conducting polymer

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conducting polymer

[kən′dək·tiŋ ′päl·ə·mər]
(materials)
A plastic having high conductivity, approaching that of metals.
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Osaka, Japan - Panasonic Corporation announced today that its Industrial Solutions Company has commercialized the new ZKU series of large-capacitance conductive polymer hybrid aluminum electrolytic capacitors for use in automotive ECUs (electronic control units), etc.
Many battery modules still use metal for thermal management, and since most modules use many repeating structures internally, weight savings from replacing metal with a thermally conductive polymer adds up quickly."
[USPRwire, Tue Mar 19 2019] The study titled "Global Conductive Polymer Market "is launched by Adroit Market Research in December 2018.
[ClickPress, Thu Mar 14 2019] The study titled "Global Conductive Polymer Market "is launched by Adroit Market Research in December 2018.
Due to much lower equivalent series resistance (ESR) and more benign failure mode than the incumbent MnO2-cathode technology, conductive polymer tantalum capacitors are expanding their market share in both the commercial world and military world.
Panasonic has launched the industry's first surface-mounted conductive polymer hybrid aluminum electrolytic capacitor which is only 6.3 mm in diameter and achieves resistivity of 30G high vibration acceleration.
Patent 9,714,370 (July 25, 2017), "Solvent Assisted Processing to Control the Mechanical Properties of Electrically and/or Thermally Conductive Polymer Composites," Randy A.Mrozek and Joseph L.
Filling metal and the intrinsic conducting polymers have incomparable advantages with respect to the type of conductive polymer materials, since the beginning of the 21st century has become the most active topic in the field of materials research, molding process and hybrid filling on the electrical conductivity and mechanical properties of composite materials research is currently filled conductive polymer materials research focus.
Due to the combination of both materials, when bent, the electrical conductivity is greater all in all than in a layer made purely of conductive polymer or a layer made purely of metal nanoparticles.
By utilizing an organic conductive polymer as the cathode plate of the capacitor, this technology results in low ESR, high ripple current capability, and improved capacitance retention at high frequency.