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Würth Elektronik Watts Up Podcast

Each week, we're seeing what's up in the world of electronic and electromechanical components and PCB design.

Podcast · By Wurth Elektronik Team · English · Official site

Indexed episodes, last 90 days
3
Latest publication
Aug 28, 2026
Audience
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Earliest in this view
Jul 31, 2026
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Latest episodes

  1. Episode · Aug 28, 2026

    [AUDIO ONLY!!]- Mission: Impedance- Hybrid Capacitor Protocol (opens the original)

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    When a DC/DC output stage needs bulk capacitance, aluminum electrolytic capacitors are often the default choice. But what happens when ripple current pushes you into paralleling multiple capacitors, lifetime calculations come up short, or ESR becomes the design problem instead of the design solution? While electrolytic caps struggle with ESR and lifetime, and polymer trades those problems for leakage and vibration concerns, there is a third option you may be overlooking This episode explains how

  2. Episode · Aug 28, 2026

    Mission: Impedance- Hybrid Capacitor Protocol (opens the original)

    Episode notes

    Read excerpt

    When a DC/DC output stage needs bulk capacitance, aluminum electrolytic capacitors are often the default choice. But what happens when ripple current pushes you into paralleling multiple capacitors, lifetime calculations come up short, or ESR becomes the design problem instead of the design solution? While electrolytic caps struggle with ESR and lifetime, and polymer trades those problems for leakage and vibration concerns, there is a third option you may be overlooking This episode explains how

  3. Episode · Jul 31, 2026

    Bridge Over Troubled Current- Why PFC Exists in the First Place (opens the original)

    Episode notes

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    In this episode, we break down what Power Factor Correction (PFC) is actually doing inside an offline power supply. We will explain why bridge-rectifier front ends create distorted input current, how active boost PFC reshapes that waveform, and what engineers need to know about conduction modes, interleaving, EMI filters, and modern wide-bandgap topologies. It also connects classic PFC design practice with newer digital-control approaches in advanced energy systems. RELATED SOLUTIONS: Wurth Elek

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