• BAS40-04W
• BAS40-05W
• BAS40-06W
• BAS40W
 

Model of BAS40-04W (date: 17-1-00)

Simulation Values
* .SUBCKT BAS40-04W 1 2 3 * The Resistors do not * reflect physical devices. * Instead they improve modeling * in the reverse mode of * operation. R1 1 3 6.659E+08 D1 1 3 BAS40-04W R2 3 2 6.659E+08 D2 3 2 BAS40-04W * .MODEL BAS40-04W D( + IS = 1.419E-08 + N = 1.025 + BV = 44 + IBV = 1.255E-07 + RS = 4.942 + CJO = 4.046E-12 + VJ = 0.323 + M = 0.4154 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

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Model of BAS40-05W (date: 17-1-00)

Simulation Values
* .SUBCKT BAS40-05W 1 2 3 * The Resistors do not * reflect physical devices. * Instead they improve modeling * in the reverse mode of * operation. R1 1 3 6.659E+08 D1 1 3 BAS40-05W R2 2 3 6.659E+08 D2 2 3 BAS40-05W * .MODEL BAS40-05W D( + IS = 1.419E-08 + N = 1.025 + BV = 44 + IBV = 1.255E-07 + RS = 4.942 + CJO = 4.046E-12 + VJ = 0.323 + M = 0.4154 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

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Model of BAS40-06W (date: 17-1-00)

Simulation Values
* .SUBCKT BAS40-06W 1 2 3 * The resistors do not * reflect physical devices. * Instead they improve modeling * in the reverse mode of * operation. R1 3 1 6.659E+08 D1 3 1 BAS40-06W R2 3 2 6.659E+08 D2 3 2 BAS40-06W * .MODEL BAS40-06W D( + IS = 1.419E-08 + N = 1.025 + BV = 44 + IBV = 1.255E-07 + RS = 4.942 + CJO = 4.046E-12 + VJ = 0.323 + M = 0.4154 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

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Model of BAS40W (date: 17-1-00)

Simulation Values
* .SUBCKT BAS40W 1 3 * The Resistor R1 does not * reflect a physical device. * Instead it improves modeling * in the reverse mode of * operation. R1 1 3 6.659E+08 D1 1 3 BAS40W * .MODEL BAS40W D( + IS = 1.419E-08 + N = 1.025 + BV = 44 + IBV = 1.255E-07 + RS = 4.942 + CJO = 4.046E-12 + VJ = 0.323 + M = 0.4154 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

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