(Default = 0).ī-E built-in potential (in Volts). (Default = 0).ī-E zero-bias depletion capacitance (in Farads). (Default = 0).Ĭollector resistance (in Ohms). (Default = RB).Įmitter resistance (in Ohms). Minimum base resistance at high currents (in Ohms). (Default = 0).Ĭurrent where base resistance falls halfway to it minimum value (in Amps). (Default = 0).ī-C leakage emission coefficient (Default = 2). (Default = infinite).ī-C leakage saturation current (in Amps). (Default = infinite).Ĭorner for reverse beta high current roll-off (in Amps). Reverse current emission coefficient (Default = 1). Ideal maximum reverse beta (Default = 1). (Default = 0).ī-E leakage emission coefficient (Default = 1.5). (Default = infinite).ī-E leakage saturation current (in Amps). (Default = infinite).Ĭorner for forward beta high current roll-off (in Amps). Ideal maximum forward beta (Default = 100).įorward current emission coefficient (Default = 1).įorward Early voltage (in Volts). The following is a list of parameters that can be stored in the associated model file: If no value is specified, the default value assigned to TEMP on the SPICE Options page of the Analyses Setup dialog will be used (Default = 27). Temperature at which the device is to operate (in Degrees Celsius). Time-zero voltage across collector-emitter terminals (in Volts). Time-zero voltage across base-emitter terminals (in Volts). Set to OFF to set terminal voltages to zero during operating point analysis. This setting affects a number of parameters in the model.

Specifies the number of equivalent parallel devices of the specified model. To access this dialog, simply double-click on the entry for the simulation model link in the Models region of the Component Properties dialog. The following component-level parameters are definable for this model type and are listed on the Parameters tab of the Sim Model dialog. Q SPICE Netlist Template %1 %2 %3 &'AREA FACTOR' &'STARTING CONDITION' ?'INITIAL B-E B-E VOLTAGE', C-E VOLTAGE'| Parameters (definable at component level)

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