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DTSTART;TZID=Europe/Prague:20261201T160000
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SUMMARY:Developing low-noise mixed-signal systems
DESCRIPTION:Developing low-noise mixed-signal systems\nFree Würth Elektronik Webinar on December\, 1st 2026 with live Q&A \n\nPower supply as part of the signal chain \n\n\n\n\nThe quality of the power supply is crucial to the performance of mixed-signal systems. Noise\, ripple and transient disturbances can impair signal quality via limited PSRR\, common-mode impedances\, parasitic couplings and reference voltages\, leading to jitter\, drift or system instabilities. \nIn this 60-minute webinar\, Dr. Heinz Zenkner and Michael Zenkner use a practical reference design to show you how to develop highly stable\, low-noise and EMC-compliant power supplies. \nWhat to expect in this webinar: \n\nStructure and coordinate power\, digital\, analog and reference supplies effectively\nSelect and combine DC/DC converters\, LDOs\, filtering and decoupling concepts appropriately\nUnderstand the impact of PSRR\, ripple\, load transients and return current paths on signal quality and stability\nAvoid common errors in PCB layout\, grounding and unwanted coupling\nImplement soft start\, power sequencing and brownout protection reliably\nEvaluate noise\, ripple and coupled interference through measurement\nGet your questions answered in a live Q&A session with the presenters\n\nGain practical approaches to identify critical interference mechanisms at an early stage and build robust\, low-noise systems. This webinar is aimed at developers and system engineers with at least two years of professional experience. The content can be applied directly to applications such as sensors\, test and measurement equipment\, embedded systems and audio amplifiers.
URL:https://passive-components.eu/event/developing-low-noise-mixed-signal-systems/
LOCATION:virtual
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DTSTART;TZID=Europe/Prague:20261208T160000
DTEND;TZID=Europe/Prague:20261208T170000
DTSTAMP:20261026T083456Z
CREATED:20261026T083456Z
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SUMMARY:WE-CCMF: Design Principles\, Layout Guidelines and Measurement Results for High-Speed EMI Filtering
DESCRIPTION:WE-CCMF: Design Principles\, Layout Guidelines and Measurement Results for High-Speed EMI Filtering\nFree Würth Elektronik Webinar on December 08\, 2026 \nHigh-speed differential interfaces such as USB\, HDMI\, DisplayPort and MIPI generate common-mode noise that overlaps with critical wireless bands at 2.4 GHz and 5 GHz. \nThis webinar introduces the WE-CCMF\, a ceramic common mode filter based on multilayer LTCC technology\, designed to suppress common-mode EMI while maintaining differential signal integrity at data rates up to 10 Gbps. The presentation covers the underlying design principles\, the influence of PCB layout on filter performance\, and measurement results including S-parameter characterization and eye diagram analysis across multiple part numbers and layout configurations. \nAttendees will leave with the practical knowledge to select the right WE-CCMF variant for their application and to integrate it effectively into their PCB layout – reducing design iterations and helping to achieve EMC compliance with confidence.
URL:https://passive-components.eu/event/we-ccmf-design-principles-layout-guidelines-and-measurement-results-for-high-speed-emi-filtering/
LOCATION:virtual
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