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a) Model of the specific capacitance and energy density for the MAL capacitors assuming a 20 nm dielectric thickness of either Al:HfO2 or Pb(Hf,Ti)O3 simulated on a range of specific areas corresponding to conventional, commercially available foams through the top values found in literature. b) The nominal fabrication scheme for the MAL capacitor. Source: Energy Technology Journal https://doi.org/10.1002/ente.202400956

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    Positive Market Sentiment Falls in September 2024 ECIA NA Electronic Components Survey

    Wk 41 Electronics Supply Chain Digest

    Smoltek’s New Zapping Method Accelerates CNF-MIM Capacitors Development

    a) Model of the specific capacitance and energy density for the MAL capacitors assuming a 20 nm dielectric thickness of either Al:HfO2 or Pb(Hf,Ti)O3 simulated on a range of specific areas corresponding to conventional, commercially available foams through the top values found in literature. b) The nominal fabrication scheme for the MAL capacitor. Source: Energy Technology Journal https://doi.org/10.1002/ente.202400956

    Researchers Demonstrated ALD-Based Antiferroelectric-Coated Metal Foam Infiltrated with Liquid Metal as a Dielectric Capacitor

    Supercapacitor Benefits in Backup Power and Load Management Applications

    TDK Expanded CeraLink MLCC Ceramic Capacitors to 900 V for EV Applications

    Bourns Unveils New High Current Gas Discharge Tube Circuit Protection

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    Positive Market Sentiment Falls in September 2024 ECIA NA Electronic Components Survey

    Wk 41 Electronics Supply Chain Digest

    Smoltek’s New Zapping Method Accelerates CNF-MIM Capacitors Development

    a) Model of the specific capacitance and energy density for the MAL capacitors assuming a 20 nm dielectric thickness of either Al:HfO2 or Pb(Hf,Ti)O3 simulated on a range of specific areas corresponding to conventional, commercially available foams through the top values found in literature. b) The nominal fabrication scheme for the MAL capacitor. Source: Energy Technology Journal https://doi.org/10.1002/ente.202400956

    Researchers Demonstrated ALD-Based Antiferroelectric-Coated Metal Foam Infiltrated with Liquid Metal as a Dielectric Capacitor

    Supercapacitor Benefits in Backup Power and Load Management Applications

    TDK Expanded CeraLink MLCC Ceramic Capacitors to 900 V for EV Applications

    Bourns Unveils New High Current Gas Discharge Tube Circuit Protection

    KYOCERA AVX Releases Award-Winning Ultra-Wideband LDS Tulip Antenna

    Modelithics and Signal Edge Solutions Partnership to Advance Signal and Power Integrity Modeling

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    • Leakage Current
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    Overvoltage Protection Selection Guidelines: TVS Diodes, MOVs, and ESD MOV Varistors

    DC BIAS Voltage Dependence of Ferroelectric Class 2 MLCC Multilayer Ceramic Capacitors

    EMI Explanation

    How to Implement Protection and Power Management ICs for Supercapacitors

    How to Improve Efficiency of Back Converter at Low Power Using Controlled Inductor.

    Aging of Molded Inductors; WE video

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    Potential Benefits and Limitations of Amorphous Core for APFC inductors

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MLCC Case Size Impact to Parameters

2.6.2022
Reading Time: 1 min read
A A

prof. Sam Ben-Yaakov in his video evaluates the effect of MLCC ceramic capacitors case size to its electrical parameters.

The video shows impact of various case size to capacitance vs DC BIAS, ESR or different manufacturers.

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Source: Sam Ben-Yaakov

Recent Posts
Market & Supply Chain

Positive Market Sentiment Falls in September 2024 ECIA NA Electronic Components Survey

14.10.2024
6
Capacitors

Smoltek’s New Zapping Method Accelerates CNF-MIM Capacitors Development

11.10.2024
23
a) Model of the specific capacitance and energy density for the MAL capacitors assuming a 20 nm dielectric thickness of either Al:HfO2 or Pb(Hf,Ti)O3 simulated on a range of specific areas corresponding to conventional, commercially available foams through the top values found in literature. b) The nominal fabrication scheme for the MAL capacitor. Source: Energy Technology Journal https://doi.org/10.1002/ente.202400956
Capacitors

Researchers Demonstrated ALD-Based Antiferroelectric-Coated Metal Foam Infiltrated with Liquid Metal as a Dielectric Capacitor

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Capacitors

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