Development of high temperature capacitors for high density, high temperature applications

Patricia C. Irwin; Daniel Qi Tan; Yang Cao; Norberto Silvi; Mark Carter; Mark Rumler; Christophe Garet

doi:10.4271/2008-01-2851

Development of high temperature capacitors for high density, high temperature applications

Patricia C. Irwin^*, Daniel Qi Tan, Yang Cao, Norberto Silvi, Mark Carter, Mark Rumler, Christophe Garet

^*Corresponding author for this work

Research output: Contribution to journal › Conference article › peer-review

1 Scopus citations

Abstract

A number of alternative capacitor technologies have been studied and high-temperature extruded polymer film capacitors hold the promise to meet the critical needs for temperature, energy density, reliability, cost and availability. Polymer resins capable of continuous use up to 200°C can be extruded into very thin films thereby permitting higher capacitor operating temperatures, higher energy density and improved cost structure compared to films manufactured by solvent casting processes. Studies of polymeric resins have shown that high-engineered polyetherimides show great promise for use as dielectric capacitor films. Polyetherimides can be melt extruded into thin films providing a low cost, environmentally friendly dielectric material. Discussions of the results of melt extrusion, metallization, and winding into electrostatic polyetherimide film capacitors will be given comparing and contrasting the results to other electrostatic film capacitor designs.

Original language	English
Journal	SAE Technical Papers
DOIs	https://doi.org/10.4271/2008-01-2851
State	Published - 2008
Externally published	Yes
Event	Power Systems Conference - Bellevue, WA, United States Duration: 11 Nov 2008 → 13 Nov 2008

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title = "Development of high temperature capacitors for high density, high temperature applications",

abstract = "A number of alternative capacitor technologies have been studied and high-temperature extruded polymer film capacitors hold the promise to meet the critical needs for temperature, energy density, reliability, cost and availability. Polymer resins capable of continuous use up to 200°C can be extruded into very thin films thereby permitting higher capacitor operating temperatures, higher energy density and improved cost structure compared to films manufactured by solvent casting processes. Studies of polymeric resins have shown that high-engineered polyetherimides show great promise for use as dielectric capacitor films. Polyetherimides can be melt extruded into thin films providing a low cost, environmentally friendly dielectric material. Discussions of the results of melt extrusion, metallization, and winding into electrostatic polyetherimide film capacitors will be given comparing and contrasting the results to other electrostatic film capacitor designs.",

author = "Irwin, {Patricia C.} and Tan, {Daniel Qi} and Yang Cao and Norberto Silvi and Mark Carter and Mark Rumler and Christophe Garet",

year = "2008",

doi = "10.4271/2008-01-2851",

language = "英语",

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note = "Power Systems Conference ; Conference date: 11-11-2008 Through 13-11-2008",

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AU - Irwin, Patricia C.

AU - Tan, Daniel Qi

AU - Cao, Yang

AU - Silvi, Norberto

AU - Carter, Mark

AU - Rumler, Mark

AU - Garet, Christophe

PY - 2008

Y1 - 2008

N2 - A number of alternative capacitor technologies have been studied and high-temperature extruded polymer film capacitors hold the promise to meet the critical needs for temperature, energy density, reliability, cost and availability. Polymer resins capable of continuous use up to 200°C can be extruded into very thin films thereby permitting higher capacitor operating temperatures, higher energy density and improved cost structure compared to films manufactured by solvent casting processes. Studies of polymeric resins have shown that high-engineered polyetherimides show great promise for use as dielectric capacitor films. Polyetherimides can be melt extruded into thin films providing a low cost, environmentally friendly dielectric material. Discussions of the results of melt extrusion, metallization, and winding into electrostatic polyetherimide film capacitors will be given comparing and contrasting the results to other electrostatic film capacitor designs.

AB - A number of alternative capacitor technologies have been studied and high-temperature extruded polymer film capacitors hold the promise to meet the critical needs for temperature, energy density, reliability, cost and availability. Polymer resins capable of continuous use up to 200°C can be extruded into very thin films thereby permitting higher capacitor operating temperatures, higher energy density and improved cost structure compared to films manufactured by solvent casting processes. Studies of polymeric resins have shown that high-engineered polyetherimides show great promise for use as dielectric capacitor films. Polyetherimides can be melt extruded into thin films providing a low cost, environmentally friendly dielectric material. Discussions of the results of melt extrusion, metallization, and winding into electrostatic polyetherimide film capacitors will be given comparing and contrasting the results to other electrostatic film capacitor designs.

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JO - SAE Technical Papers

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ER -

Development of high temperature capacitors for high density, high temperature applications

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