General Atomics Electronic Systems Inc. / Novel Ceramic Technologies / TPL Inc. / HP / Rafael De La Fuente TPL Inc. / TDK Corporation / /
Country
United States / /
IndustryTerm
material energy density / output energy / power applications / capacitor technology / pulsed power technologies / energy delivery system / stable energy storage / internal support hardware / energy storage / prototype device / energy storage density / pulse power systems / intrinsic material energy density / internal hardware / power law curve fits / nanocomposite dielectrics / composite material processing / compact energy storage / power capacitor technologies / high energy density / weapons systems / batch processing / representative failure site / energy density / capacitor technologies / power fast-discharge applications / formulated polymer resin systems / energy storage component / high energy / Typical energy densities / oil/paper/film/metal foil windings / assembly hardware / low cost manufacturing / intrinsic energy storage capability / stainless steel electrodes / thermal-setting resin systems / bank applications / secondary hardware / manufacturing process / /
Organization
U.S. Department of Defense / /
Person
Nathan Berg / Kirk Slenes / /
Position
representative / /
ProgrammingLanguage
DC / /
ProvinceOrState
New Mexico / California / /
Technology
pulsed power technologies / dielectric / high power capacitor technologies / capacitor technologies / capacitor technology / dielectric system / CAD / /
CERAMIC-POLYMER COMPOSITE CAPACITORS FOR COMPACT PULSED POWER APPLICATIONS Kirk Slenes, Nathan Berg and Rafael De La Fuente TPL Inc., 3921 Academy Parkway North NE Albuquerque, NM[removed], USA Abstract - The U.S. Depa