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Capacitors / Electronic test equipment / Measuring instruments / Electrical components / Energy storage / Capacitance / Uncertainty / Resistor / Test probe / Electromagnetism / Physics / Technology


Uncertainty Analysis for Four Terminal-Pair Capacitance and Dissipation Factor
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Document Date: 2014-01-31 12:41:36

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City

Washington / DC / Albuquerque / Oldham / /

Company

Hewlett-Packard Japan / Yokogawa-HewlettPackard Ltd. / U.S. Electronics / Four-Terminal-Pair Networks / Standards Laboratories / Electrical Engineering Laboratory / Suzuki / /

Country

United States / /

Facility

Terminal Pair Capacitance Standards / Nile M. Oldham Electricity Division National Institute of Standards / Terminal Pair Capacitors / National Institute of Standards and Technology / /

IndustryTerm

circuit solution / Software simulations / manufacturing / mathematical extrapolation algorithm / regression algorithm / /

Organization

Nile M. Oldham Electricity Division National Institute of Standards and Technology† Gaithersburg / National Institute of Standards and Technology / United States Naval Academy / Electricity Division / NIST SP / Technology Administration / U.S. Department of Commerce / National Bureau of Standards / U.S. Government / NIST Calibration Service for Capacitance Standards / /

Person

Toshiaki Aoki / Svetlana Avramov-Zamurovic / Bryan C. Waltrip / Katsumi Yokoi / Andrew D. Koffman / /

Position

leader of the group / R.N. / /

ProgrammingLanguage

DC / /

ProvinceOrState

New Mexico / Maryland / British Columbia / /

Technology

mathematical extrapolation algorithm / CFCP algorithm / dielectric / Regression Algorithm / /

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