mesfetct |
Intrinsic MESFET using Curtice-Ettemberg cubic model with thermal effects |
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Author(s): Carlos E. Christoffersen, Hector Gutierrez| Parameter | Type | Default value | Required? |
|---|---|---|---|
| a0: Drain saturation current for Vgs=0 (A) | DOUBLE | 0.1 | no |
| a1: Coefficient for V1 (A/V) | DOUBLE | 0.05 | no |
| a2: Coefficient for V1^2 (A/V^2) | DOUBLE | 0 | no |
| a3: Coefficient for V1^3 (A/V^3) | DOUBLE | 0 | no |
| beta: V1 dependance on Vds (1/V) | DOUBLE | 0 | no |
| vds0: Vds at which BETA was measured (V) | DOUBLE | 4 | no |
| gama: Slope of drain characteristic in the linear region (1/V) | DOUBLE | 1.5 | no |
| vt0: Voltage at which the channel current is forced to be zero for Vgs<=Vto (V) | DOUBLE | -1e+10 | no |
| cgs0: Gate-source Schottky barrier capacitance for Vgs=0 (F) | DOUBLE | 0 | no |
| cgd0: Gate-drain Schottky barrier capacitance for Vgd=0 (F) | DOUBLE | 0 | no |
| is: Diode saturation current (A) | DOUBLE | 0 | no |
| n: Diode ideality factor | DOUBLE | 1 | no |
| ib0: Breakdown current parameter (A) | DOUBLE | 0 | no |
| nr: Breakdown ideality factor | DOUBLE | 10 | no |
| t: Channel transit time (s) | DOUBLE | 0 | no |
| vbi: Built-in potential of the Schottky junctions (V) | DOUBLE | 0.8 | no |
| fcc: Forward-bias depletion capacitance coefficient (V) | DOUBLE | 0.5 | no |
| vbd: Breakdown voltage (V) | DOUBLE | 1e+10 | no |
| tnom: Reference Temperature (K) | DOUBLE | 293 | no |
| avt0: Pinch-off voltage (VP0 or VT0) linear temp. coefficient (1/K) | DOUBLE | 0 | no |
| bvt0: Pinch-off voltage (VP0 or VT0) quadratic temp. coefficient (1/K^2) | DOUBLE | 0 | no |
| tbet: BETA power law temperature coefficient (1/K) | DOUBLE | 0 | no |
| tm: Ids linear temp. coeff. (1/K) | DOUBLE | 0 | no |
| tme: Ids power law temp. coeff. (1/K^2) | DOUBLE | 0 | no |
| eg: Barrier height at 0.K (eV) | DOUBLE | 0.8 | no |
| m: Grading coefficient | DOUBLE | 0.5 | no |
| xti: Diode saturation current temperature exponent | DOUBLE | 2 | no |
| kirchhoff: Use Kirchhoff transformation flag | BOOLEAN | false | no |
| b: Thermal conductivity temperature exponent | DOUBLE | 1.22 | no |
| ts: Kirchhoff transformation temperature (K) | DOUBLE | 300 | no |
| area: Area multiplier | DOUBLE | 1 | no |
fREEDA Version 1.3 compiled on Jul 25 2007 12:04:09