Design, Development and Manufacture of High Reliability Computer Grade Miniature Capacitors Final Report, 30 Jun. 1964 - 18 Sep. 1965
Electrical properties of high reliability computer grade miniature capacitors
ELECTRIC PROPERTY↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Electronic component parts reliability evaluation test - Ceramic capacitors, tubular and flat Final report
Reliability tests on tubular and flat miniature ceramic capacitors for spacecraft applications
CERAMICS↗
Capacitor screening evaluation test program Final report
Test program to evaluate screening effects on fixed ceramic dielectric low voltage capacitors from failure and parameter degradation data
FAILURE MODE↗
Ceramic capacitor accelerated life test program Final report
Spacecraft component ceramic capacitor life tests and failure modes
CERAMICS↗
High dielectric constant thin film capacitor materials study Interim report
Ferroelectric materials and antiferroelectricity for study of thin film capacitor with high dielectric constant
ANTIFERROELECTRICITY↗
Capacitor failure rate determination test Quarterly progress report, period ending Dec. 1965
Life testing and reliability engineering of film-foil polycarbonate capacitors for static convertors and inverters
POLYCARBONATE↗
The design of large steerable arrays using voltage-variable capacitors Status report, Oct. 1, 1965 - Mar. 31, 1966
Design of rapidly steerable high resolution antenna array using voltage variable capacitors suitable for radio astronomy
ANTENNA ARRAY↗
The Plasma Capacitor in a Magnetic Field
Impedance computations for parallel plate and coaxial cylinder plasma capacitors in magnetic field
CAPACITOR↗
Coaxial capacitor measures fluid density.
Coaxial capacitor for measuring density of fluids in both liquid and gaseous phase over wide range of temperatures and pressures
LIQUID FLOW↗
Energy storage capacitors for pulsed plasma thrusters.
Energy storage film capacitors for pulsed plasma thrustors developed for coaxial plasma gun and pulsed arc gun
ENERGY STORAGE DEVICE↗
Breakdown in vacuum deposited thin film silicon monoxide capacitors Supplement to final report
Thin film silicon monoxide capacitor vacuum deposition and intact removal from substrate to study breakdown characteristics
THIN FILM↗
Study high dielectric constant thin film capacitor materials Final report
High vacuum approach for high dielectric constant thin film capacitor fabrication to reduce microcircuit size
THIN FILM↗
Fourier analysis of commutated-capacitor-type integrator output signal.
Fourier analysis of amplifier commutated capacitor type integrator output signal
SIGNAL ANALYSIS↗
Breakdown conduction in Al-SiO-Al capacitors.
Destructive breakdown conduction in aluminum- silicon oxide-aluminum capacitors, discussing voltage threshold, etc
THRESHOLD CURRENT↗
Charge storage in metal-silicon nitride-silicon capacitors.
Metal-silicon nitride-silicon /MNS/ capacitor charge storage variation with temperature and time
TIME FUNCTION↗
Embedded Resistors and Capacitors in Organic and Inorganic Substrates
Embedded resistors and capacitors were purchased from two technology; organic PWB and inorganic low temperature co-fire ceramic (LTCC). Small groups of each substrate were exposed to four environmental tests and several characterization tests to evaluate their performance and reliability. Even though all passive components maintained electrical performance throughout environmental testing, differences between the two technologies were observed. Environmental testing was taken beyond manufacturers' reported testing, but general not taken to failure. When possible, data was quantitatively compared to manufacturer's data.
printed circuit board (PCB)↗
Characterization of Tantalum Polymer Capacitors
Overview Reviewed data Caution must be taken when accelerating test conditions Data not useful to establish an acceleration model Introduction of new failure mechanism skewing results Evidence of Anti-Wear-Out De-doping of polymer Decreased capacitance Increased ESR Not dielectric breakdown Needs further investigation Further investigation into tantalum polymer capacitor technology Promising acceleration model for Manufacturer A Possibility for use in high-reliability space applications with suitable voltage derating.
Voltage Acceleration↗
How to Characterize the Reliability of Ceramic Capacitors with Base-Metal Electrodes (BMEs)
The reliability of an MLCC device is the product of a time-dependent part and a time-independent part: 1) Time-dependent part is a statistical distribution; 2) Time-independent part is the reliability at t0, the initial reliability. Initial reliability depends only on how a BME MLCC is designed and processed. Similar to the way the minimum dielectric thickness ensured the long-term reliability of a PME MLCC, the initial reliability also ensures the long term-reliability of a BME MLCC. This presentation shows new discoveries regarding commonalities and differences between PME and BME capacitor technologies.
Ceramic Capacitors↗