Power Inductor 6x6 (B82462),LTspice
History
History for SPICE-Library for LTspice (Linear Technologies)
for TDK Electronics AG : B82462.lib
Version 1.23
assembled on (Tue Apr 13 12:31:32 CEST 2021)
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Version 1.23
- descriptions updated
- B82462G2 series withdrawn
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Version 1.22
- B82462A4474K000 added
- B82462G4105M000 added
- B82462G4122M000 added
- B82462G4474M000 added
- B82462G4684M000 added
- B82462G4821M000 added
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Version 1.21
- LTspice library added
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Version 1.20
- library added
B82462G2
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Version 1.15
- Cadence Orcad Capture library added
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Version 1.10
- added missing elements
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Version 1.05
- Ansoft Designer library added
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Version 1.00
- library created
B82462A4
B82462G4
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Readme
SPICE-Library for LTspice (Linear Technologies)
for TDK Electronics AG : B82462.lib
Version 1.23
assembled on (Tue Apr 13 12:31:32 CEST 2021)
This SPICE library contains all models for
SMT Power Inductor
Size: 6 x 6 (mm)
Core material: ferrite
High 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) :
B82462A4102M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (1 uH +-20%)
B82462A4103M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (10 uH +-20%)
B82462A4104K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (100 uH +-10%)
B82462A4105K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (1 mH +-10%)
B82462A4152M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (1.5 uH +-20%)
B82462A4153K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (15 uH +-10%)
B82462A4154K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (150 uH +-10%)
B82462A4222M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (2.2 uH +-20%)
B82462A4223K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (22 uH +-10%)
B82462A4224K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (220 uH +-10%)
B82462A4332M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (3.3 uH +-20%)
B82462A4333K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (33 uH +-10%)
B82462A4334K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (330 uH +-10%)
B82462A4472M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (4.7 uH +-20%)
B82462A4473K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (47 uH +-10%)
B82462A4474K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (470 uH +-10%)
B82462A4682M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (6.8 uH +-20%)
B82462A4683K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (68 uH +-10%)
B82462A4684K000 SMT Power Induktor 6 x 6 x 3 (mm) High performance (680 uH +-10%)
B82462G4102M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (1 uH +-20%)
B82462G4103M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (10 uH +-20%)
B82462G4104M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (100 uH +-20%)
B82462G4105M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (1 mH +-20%)
B82462G4122M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (1.2 uH +-20%)
B82462G4152M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (1.5 uH +-20%)
B82462G4153M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (15 uH +-20%)
B82462G4154M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (150 uH +-20%)
B82462G4222M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (2.2 uH +-20%)
B82462G4223M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (22 uH +-20%)
B82462G4224M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (220 uH +-20%)
B82462G4332M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (3.3 uH +-20%)
B82462G4333M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (33 uH +-20%)
B82462G4334M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (330 uH +-20%)
B82462G4472M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (4.7 uH +-20%)
B82462G4473M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (47 uH +-20%)
B82462G4474M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (470 uH +-20%)
B82462G4682M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (6.8 uH +-20%)
B82462G4683M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (68 uH +-20%)
B82462G4684M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (680 uH +-20%)
B82462G4821M000 SMT Power Induktor 6 x 6 x 3 (mm) High performance, magnetically shielded (820 nH +-20%)
Installation of B82462 Model Library
===============================================================
The model library of B82462 (SMT Power Inductor 6 x 6 x 3 (mm) High performance) for the
circuit design program LTspice comprises the
following 2 files:
B82462.sub ASCII data file:
This file respresents the actual library and
contains the data required for simulation.
B82462.asy Symbol data file:
This file contains the graphics information
required by the graphic user interface
LTspice IV:
1) Change to the library containing folder of your LTspice
installation:
C:/Program Files/LTC/LTspiceIV/lib
or in your own documents directory:
<User>/Documents/LTspiceXVII/lib
2) Place the library file (B82462.sub) in the folder sub.
3) Place the symbol file (B82462.asy) in the folder sym/TDK.
(create if missing)
4) On the next start of LTspice you will find the elements
using:
Edit -> Component (F2) -> TDK -> B82462
5) To select one element out of this library make a right click
on the Symbol. Doubleclick on the "Value" field on the right
side of the "Spice Model" line to open the drop down menu.
Hint
To avoid simulation trouble the netlist includes the option
TOPOLOGYCHECK=0