Schottky diode SPICE model?

[Stuart Brorson]

Does anybody here have a Schottky diode SPICE model which they would
be willing to post? I am looking for a model describing a
small-signal Schottky which might be used in a non-linear transmission
line. Barring that, how about a Schottky static protection diode? A
diode of around 100um^2 area on Si would be just peachy.

I have indeed Googled for a SPICE model, but I have mostly found large
honkin' Schottkys used for high-current power applications which are
not useful to me. Therefore, I thought I might turn to the community
of experts. . . . .

Thanks,

Stuart

 

[A E]

Does anybody here have a Schottky diode SPICE model which they would
be willing to post? I am looking for a model describing a
small-signal Schottky which might be used in a non-linear transmission
line. Barring that, how about a Schottky static protection diode? A
diode of around 100um^2 area on Si would be just peachy.

I have indeed Googled for a SPICE model, but I have mostly found large
honkin' Schottkys used for high-current power applications which are
not useful to me. Therefore, I thought I might turn to the community
of experts. . . . .

Thanks,

Stuart

I don't know, but I'd like to hear more about your NLTL. Speeding up leading
edges?

 

[Leon Heller]

Does anybody here have a Schottky diode SPICE model which they would
be willing to post? I am looking for a model describing a
small-signal Schottky which might be used in a non-linear transmission
line. Barring that, how about a Schottky static protection diode? A
diode of around 100um^2 area on Si would be just peachy.

Here's one for the BAR42 I found in the diode library for the SPICE I use:

..model BAR42 D(
+ IS=1.13853e-08 ISR=3.26235e-08 RS=0.99517
+ CJO=9.26191e-12 VJ=1.6 M=0.411631 BV=33 EG=0.7 )

Leon

 

[Stuart Brorson]

: :> Does anybody here have a Schottky diode SPICE model which they would
:> be willing to post? I am looking for a model describing a
:> small-signal Schottky which might be used in a non-linear transmission
:> line. Barring that, how about a Schottky static protection diode? A
:> diode of around 100um^2 area on Si would be just peachy.

: Here's one for the BAR42 I found in the diode library for the SPICE I use:

: .model BAR42 D(
: + IS=1.13853e-08 ISR=3.26235e-08 RS=0.99517
: + CJO=9.26191e-12 VJ=1.6 M=0.411631 BV=33 EG=0.7 )

Thank you!

Stuart

 

[[email protected]]

Agilent (formerly HP) makes serveral lines of small Schottky diodes,
and their data sheets includes SPICE parameters. Take a look at
http://www.semiconductor.agilent.com/

Pat

 

[Y.B.]

Does anybody here have a Schottky diode SPICE model which they would
be willing to post? I am looking for a model describing a
small-signal Schottky which might be used in a non-linear transmission
line. Barring that, how about a Schottky static protection diode? A
diode of around 100um^2 area on Si would be just peachy.

I have indeed Googled for a SPICE model, but I have mostly found large
honkin' Schottkys used for high-current power applications which are
not useful to me. Therefore, I thought I might turn to the community
of experts. . . . .

Thanks,

Stuart

I used this one in one of my design:

*DEVICE=HSMS-282x,D

* HSMS-282x D model
* created using Model Editor release 9.1 on 11/17/02 at 20:28
* Model Editor is an OrCAD product.
..MODEL HSMS-282x D
+ IS=22.000E-9
+ N=1.0800
+ RS=6
+ XTI=2
+ EG=.69
+ CJO=700.00E-15
+ M=.3333
+ VJ=.65
+ ISR=100.00E-12
+ BV=15
+ IBV=100.00E-6
+ TT=5.0000E-9
*$
*BeginSpec
*IF:
*JC:
*RL:
*RB: Vz=0 Iz=0 Zz=0
*RR: Trr=0 Ifwd=10.000E-3 Irev=10.000E-3 Rl=100
*EndSpec

*BeginTrace
*IF: 1,0,.4,1.2000,1,3,0,0,-1 (27)
*JC: 0,1,.1,10,1,3,0,0,-1 (27)
*RL: 0,0,1,100,1,3,0,0,-1 (27)
*RB: 0,1,100.00E-6,1,1,3,0,0,-1 (27)
*RR: 0,0,-5.0000E-9,20.000E-9,1,3,0,0,-1 (27)
*EndTrace

*BeginParam
*IS=1.0000E-6 (10.000E-21,.1,1)
*N=1.0600 (.2,5,1)
*RS=25 (1.0000E-6,100,1)
*IKF=0 (0,1.0000E3,0)
*XTI=2 (-100,100,1)
*EG=.69 (.1,5.5100,1)
*CJO=180.00E-15 (10.000E-21,1.0000E-3,1)
*M=.3333 (.1,10,0)
*VJ=.35 (.3905,10,1)
*FC=.5 (1.0000E-3,10,0)
*ISR=100.00E-12 (10.000E-21,.1,0)
*NR=2 (.5,5,0)
*BV=3.8000 (.1,1.0000E6,1)
*IBV=300.00E-6 (1.0000E-9,10,1)
*TT=5.0000E-9 (100.00E-18,1.0000E-3,0)
*EndParam

Regards,
Y.B.