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Suprem III - Stanford Technology CAD Home Page

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-34-<br />

<strong>Suprem</strong>-<strong>III</strong> User´s Manual<br />

PAR.H.E Num The activation energy of the parabolic oxidation rate for temperatures<br />

above the breakpoint set by P.BREAKP.<br />

(unit: electron volts.)<br />

(default: the current value.)<br />

(synonym: )<br />

PAR.L.0 Num The pre-exponential constant of the parabolic oxidation rate for temperatures<br />

below the breakpoint set by P.BREAKP.<br />

(unit: micronsˆ2/minute.)<br />

(default: the current value.)<br />

(synonym: )<br />

PAR.L.E Num The activation energy of the parabolic oxidation rate for temperatures below<br />

the breakpoint set by P.BREAKP.<br />

(unit: electron volts.)<br />

(default: the current value.)<br />

(synonym: )<br />

PAR.PDEP Num The pressure dependence factor for the parabolic oxidation rate.<br />

(unit: )<br />

(default: the current value.)<br />

(synonym: )<br />

PRESSURE Num The default ambient pressure.<br />

(unit: atmospheres.)<br />

(default: the current value.)<br />

(synonym: )<br />

THINOX.0 Num The pre-exponential constant of the thin oxide growth rate parameter.<br />

(unit: microns/minute.)<br />

(default: the current value.)<br />

(synonym: )<br />

THINOX.E Num The activation energy of the thin oxide growth rate parameter.<br />

(unit: electron volts.)<br />

(default: the current value.)<br />

(synonym: )<br />

THINOX.L Num The characteristic length of the thin oxide growth rate parameter.<br />

(unit: microns.)<br />

(default: the current value.)<br />

(synonym: )<br />

Log Specifies that the linear growth rate and thin oxide growth rate parameters<br />

apply to orientation silicon.<br />

(unit: )<br />

(default: false.)<br />

(synonym: )<br />

Log Specifies that the linear growth rate and thin oxide growth rate parameters<br />

apply to orientation silicon.<br />

(unit: )<br />

(default: false.)<br />

(synonym: )<br />

Log Specifies that the linear growth rate and thin oxide growth rate parameters<br />

apply to orientation silicon.<br />

(unit: )<br />

(default: false.)

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