SIMID 0805 (B82498),HSPICE
History
History for SPICE-Library for HSPICE (Synopsis)
for TDK Electronics AG : SIMID_0805.lib
Version 1.31
assembled on (Tue Apr 20 11:31:11 CEST 2021)
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Version 1.31
- descriptions updated
- B82498F* updated
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Version 1.30
- LTspice syntax updated
- B82498B* - SIMID 0805-B withdrawn
- B82498F* - SIMID 0805-F completed
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Version 1.27
- LTspice library added
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Version 1.26
- Cadence Orcad symbol updated
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Version 1.25
- Cadence Orcad Capture library added
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Version 1.20
- SIMID 0805-B (B82498B*) added
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Version 1.15
- Ansoft Designer Library added
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Version 1.10
- disclaimer updated
- regenerated model parameters
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Version 1.00
- library created
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Readme
SPICE-Library for HSPICE (Synopsis)
for TDK Electronics AG : SIMID_0805.lib
Version 1.31
assembled on (Tue Apr 20 11:31:11 CEST 2021)
This SPICE library contains all models for
SIMID 0805
Size 0805 (EIA)
and 2012 (IEC) respectively
These linear models are suited for DC, AC and Transient-
simulations. Accurate results can be expected below
the first resonant frequency. Using these models
outside its specification can lead to false results.
The models describe the behaviour of typical
elements. Please keep in mind, that real components
can vary in the range given in the datasheets.
Library listing of all parts
(sorted by part numbers) :
B82498F1102J000 SIMID 0805-F RF application, Flat top (1 uH +-5%)
B82498F1122J000 SIMID 0805-F RF application, Flat top (1.2 uH +-5%)
B82498F1152J000 SIMID 0805-F RF application, Flat top (1.5 uH +-5%)
B82498F1182J000 SIMID 0805-F RF application, Flat top (1.8 uH +-5%)
B82498F1222J000 SIMID 0805-F RF application, Flat top (2.2 uH +-5%)
B82498F1272J000 SIMID 0805-F RF application, Flat top (2.7 uH +-5%)
B82498F1332J000 SIMID 0805-F RF application, Flat top (3.3 uH +-5%)
B82498F1392J000 SIMID 0805-F RF application, Flat top (3.9 uH +-5%)
B82498F1472J000 SIMID 0805-F RF application, Flat top (4.7 uH +-5%)
B82498F1562J000 SIMID 0805-F RF application, Flat top (5.6 uH +-5%)
B82498F1682J000 SIMID 0805-F RF application, Flat top (6.8 uH +-5%)
B82498F3100G000 SIMID 0805-F RF application, Flat top (10 nH +-2%)
B82498F3100J000 SIMID 0805-F RF application, Flat top (10 nH +-5%)
B82498F3101G000 SIMID 0805-F RF application, Flat top (100 nH +-2%)
B82498F3101J000 SIMID 0805-F RF application, Flat top (100 nH +-5%)
B82498F3120G000 SIMID 0805-F RF application, Flat top (12 nH +-2%)
B82498F3120J000 SIMID 0805-F RF application, Flat top (12 nH +-5%)
B82498F3121G000 SIMID 0805-F RF application, Flat top (120 nH +-2%)
B82498F3121J000 SIMID 0805-F RF application, Flat top (120 nH +-5%)
B82498F3150G000 SIMID 0805-F RF application, Flat top (15 nH +-2%)
B82498F3150J000 SIMID 0805-F RF application, Flat top (15 nH +-5%)
B82498F3151G000 SIMID 0805-F RF application, Flat top (150 nH +-2%)
B82498F3151J000 SIMID 0805-F RF application, Flat top (150 nH +-5%)
B82498F3180G000 SIMID 0805-F RF application, Flat top (18 nH +-2%)
B82498F3180J000 SIMID 0805-F RF application, Flat top (18 nH +-5%)
B82498F3181G000 SIMID 0805-F RF application, Flat top (180 nH +-2%)
B82498F3181J000 SIMID 0805-F RF application, Flat top (180 nH +-5%)
B82498F3220G000 SIMID 0805-F RF application, Flat top (22 nH +-2%)
B82498F3220J000 SIMID 0805-F RF application, Flat top (22 nH +-5%)
B82498F3221G000 SIMID 0805-F RF application, Flat top (220 nH +-2%)
B82498F3221J000 SIMID 0805-F RF application, Flat top (220 nH +-5%)
B82498F3270G000 SIMID 0805-F RF application, Flat top (27 nH +-2%)
B82498F3270J000 SIMID 0805-F RF application, Flat top (27 nH +-5%)
B82498F3271G000 SIMID 0805-F RF application, Flat top (270 nH +-2%)
B82498F3271J000 SIMID 0805-F RF application, Flat top (270 nH +-5%)
B82498F3279K000 SIMID 0805-F RF application, Flat top (2.7 nH +-10%)
B82498F3330G000 SIMID 0805-F RF application, Flat top (33 nH +-2%)
B82498F3330J000 SIMID 0805-F RF application, Flat top (33 nH +-5%)
B82498F3331G000 SIMID 0805-F RF application, Flat top (330 nH +-2%)
B82498F3331J000 SIMID 0805-F RF application, Flat top (330 nH +-5%)
B82498F3390G000 SIMID 0805-F RF application, Flat top (39 nH +-2%)
B82498F3390J000 SIMID 0805-F RF application, Flat top (39 nH +-5%)
B82498F3391G000 SIMID 0805-F RF application, Flat top (390 nH +-2%)
B82498F3391J000 SIMID 0805-F RF application, Flat top (390 nH +-5%)
B82498F3470G000 SIMID 0805-F RF application, Flat top (47 nH +-2%)
B82498F3470J000 SIMID 0805-F RF application, Flat top (47 nH +-5%)
B82498F3471G000 SIMID 0805-F RF application, Flat top (470 nH +-2%)
B82498F3471J000 SIMID 0805-F RF application, Flat top (470 nH +-5%)
B82498F3560G000 SIMID 0805-F RF application, Flat top (56 nH +-2%)
B82498F3560J000 SIMID 0805-F RF application, Flat top (56 nH +-5%)
B82498F3561G000 SIMID 0805-F RF application, Flat top (560 nH +-2%)
B82498F3561J000 SIMID 0805-F RF application, Flat top (560 nH +-5%)
B82498F3569K000 SIMID 0805-F RF application, Flat top (5.6 nH +-10%)
B82498F3680G000 SIMID 0805-F RF application, Flat top (68 nH +-2%)
B82498F3680J000 SIMID 0805-F RF application, Flat top (68 nH +-5%)
B82498F3681G000 SIMID 0805-F RF application, Flat top (680 nH +-2%)
B82498F3681J000 SIMID 0805-F RF application, Flat top (680 nH +-5%)
B82498F3689K000 SIMID 0805-F RF application, Flat top (6.8 nH +-10%)
B82498F3820G000 SIMID 0805-F RF application, Flat top (82 nH +-2%)
B82498F3820J000 SIMID 0805-F RF application, Flat top (82 nH +-5%)
B82498F3821G000 SIMID 0805-F RF application, Flat top (820 nH +-2%)
B82498F3821J000 SIMID 0805-F RF application, Flat top (820 nH +-5%)
B82498F3829K000 SIMID 0805-F RF application, Flat top (8.2 nH +-10%)
Installation of SIMID_0805 Model Library
===============================================================
The model library of SIMID_0805 (SIMID 0805) for the
circuit design program HSPICE from Synopsys
comprises one file:
SIMID_0805.LIB ASCII data file:
This file respresents the actual library and
contains the data required for calculation.
For installation please copy this file to any directory on
your computer.
You can easily utilyze the library by adding a line with
a INCLUDE statement to your node list :
example :
.INC "/usr/username/spice/SIMID_0805.lib"
.param .....
.....
The single elements are getting adressed as subcircuits.
The connection is as follows:
example :
xmyinductor in out B82422...
xmycommonmodechoke in1 in2 out1 out2 B82789...