OSCILLATION SUPPRESSION COMPONENT INVESTIGATION: CAPACITANCE AS A FUNCTION OF TEMPERATURE AND VOLTAGE MICHAEL GURR ME304 FALL 2012.

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Presentation transcript:

OSCILLATION SUPPRESSION COMPONENT INVESTIGATION: CAPACITANCE AS A FUNCTION OF TEMPERATURE AND VOLTAGE MICHAEL GURR ME304 FALL 2012

CERAMIC CAPACITORS Most widely used type of capacitor Two terminal, non-polar, passive device Fixed capacitor with ceramic material serving as a dielectric Composition of ceramic material determines dielectric properties Have rated voltage and temperature ranges (i.e. tolerances)

CAPACITANCE The ability of a body to store electric charge With linear thermal expansion defined by Factors in surface mount ceramic capacitance calculation include: Dissipation factor Dielectric withstanding voltage Insulation/Heat resistance Project will focus on the effects of temperature and sustained voltage on capacitance

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