Power Inductor (B82471/473/475),ANSYS
History
History for SPICE-Library for ANSYS Designer
for TDK Electronics AG : B8247X.lib
Version 1.18
assembled on (Mon Apr 19 15:19:17 CEST 2021)
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Version 1.18
- LTspice syntax updated
- descriptions updated
- B82473M1 series added
- B82475A1 series updated
- part B82471A1223 added
- part B82473A1333 updated
- part B32473A1183 withdrawn
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Version 1.17
- Part B82471A1103 added
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Version 1.16
- LTspice library added
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Version 1.15
- Cadence Orcad Capture library added
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Version 1.10
- missing elements added
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Version 1.05
- Ansoft Designer Library added
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Version 1.00
- library created
B82471A1
B82473A1
B82475A1
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Readme
SPICE-Library for ANSYS Designer
for TDK Electronics AG : B8247X.lib
Version 1.18
assembled on (Mon Apr 19 15:19:17 CEST 2021)
This SPICE library contains all models for
SMT Power Inductor
Standard performance
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) :
B82471A1103M000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (10 uH +-20%)
B82471A1104K000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (100 uH +-10%)
B82471A1153M000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (15 uH +-20%)
B82471A1154K000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (150 uH +-10%)
B82471A1223M000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (22 uH +-20%)
B82471A1224K000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (220 uH +-10%)
B82471A1333M000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (33 uH +-20%)
B82471A1473M000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (47 uH +-20%)
B82471A1683K000 SMT Power Inductor 6.1 x 6 x 4.9 (mm) Standard performance (68 uH +-10%)
B82473A1103K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (10 uH +-10%)
B82473A1104K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (100 uH +-10%)
B82473A1153K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (15 uH +-10%)
B82473A1154K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (150 uH +-10%)
B82473A1223K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (22 uH +-10%)
B82473A1224K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (220 uH +-10%)
B82473A1333K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (33 uH +-10%)
B82473A1334K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (330 uH +-10%)
B82473A1473K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (47 uH +-10%)
B82473A1474K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (470 uH +-10%)
B82473A1683K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) Standard performance (68 uH +-10%)
B82473M1103K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (10 uH +-10%)
B82473M1104K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (100 uH +-10%)
B82473M1153K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (15 uH +-10%)
B82473M1154K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (150 uH +-10%)
B82473M1223K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (22 uH +-10%)
B82473M1224K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (220 uH +-10%)
B82473M1333K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (33 uH +-10%)
B82473M1334K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (330 uH +-10%)
B82473M1473K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (47 uH +-10%)
B82473M1474K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (470 uH +-10%)
B82473M1683K000 SMT Power Inductor 8.3 x 7.5 x 5.5 (mm) High mechanical stability (68 uH +-10%)
B82475A1103M000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (10 uH +-20%)
B82475A1104K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (100 uH +-10%)
B82475A1153M000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (15 uH +-20%)
B82475A1154K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (150 uH +-10%)
B82475A1223M000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (22 uH +-20%)
B82475A1224K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (220 uH +-10%)
B82475A1333M000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (33 uH +-20%)
B82475A1334K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (330 uH +-10%)
B82475A1473K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (47 uH +-10%)
B82475A1474K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (470 uH +-10%)
B82475A1683K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (68 uH +-10%)
B82475A1684K000 SMT Power Inductor 10.4 x 10 x 5.8 (mm) Standard performance (680 uH +-10%)
Installation of B8247X Model Library
===============================================================
The model library of B8247X (SMT Power Inductor Standard performance) for the
circuit design program ANSYS Electronics Desktop Circuit
Simulator comprises the following 5 files:
B8247X.lib ASCII data file:
This file respresents the actual library and
contains the data required for simulation.
B8247X_Nexxim.inc
ASCII data file:
This file respresents the actual library and
contains the data required for simulation with
Nexxim.
B8247X.aclb Components file:
This file represents the terminal information
and data about the single Components of the
library
B8247X.aflb Footprint data file:
This file contains the exact footprint for the
elements in the library
B8247X.aslb Symbol data file:
This file contains the graphics information
required by the graphic user interface
To install the library you must extract the a.m. files into
the /userlib directory of your ANSYS Electronics Desktop
Installation. (They will be then situated in
/userlib/TDK/B8247X. Don't use another directory!)
ANSYS Electronics Desktop:
1) Copy or extract the files in the a.m. directory
2) Start ANSYS Electronics Desktop
3a) Project -> Insert Circuit Design
4) Tools -> Configure Libraries
5) Mark: User Libraries
Components
Available Libraries: TDK-Folder
>>
6) Repeat for Footprints und Symbols
7) Check "Save as Default" and confirm with "OK"
8) The Elements are now prepared for use. Your find them in
the "Project Manager" -> "Components" -> "User Libraries"
Nexxim:
Tools -> Options -> General Options -> Component Chooser
Options -> check "Show all Components"
3b) Project -> Insert Nexxim Circuit Design
4) Tools -> Configure Libraries
5) Mark: User Libraries
Components
Available Libraries: TDK-Folder
>>
6) Repeat for Footprints und Symbols
7) Check "Save as Default" and confirm with "OK"
8) The Elements are now prepared for use. Your find them in
the "Project Manager" -> "Components" -> "User Libraries"