• BAT721
• BAT721A
• BAT721C
• BAT721S
 

Model of BAT721 (date: 17-1-00)

Simulation Values
* .SUBCKT BAT721 1 3 * The resistor R1 does not reflect * a physical device. Instead it * improves modeling in the reverse * mode of operation. R1 1 3 5.9E+06 D1 1 3 BAT721 * .MODEL BAT721 D( + IS = 1.009E-06 + N = 1.017 + BV = 44 + IBV = 0.001611 + RS = 0.6578 + CJO = 3.76E-11 + VJ = 0.274 + M = 0.4381 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

 View this model

 

Model of BAT721A (date: 17-1-00)

Simulation Values
* .SUBCKT BAT721A 1 2 3 * The resistors do not reflect * physical devices. Instead they * improve modeling in the reverse * mode of operation. R1 3 1 5.9E+06 D1 3 1 BAT721A R2 3 2 5.9E+06 D2 3 2 BAT721A * .MODEL BAT721A D( + IS = 1.009E-06 + N = 1.017 + BV = 44 + IBV = 0.001611 + RS = 0.6578 + CJO = 3.76E-11 + VJ = 0.274 + M = 0.4381 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

 View this model

 

Model of BAT721C (date: 17-1-00)

Simulation Values
* .SUBCKT BAT721C 1 2 3 * The resistors do not reflect * physical devices. Instead they * improve modeling in the reverse * mode of operation. R1 1 3 5.9E+06 D1 1 3 BAT721C R2 2 3 5.9E+06 D2 2 3 BAT721C * .MODEL BAT721C D( + IS = 1.009E-06 + N = 1.017 + BV = 44 + IBV = 0.001611 + RS = 0.6578 + CJO = 3.76E-11 + VJ = 0.274 + M = 0.4381 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

 View this model

 

Model of BAT721S (date: 17-1-00)

Simulation Values
* .SUBCKT BAT721S 1 2 3 * The resistors do not reflect * physical devices. Instead they * improve modeling in the reverse * mode of operation. R1 1 3 5.9E+06 D1 1 3 BAT721S R2 3 2 5.9E+06 D2 3 2 BAT721S * .MODEL BAT721S D( + IS = 1.009E-06 + N = 1.017 + BV = 44 + IBV = 0.001611 + RS = 0.6578 + CJO = 3.76E-11 + VJ = 0.274 + M = 0.4381 + FC = 0.5 + TT = 0 + EG = 0.69 + XTI = 2) .ENDS *

 View this model