英語 での Conductive polymer の使用例とその 日本語 への翻訳
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With the increase in the range of rated voltage as described above, the product will be able to make the breakthrough into a wide range of circuits in addition to circuits that already make use of the conductive polymer aluminum solid electrolytic capacitor.
Development of the PCR series was based on the existing PCX series, and aimed for higher capacitance and optimization of conductive polymer formation, part structure, and materials design with the goal of smaller size and higher capacitance.
Fig.2 Low temperature ESR characteristics comparison"PHV series" The PHV series is a surface mount conductive polymer aluminum electrolytic capacitor(hybrid type) which uses a conductive polymer as the electrolyte and adds a unique functional liquid in lieu of traditional wet type electrolyte.
In addition, the ion conduction capacity for typical aluminum electrolytic capacitors falls at low temperatures, resulting in an increase in resistance; on the other hand, electronic-conducting conductive polymer aluminum solid electrolytic capacitors are able to maintain a stable level of resistance even at low temperatures.
In the automotive onboard electronics field, ECU* miniaturization and space saving requires products compatible with high heat resistance and high allowable ripple currents are in demand. The PCH series of high temperature chip-type conductive polymer aluminum solid electrolytic capacitors were developed to meet these requirements.
Conductive polymer aluminum solid electrolytic capacitors are characterized by the high conductivity and heat resistance of the conductiive polymer electrolyte. This allows them superior ESR in high frequency ranges, as well as a broad temperature range, high reliability and superior permissible ripple voltage.
By utilizing the merits of the conductive polymer aluminum solid electrolytic capacitor, we have created a product that serves as a solution that can meet market demands. *1: The 6.3 product guarantees 1,500 hours 2 High voltage resistance The rated voltage for a typical aluminum electrolytic capacitor is established by the voltage resistance of the dielectric and the voltage resistance of the electrolytic solution.
Conductive polymer aluminum solid electrolytic capacitor(hybrid type) uses conductive polymer and unique functional liquid in combination so that it has much lower ESR and higher compatibility with ripple current than conventional non-solid aluminum electrolytic capacitor. In addition, it has excellent features that the frequency characteristics are stable up to the extremely low temperature range and ESR change with time at high temperature use is very small.
Conductive polymers are now widely known as a Nobel Prize-winning technology.
The system uses conductive polymers for the water electrolysis.
Through a review of our manufacturing processes, we have made improvements to the methods of creating conductive polymers.
Sumitomo Chemical started development of conductive polymers(MITI project).
Many of conductive polymers, which are candidates for organic semiconductors, have a structure where double and single bonds are alternatively arranged.
A concentrating solar cell that uses a concentrating lens(Fresnel lens) was used for the solar cell, and for the water electrolysis conductive polymers were used instead of an aqueous solution for the electrolytes. As a result, it exhibited an energy conversion efficiency that surpassed that of hydrogen generation from sunlight using conventional photo-catalysts 10% or less.
(Conductive polymer hybrid type).
Conductive polymer hybrid aluminum electrolytic capacitor.
The base of Denatron is a conductive polymer.
Conductive polymer aluminum solid electrolytic capacitors(PZ-CAP).
First commercialized conductive polymer tantalum capacitor in the world.
Winding type conductive polymer aluminum electrolytic capacitors(PZ-CAP) Catalog.