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    Modeling Planar Magnetics Temperature: Practical Guidelines for Power Electronics Engineers

    YAGEO Releases Ferrite Shielded Power Inductors for High‑Density Designs

    Samsung Presents MLCC Selection Guide for Humanoids and Robotic Applications

    AI-Assisted Structural Diagnostics and Physics-Based Reliability Interpretation of Tantalum Capacitor Anodes

    YAGEO Introduces EMI Suppression High‑Current 3‑phase Common Mode Chokes

    KYOCERA AVX MIL-PRF-32535 BME NP0 MLCCs Approved to the DLA QPD

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    Transformer-Based Power-Line Harvester Magnetic Design

    Thermal Modeling of Magnetics

    Standard vs Planar LLC transformers Comparison for Battery Chargers

    How Modern Tools Model Magnetic Components for Power Electronics

    Advanced Loss Modeling for Planar Magnetics in the Frenetic Planar Tool

    2026 Power Magnetics Design Trends: Flyback, DAB and Planar

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    Modeling Planar Magnetics Temperature: Practical Guidelines for Power Electronics Engineers

    YAGEO Releases Ferrite Shielded Power Inductors for High‑Density Designs

    Samsung Presents MLCC Selection Guide for Humanoids and Robotic Applications

    AI-Assisted Structural Diagnostics and Physics-Based Reliability Interpretation of Tantalum Capacitor Anodes

    YAGEO Introduces EMI Suppression High‑Current 3‑phase Common Mode Chokes

    KYOCERA AVX MIL-PRF-32535 BME NP0 MLCCs Approved to the DLA QPD

    ECIA March 2026 Industry Pulse Points to Best Sales Climate in Five Years

    Vishay Releases 2-Way Wilkinson Divider / Combiner for 15–20 GHz RF Front Ends

    Wk 15 Electronics Supply Chain Digest

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    Transformer-Based Power-Line Harvester Magnetic Design

    Thermal Modeling of Magnetics

    Standard vs Planar LLC transformers Comparison for Battery Chargers

    How Modern Tools Model Magnetic Components for Power Electronics

    Advanced Loss Modeling for Planar Magnetics in the Frenetic Planar Tool

    2026 Power Magnetics Design Trends: Flyback, DAB and Planar

    Enabling Software‑Defined Vehicle Architectures: Automotive Ethernet and Zonal Smart Power

    Calculating Resistance Value of a Flyback RC Snubber 

    One‑Pulse Characterization of Nonlinear Power Inductors

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Peak Nano Installs Production Line for Innovative Capacitor Films

14.1.2022
Reading Time: 2 mins read
A A

Peak Nano Films, a U.S.-based nanotechnology company, commissioned a cast nanolayered innovative capacitor films line for processing a breakthrough dielectric film for capacitor applications.

With this new equipment from Davis-Standard, Peak Nano Films has moved into production to serve automotive, military, electrical grid and industrial capacitor markets.  

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Peak Nano Films’ modern dielectric film structure overcomes current technology challenges to provide longer capacitor life, higher temperature resistance, greater breakdown strength and a smaller footprint for capacitor designs. This includes two to four times the energy storage and temperatures up to 150 degrees Celsius (300 degrees Fahrenheit). As a result, capacitor producers benefit from additional design freedom and the potential for reducing systems costs for end-users. 

Peak Nano’s new nanolayered dielectric film for capacitors is the long-anticipated development that overcomes the challenges you face using the current polypropylene or PET film technologies. We’ve broken the traditional energy density and temperature performance constraints that have limited you for so long. With Peak Nano’s technology, you’ll see capabilities like this:

Peak Nanolayer Film Advantages; source: Peak Nano Film

Related

Source: Peak Nano Films

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