Intrinsic Stand-off Ratio in Silicon Controlled Rectifier Formulas

Intrinsic stand-off ratio UJT as Oscillator is defined as the ratio of emitter base 1 resistance to the total emitter base junctions resistances. And is denoted by η.

Formulas to find Intrinsic Stand-off Ratio in Silicon Controlled Rectifier

fxIntrinsic Stand-off Ratio for UJT based Thyristor Firing CircuitGo

Silicon Controlled Rectifier formulas that make use of Intrinsic Stand-off Ratio

fxTime Period for UJT as Oscillator Thyristor Firing CircuitGo

fxFrequency of UJT as Oscillator Thyristor Firing CircuitGo

fxFiring Angle of UJT as Oscillator Thyristor Firing CircuitGo

List of variables in Silicon Controlled Rectifier formulas

fx Emitter Resistance Base 1 Go

fx Emitter Resistance Base 2 Go

FAQ

What is the Intrinsic Stand-off Ratio?

Intrinsic stand-off ratio UJT as Oscillator is defined as the ratio of emitter base 1 resistance to the total emitter base junctions resistances.

Can the Intrinsic Stand-off Ratio be negative?

{YesorNo}, the Intrinsic Stand-off Ratio, measured in {OutputVariableMeasurementName} {CanorCannot} be negative.

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