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    Samsung Electro-Mechanics CL05Z106MS66PN automotive MLCC illustration with a rectangular ceramic body and metal end terminations

    Samsung Adds 0402 10 µF X7T MLCC for ADAS Power Rails

    Bourns PTVS03-450E-H power TVS diode in a surface-mount DFN package

    Bourns Releases 450 V Power TVS for DC Bus Clamping

    MLCC construction image

    Samsung Electro-Mechanics Patent Targets to Reduce Moisture and Cracks in High-Capacity MLCCs

    Samsung Electro-Mechanics MFC molded frame ceramic capacitor with epoxy encapsulation and external metal frame

    Samsung 100V Molded Frame MLCC Targets 48V AI Server PSUs

    SCHURTER EKO square-body DC fuse variants with ceramic bodies and different metal terminal arrangements

    SCHURTER EKO DC Fuses Extend to 1500 V and 2000 A

    illustration of packaged SMD power inductors on a four-wire cryogenic characterization board

    Cryogenic SMD Inductors at 4 K: Low DCR, Persistent AC Loss

    Wk 43 Electronics Supply Chain Digest

    TDK M704 and M705 NTC temperature sensors with a leaded plastic housing and metal-tag ring-lug assembly

    TDK M704 and M705 NTC Sensors for High-Voltage Power Systems

    Conceptual illustration for Modelithics COMPLETE 26.5 showing RF capacitors, inductors and resistors on a microwave PCB.

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    Samsung Electro-Mechanics CL05Z106MS66PN automotive MLCC illustration with a rectangular ceramic body and metal end terminations

    Samsung Adds 0402 10 µF X7T MLCC for ADAS Power Rails

    Bourns PTVS03-450E-H power TVS diode in a surface-mount DFN package

    Bourns Releases 450 V Power TVS for DC Bus Clamping

    MLCC construction image

    Samsung Electro-Mechanics Patent Targets to Reduce Moisture and Cracks in High-Capacity MLCCs

    Samsung Electro-Mechanics MFC molded frame ceramic capacitor with epoxy encapsulation and external metal frame

    Samsung 100V Molded Frame MLCC Targets 48V AI Server PSUs

    SCHURTER EKO square-body DC fuse variants with ceramic bodies and different metal terminal arrangements

    SCHURTER EKO DC Fuses Extend to 1500 V and 2000 A

    illustration of packaged SMD power inductors on a four-wire cryogenic characterization board

    Cryogenic SMD Inductors at 4 K: Low DCR, Persistent AC Loss

    Wk 43 Electronics Supply Chain Digest

    TDK M704 and M705 NTC temperature sensors with a leaded plastic housing and metal-tag ring-lug assembly

    TDK M704 and M705 NTC Sensors for High-Voltage Power Systems

    Conceptual illustration for Modelithics COMPLETE 26.5 showing RF capacitors, inductors and resistors on a microwave PCB.

    Modelithics COMPLETE 26.5 Adds RF Passive Models for AWR

    Trending Tags

    • Ripple Current
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    • Tantalum vs Ceramic
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Würth Elektronik Webinar: How to Optimize the Power Inductor using Reference Design – Analog Devices and WE Webinar

1.12.2020
Reading Time: 1 min read
A A

A reference design almost never fits completely. We will discuss some of the commonly encountered pitfalls when adapting reference designs to your own needs.

For example: max current vs current limit, Switching frequency vs. efficiency and/or Noise, input/output voltage range, and so on. Here as well we will show the impact using simulation tools.

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From a magnetics point of view we are going to look at how to optimize the power inductor while using an reference design so that it is the best fit for your application. We are going to look at the different constructions methods and their impact on efficiency, size and cost.

After this Webinar you will have a better understanding of the impact of choosing different inductors on your design so that you feel comfortable optimizing the choice for your application requirements.

Related

Source: Würth Elektronik

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