Transcription of Inductor Coupling (and Magnetic Core) - Spice Model
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Inductor Coupling (and Magnetic Core) - Spice Model
Analog DevicesK2-56 Inductor Coupling (and Magnetic Core) Transmission Line CouplingGeneral FormK<name> L< Inductor name> <L< Inductor name>>* < Coupling value>K<name> <L< Inductor name>>* < Coupling value> < Model name> [size value]K<name>T<transmission line name>T<transmission line name> + Cm=<capacitive Coupling > Lm=<inductive Coupling >ExamplesKTUNED L3 OUT L4IN .8 KTRNSFRM LPRIMARY LSECNDRY 1 KXFRM L1 L2 L3 L4 .98 KPOT_3C8K2 LINES T1 T2 Lm=1m Cm=.5pModel < Model name> core [ Model parameters]DescriptionThis device can be used to define Coupling between inductors (transformers) or between transmission lines. This device also refers to a nonlinear Magnetic core ( core ) Model to include Magnetic hysteresis effects in the behavior of a single Inductor (winding), or in multiple coupled DevicesKInductor Coupling Arguments and OptionsK<name> L< Inductor name>Couples two or more inductors .
Analog Devices K 2-60 (CORE) models, if desired. By default, KBREAK references the KBREAK model contained in breakout.lib; this model, in turn, uses the default CORE model parameters. The KBREAK symbol can be used to: • Provide linear coupling between inductors.
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