool

👏 As data rates leap to 10Gbps and beyond, traditional materials become the bottleneck. Are you grappling with: 🔸 Unacceptable signal loss in high-frequency bands? 🔸 Heat management issues in compact designs? The core of the solution often lies in the substrate. 🪄 Our high-frequency&high-speed transmission film is engineered specifically for mission-critical applications.With ultra-low DK<2.8,DF<0.008 and exceptional thermal stability,it ensures: 🔹 Minimized Signal Loss: Deliver cleaner, stronger signals for superior performance. 🔹 Enhanced Reliability: Maintain stable electrical properties even under intense thermal stress. 🔹 Enablement of Miniaturization: Perfect for advanced HDI and flexible circuit designs. 👍 Ideal for:5G communication,high-speed data centre,high-definition display and consumer electronic. Curious about how it performs in real-world scenarios?Let's discuss how we can help you overcome your specific design challenges. #HighFrequency #5GTechnology #SignalIntegrity #Leary #MaterialScience #Innovation #adhesivefilm #InsulationFilmMarket

KOEN’s SOSA-Aligned VPX Power Chassis in Action In dynamic defense environments—whether land, sea, or air—power flexibility and mission assurance are non-negotiable. Introducing KOEN’s Multi-Channel VPX Power Chassis—a ruggedized, configurable platform designed to deliver precision power where it’s needed most. Key Highlights: - Pre-qualified power modules tailored to your mission profile. - Customer-Defined and All Isolated Outputs: Configure output channels, enclosure dimensions, and connectivity. - Outputs can be trimmed via serial communication. - Conformal coated. - Flexible Input Options: Supports DC input or 3Ph 115VAC with conversion to 28VDC. - Thermal Management: Choose between fan-cooled or liquid-cooled systems. - Digital Communications. - Designed to meet customers' requirements for multi-channel land, sea, or air requirements, higher power VPX systems, and SOSA VPX Power chassis. - Channels can be configured in series for higher voltage outputs or in parallel for higher power channels. - Bespoke VPX backplane design capability tailored to customer needs. - Vertically integrated from electronics/mechanical design to manufacturing. Scalable, deployable, and mission-ready. By watching the video, you can see how KOEN redefines high-reliability power systems. www.koenpower.com #KOEN #VpxPowerSupply #SosaAlignedVpx #PowerConversion #DefenseEngineering

Honeywell SL353 Series Micropower Digital Hall Effect Sensors What makes our sensors better? Energy efficient - Supply voltage as low as 2.2 Vdc, combined with very low average current (1.8 μA typ. for SL353LT the lowest in its class), reduces power consumption, provides extended battery life, and promotes energy efficiency. Push-pull output does not require external pull-up resistor - Simplifies interface with common electrical circuits and likely reducing PCB (Printed Circuit Board) space and costs to the customer. Non-chopper stabilized design - Does not utilize chopper stabilization, eliminating the noise generated by products using this technique. Customers do not need filters to eliminate the chopper noise, helping to reduce PCB (Printed Circuit Board space, part counts, and costs for the application) https://lnkd.in/g-v_86UW

⚠️ Cracking happens. And not just in materials—in the thermal path of power electronics. As devices push for more power density and tougher cycles, thermal fatigue of solder layers becomes a leading failure mechanism in multi-chip modules (like IGBT power modules). But detecting those hidden cracks early? That’s been the tricky part… until now. Using Simcenter Micred Power Tester with structure function analysis, engineers can now: ✅ Non-destructively track solder degradation ✅ Quantify thermal resistance growth over cycling ✅ Correlate thermal shifts to actual cracked areas ✅ Catch problems long before full failure The result? Faster decisions, fewer unnecessary teardowns, smarter reliability testing. It’s a huge leap forward in predictive testing for power semiconductors — and a game-changer for anyone designing for durability. Want to bring this to your power module testing? Let’s chat. Visit our website and contact us today! 👇 Engineers: What’s the sneakiest failure mode YOU ever uncovered in thermal cycling? #PowerElectronics #ThermalTesting #SimcenterMicred #PredictiveMaintenance #SolderFatigue #ReliabilityEngineering #PowerModules #IGBT #SmartTesting #ADTSystems #SiemensPartner

When electronic systems fail, heat is often the silent culprit. As devices become more compact and more capable, managing that heat has become a common thread that connects every design decision in modern PCB development. The good news? New materials, smarter modeling tools, and increasingly connected workflows are making thermal management more precise, more predictable, and more integrated than ever before. Learn more: https://bit.ly/3Vf3twP #octopart #thermalmanagement #electronicsdesign #modelingtools

PMK launches ENVI® P(U)HT Probes for Extreme Temperatures up to +200 °C. PMK is expanding its ENVI® P(U)HT series, ENVIronmental Probes for (Ultra) High Temperatures, with new models that operate reliably up to +200 °C. Building on the proven +155 °C versions, the ENVI® PUHT now sets a new benchmark for passive probing under the harshest environmental conditions. Engineers can depend on precise signal acquisition across an unmatched temperature span of −55 °C to +200 °C, with bandwidths up to 500 MHz. Even inside climate chambers or under severe thermal cycling, these probes deliver high fidelity measurements without active circuitry or compensation. Unique values:  🌡️ Unmatched temperature span: −55 °C to +200 °C  📶 High bandwidth: up to 500 MHz for precise signal acquisition  🔌 Passive architecture: no active circuitry, no compromise in accuracy Applications across industries: Automotive: endurance and functional testing of ECUs, inverters, sensors, and BMS under extreme cycles Power electronics & industrial: safe signal acquisition on power modules, gate drivers, converters during thermal stress tests Research & education: ideal for material studies, sensor development, or high-speed digital analysis in controlled environments Aerospace, railway, energy: robust solutions for safety-critical systems exposed to extreme conditions Engineered for precision. All ENVI® P(U)HT models feature special components and PMK’s patented coaxial design, guaranteeing stable performance across the full temperature range. Automatic Read-Out (RO) detection at the BNC connector ensures instant oscilloscope scaling, while a versatile accessory range supports safe contact even in setups with condensation or high humidity. Measure where others can’t. Whether validating a powertrain at +200 °C, testing a converter during cold start at −55 °C, or running thermal cycling in R&D, the ENVI® P(U)HT probes provide unmatched flexibility, robustness, and precision, built for engineers who push the limits of what can be measured. PMK. Probing Solutions. World-wide. www.pmk.de https://lnkd.in/eaC7sUdF #ExtremeProbing #PMK #ENVI #climatechamber #temperaturetesting

Excited to share Powerway’s latest innovation in intelligent electronic control debugging systems! 🚀 As someone deeply involved in overseas PV projects, I know how much time traditional debugging can consume. With Powerway’s new solution, setup becomes faster, smarter, and far more efficient—helping clients save valuable on-site time and reduce costs. Looking forward to bringing this technology to more projects in the UK market. 🌍 #SolarEnergy #PV #Innovation #SmartSolutions #SolarMountingSystems #SolarRacking #PVMounting #SolarTracking #SolarStructures #Powerway #PVsystem