| Name | Description | Default Value | Range | Type
|
| NFET | Verilog-A parameter | 1 | from [1:1] | integer |
| PFET | Only NFET supported | 0 | from [0:0] | integer |
| W | Unused: gate width | -- | from (0:inf] | real |
| Ng | Unused: gate fingers | -- | from (0:inf] | real |
| Mode | Unused | 1 | from [0:1] | integer |
| Noise | Unused | 1 | from [0:1] | integer |
| Noimod | Unused | 1 | from [0:1] | integer |
| Selft | Flag for self-heating | 0 | from [0:1] | integer |
| Trise | Difference sim. temp and device temp, C degrees | 0.0 | from [-inf:inf] | real |
| Temp | Device temp (only used if Trise is zero) [C] | - | from (-273.15:inf] | real |
| Idsmod | Ids Current Model (0 or 1) | 0 | from [0:1] | integer |
| Igmod | Select gate diode model [0:1] | 0 | from [0:1] | integer |
| Capmod | Select cap model [0:2] | 2 | from [0:2] | integer |
| Ipk0 | Current for max. transconductance Ipk [A] | 0.05 | all x | real |
| Vpks | Gate voltage Vpk for max transconductance [V] | -0.2 | all x | real |
| Dvpks | Delta gate voltage at peak gm [V] | 0.2 | all x | real |
| P1 | Polynomial coeff P1 for channel current [1/V] | 1.0 | all x | real |
| P2 | Polynomial coeff P2 for channel current [1/V^2] | 0.0 | all x | real |
| P3 | Polynomial coeff P3 for channel current [1/V^3] | 0.0 | all x | real |
| Alphar | Saturation parameter alpha_r [1/V] | 0.1 | all x | real |
| Alphas | Saturation parameter alpha [1/V] | 1.0 | all x | real |
| Vkn | Knee voltage [V] | 0.8 | all x | real |
| Lambda | Channel length modulation parameter | 0.0 | all x | real |
| Lambda1 | Channel length modulation parameter | 0.0 | all x | real |
| Lvg | Coeff for channel length modulation parameter | 0.0 | all x | real |
| B1 | Unsaturated coeff B1 for P1 | 0.0 | all x | real |
| B2 | Saturated coeff B2 for P1 [1/V] | 3.0 | all x | real |
| Lsb0 | Soft breakdown model parameter | 0.0 | all x | real |
| Vtr | Soft breakdown model parameter [V] | 20.0 | all x | real |
| Vsb2 | Surface breakdown model parameter [V] | 0.0 | all x | real |
| Cds | Zero-bias D-S junction capacitance [F] | 0 | from [0:inf] | real |
| Cgspi | Gate-source pinch-off capacitance [F] | 0.0 | all x | real |
| Cgs0 | Gate-source capacitance parameter [F] | 0.0 | all x | real |
| Cgdpi | Gate-drain pinch-off capacitance [F] | 0.0 | all x | real |
| Cgdpe | External G-D Capacitor [F] | 0 | from [0:inf] | real |
| Cgd0 | Gate-drain capacitance parameter Cgdo [F] | 0.0 | all x | real |
| P10 | Polynomial coeff P10 for capacitance | 0.0 | all x | real |
| P11 | Polynomial coeff P11 for capacitance | 1.0 | all x | real |
| P20 | Polynomial coeff P20 for capacitance | 0.0 | all x | real |
| P21 | Polynomial coeff P21 for capacitance | 0.2 | all x | real |
| P30 | Polynomial coeff P30 for capacitance | 0.0 | all x | real |
| P31 | Polynomial coeff P31 for capacitance | 0.2 | all x | real |
| P40 | Polynomial coeff P40 for capacitance | 0.0 | all x | real |
| P41 | Polynomial coeff P41 for capacitance | 1.0 | all x | real |
| P111 | Polynomial coeff P400 for capacitance | 0.0 | all x | real |
| Ij | Gate fwd saturation current [A] | 0.00005 | from [0:inf] | real |
| Pg | Gate current parameter | -- | from [0:inf] | real |
| Ne | Gate p-n emission coeff | -- | from [0:inf] exclude 0 | real |
| Vjg | Gate current parm [V] | 0.7 | from [0:inf] exclude 0 | real |
| Rg | Gate ohmic resistance [Ohm] | 0.0 | from [0:inf] | real |
| Rd | Drain ohmic resistance [Ohm] | 0.0 | from [0:inf] | real |
| Ri | Input resistance [Ohm] | 0.0 | from [0:inf] | real |
| Rs | Source ohmic resistance [Ohm] | 0.0 | from [0:inf] | real |
| Rgd | Gate resistance [Ohm] | 0 | from [0:inf] | real |
| Ld | Unused: Drain ohmic inductance [H] | 0 | from [0:inf] | real |
| Ls | Unused: Source ohmic inductance [H] | 0 | from [0:inf] | real |
| Lg | Unused: Gate ohmic inductance [H] | 0 | from [0:inf] | real |
| Tau | Device delay [s] | 0 | from [0:inf] | real |
| Rcmin | Min value of Rc [Ohm] | 1.0e3 | from [0:inf] | real |
| Rc | R for freq dep output cond [Ohm] | 10.0e3 | from [0:inf] | real |
| Crf | C for freq dep output cond [F] | 0.0 | all x | real |
| Rcin | R for freq dep input cond [Ohm] | 100.0e3 | from [0:inf] | real |
| Crfin | C for freq dep input cond [F] | 0.0 | from [0:inf] | real |
| Rth | Thermal resistance [Ohm] | 0.0 | from [0:inf] | real |
| Cth | Thermal capacitance [F] | 0.0 | from [0:inf] | real |
| Tcipk0 | Linear temp coef TIpk for Ipk [A/K] | 0.0 | all x | real |
| Tcp1 | Linear temp coef TIpk for Ipk [A/K] | 0.0 | all x | real |
| Tccgs0 | Linear temp coef Cgs0 parm | 0.0 | all x | real |
| Tccgd0 | Linear temp coef Cgd0 parm | 0.0 | all x | real |
| Tclsb0 | Linear temp coef Lsb0 parm | 0.0 | all x | real |
| Tcrc | Linear temp coef Rc parm | 0.0 | all x | real |
| Tccrf | Linear temp coef Crf parm | 0.0 | all x | real |
| NoiseR | Gate noise coeff | 0.5 | from [0:inf) | real |
| NoiseP | Gate noise coeff | 1.0 | from [0:inf) | real |
| NoiseC | Gate-drain noise coeff | 0.9 | from [0:inf) | real |
| Fnc | Noise corner freq [Hz] | 0.0 | from [0:inf) | real |
| Kf | Flicker noise coeff | 0.0 | from [0:inf] | real |
| Af | Flicker noise exponent | 1.0 | from (0:inf] | real |
| Ffe | Flicker noise parameter | 1.0 | from (0:inf] | real |
| Tg | Equiv temp [C] | 25.0 | from (-273.15:inf] | real |
| Td | Equiv temp [C] | 25.0 | from (-273.15:inf] | real |
| Tdl | Equiv temp [C] | 0.1 | from [-inf:inf] | real |
| Tmn | noise fitting coeff | 1.0 | from [-inf:inf] | real |
| Klf | Flicker noise exponent | 1.0e14 | from [-inf:inf] | real |
| Fgr | G-R freq corner [Hz] | 60.0e3 | from [-inf:inf] | real |
| Np | flicker noise freq exp | 0.3 | from [-inf:inf] | real |
| Lw | effective gate noise width [mm] | 0.1 | from [-inf:inf] | real |
| Tnom | param meas T [C] | - | from (-273.15:inf) | real |