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Transformers
SPICE Modeling and simulations of Ideal Transformers, Perfect Transformers, Real Transformers with Core Effects, T Equivalent circuit of Ideal Transformer, Ultralinear Transformer, Transformer as impedance adapter, Hysteresis, etc
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SPICE Modeling of a Transformer from Measurements
Created by GTfullspice, published on 27-11-2012
Procedures to measure the primary inductance, turns ratio, leakage inductance, and calculation of all other parameters to get the SPICE model of a power transformer. PAY ATTENTION: these procedures are dangerous and may be lethal for inexperienced personnel
FREE
(only to registered users)
Project Type: Free
Complexity Spice Software Software Version Full version Components number Intermediate LTspice IV No 11-20 Path: SPICE Projects > General Electronics > Analog Components > Transformers
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SPICE Model of Non Linear Transformer
Created by LTspiceDesigner, published on 22-08-2012
SPICE model of a transformer that saturates with a model of an ideal transformer and an inductor that saturates.The inductor is modeled with the core property parameters: Hc (Coercive force), Br (Remnant Flux Density), and Bs (Saturation Flux Density), and the mechanical dimensions of the core: A (cross sectional area), Lm (Magnetic Length), Lg (Length of gap) and N (number of turns).
FREE
(only to registered users)
Project Type: Free
Complexity Spice Software Software Version Full version Components number Intermediate LTspice IV No <10 Path: SPICE Projects > General Electronics > Analog Components > Transformers
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Tranformers models
Created by Cribald, published on 21-01-2011
This project shows how to model different types of transformers, with library models, mutual coupled inductors, controlled generators, from simple ideal or perfect transformers to device with core effects.It explains how study Hysteresis and how model an ultralinear output tranformer for tubes amplifiers or a limited bandwidth center tap transfomer.
Project Type: Share
Complexity Spice Software Software Version Full version Components number Documents Simple PSpice 9.1+ No 51-100 1 Path: SPICE Projects > General Electronics > Analog Components > Transformers
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