Power Line Double Chokes (B82730/1/2/3/4),ANSYS
History
History for SPICE-Library for ANSYS Designer
for TDK Electronics AG : B8273X.lib
Version 1.10
assembled on (Fri Dec 10 15:35:04 CET 2021)
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Version 1.10
LTspice syntax updated
B82734R*B* series added
B82734W*B* series added
B82732R*B* series completed
B82732W*B* series completed
B82731M*A* series completed
B82731H*A* series completed
B82730U*A* series added
B82730U*A* series added
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Version 1.01
description and models modified
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Version 1.00
B82731H2* series completed
B82731M2* series completed
B82732F*B* series added
B82731T*A* series added
B82733F*B* series added
B82733V*B* series added
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Version 0.50
- library created
B82731H2112A030
B82731M2112A030
B82732R2142B030
B82732R2222B030
B82732W2142B030
B82732W2222B030
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Readme
SPICE-Library for ANSYS Designer
for TDK Electronics AG : B8273X.lib
Version 1.10
assembled on (Fri Dec 10 15:35:04 CET 2021)
This SPICE library contains all models for
Power line chokes B8273X
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) :
B82731H2112A030 Current-compensated D core double chokes - Horizontal version (1.1A)
B82731H2132A030 Current-compensated D core double chokes - Horizontal version (1.3A)
B82731H2182A030 Current-compensated D core double chokes - Horizontal version (1.8A)
B82731H2351A030 Current-compensated D core double chokes - Horizontal version (0.35A)
B82731H2401A033 Current-compensated D core double chokes - Horizontal version (0.4A)
B82731H2501A030 Current-compensated D core double chokes - Horizontal version (0.5A)
B82731H2601A030 Current-compensated D core double chokes - Horizontal version (0.6A)
B82731H2701A030 Current-compensated D core double chokes - Horizontal version (0.7A)
B82731H2801A030 Current-compensated D core double chokes - Horizontal version (0.8A)
B82731H2901A030 Current-compensated D core double chokes - Horizontal version (0.9A)
B82731M2112A030 Current-compensated D core double chokes - Vertical version (1.1A)
B82731M2132A030 Current-compensated D core double chokes - Vertical version (1.3A)
B82731M2182A030 Current-compensated D core double chokes - Vertical version (1.8A)
B82731M2351A030 Current-compensated D core double chokes - Vertical version (0.35A)
B82731M2401A033 Current-compensated D core double chokes - Vertical version (0.4A)
B82731M2501A030 Current-compensated D core double chokes - Vertical version (0.5A)
B82731M2601A030 Current-compensated D core double chokes - Vertical version (0.6A)
B82731M2701A030 Current-compensated D core double chokes - Vertical version (0.7A)
B82731M2801A030 Current-compensated D core double chokes - Vertical version (0.8A)
B82731M2901A030 Current-compensated D core double chokes - Vertical version (0.9A)
B82731T2102A020 Current-compensated E core double chokes (1A)
B82731T2132A020 Current-compensated E core double chokes (1.3A)
B82731T2182A020 Current-compensated E core double chokes (1.8A)
B82731T2301A020 Current-compensated E core double chokes (0.3A)
B82731T2351A020 Current-compensated E core double chokes (0.35A)
B82731T2451A020 Current-compensated E core double chokes (0.45A)
B82731T2551A020 Current-compensated E core double chokes (0.55A)
B82731T2651A020 Current-compensated E core double chokes (0.65A)
B82731T2801A020 Current-compensated E core double chokes (0.8A)
B82732F2132B001 Current-compensated frame core double chokes (1.3A)
B82732F2162B001 Current-compensated frame core double chokes (1.6A)
B82732F2451B001 Current-compensated frame core double chokes (0.45A)
B82732F2601B001 Current-compensated frame core double chokes (0.6A)
B82732F2701B001 Current-compensated frame core double chokes (0.7A)
B82732F2801B001 Current-compensated frame core double chokes (0.8A)
B82732F2901B001 Current-compensated frame core double chokes (0.9A)
B82732R2102B030 Current-compensated D core double chokes - Vertical version (1A)
B82732R2112B030 Current-compensated D core double chokes - Vertical version (1.1A)
B82732R2142B030 Current-compensated D core double chokes - Vertical version (1.4A)
B82732R2172B030 Current-compensated D core double chokes - Vertical version (1.7A)
B82732R2222B030 Current-compensated D core double chokes - Vertical version (2.2A)
B82732R2401B030 Current-compensated D core double chokes - Vertical version (0.4A)
B82732R2601B030 Current-compensated D core double chokes - Vertical version (0.6A)
B82732R2701B030 Current-compensated D core double chokes - Vertical version (0.7A)
B82732R2901B030 Current-compensated D core double chokes - Vertical version (0.9A)
B82732W2102B030 Current-compensated D core double chokes - Horizontal version (1A)
B82732W2112B030 Current-compensated D core double chokes - Horizontal version (1.1A)
B82732W2142B030 Current-compensated D core double chokes - Horizontal version (1.4A)
B82732W2172B030 Current-compensated D core double chokes - Horizontal version (1.7A)
B82732W2222B030 Current-compensated D core double chokes - Horizontal version (2.2A)
B82732W2401B030 Current-compensated D core double chokes - Horizontal version (0.4A)
B82732W2601B030 Current-compensated D core double chokes - Horizontal version (0.6A)
B82732W2701B030 Current-compensated D core double chokes - Horizontal version (0.7A)
B82732W2901B030 Current-compensated D core double chokes - Horizontal version (0.9A)
B82733F2112B001 Current-compensated frame core double chokes - horizontal (1.1A)
B82733F2122B001 Current-compensated frame core double chokes - horizontal (1.2A)
B82733F2142B001 Current-compensated frame core double chokes - horizontal (1.4A)
B82733F2192B001 Current-compensated frame core double chokes - horizontal (1.9A)
B82733F2232B001 Current-compensated frame core double chokes - horizontal (2.3A)
B82733F2701B001 Current-compensated frame core double chokes - horizontal (0.7A)
B82733F2901B001 Current-compensated frame core double chokes - horizontal (0.9A)
B82733V2112B001 Current-compensated frame core double chokes - vertical (1.1A)
B82733V2122B001 Current-compensated frame core double chokes - vertical (1.2A)
B82733V2142B001 Current-compensated frame core double chokes - vertical (1.4A)
B82733V2192B001 Current-compensated frame core double chokes - vertical (1.9A)
B82733V2232B001 Current-compensated frame core double chokes - vertical (2.3A)
B82733V2701B001 Current-compensated frame core double chokes - vertical (0.7A)
B82733V2901B001 Current-compensated frame core double chokes - vertical (0.9A)
B82734R2132B030 Current-compensated D core double chokes - vertical (1.3A)
B82734R2142B030 Current-compensated D core double chokes - vertical (1.4A)
B82734R2172B030 Current-compensated D core double chokes - vertical (1.7A)
B82734R2202B030 Current-compensated D core double chokes - vertical (2A)
B82734R2232B030 Current-compensated D core double chokes - vertical (2.3A)
B82734R2262B030 Current-compensated D core double chokes - vertical (2.6A)
B82734R2322B030 Current-compensated D core double chokes - vertical (3.2A)
B82734R2462B030 Current-compensated D core double chokes - vertical (4.6A)
B82734R2701B030 Current-compensated D core double chokes - vertical (0.7A)
B82734W2132B030 Current-compensated D core double chokes - horizontal (1.3A)
B82734W2142B030 Current-compensated D core double chokes - horizontal (1.4A)
B82734W2172B030 Current-compensated D core double chokes - horizontal (1.7A)
B82734W2202B030 Current-compensated D core double chokes - horizontal (2A)
B82734W2232B030 Current-compensated D core double chokes - horizontal (2.3A)
B82734W2262B030 Current-compensated D core double chokes - horizontal (2.6A)
B82734W2322B030 Current-compensated D core double chokes - horizontal (3.2A)
B82734W2462B030 Current-compensated D core double chokes - horizontal (4.6A)
B82734W2701B030 Current-compensated D core double chokes - horizontal (0.7A)
Installation of B8273X Model Library
===============================================================
The model library of B8273X (Power line chokes) for the
circuit design program AnNSYS Electronics Desktop Circuit
Simulator comprises the following 5 files:
B8273X.lib ASCII data file:
This file respresents the actual library and
contains the data required for simulation.
B8273X_Nexxim.inc
ASCII data file:
This file respresents the actual library and
contains the data required for simulation with
Nexxim.
B8273X.aclb Components file:
This file represents the terminal information
and data about the single Components of the
library
B8273X.aflb Footprint data file:
This file contains the exact footprint for the
elements in the library
B8273X.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/B8273X. Don't use another directory!)
Ansoft Designer:
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"