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Inductor, Toroidal, Physical Model N Taps

Inductor, Toroidal, Physical Model N Taps

Netlist Syntax

The general syntax for a toroidal inductor, physical model with N taps is:

Axxxx n1 n2 ... nN N=val AL=val MU=val DO=val DI=val T=val RB=val D=val NT=[val val ...] COMPONENT=toroidal_inductor_physical_n

n1 is the positive node, n2 through nN-1 are the taps, and nN is the negative node of the inductor. The current is assumed to flow from n1 through the inductor to nN.

The parameter COMPONENT=toroidal_inductor_physical_n identifies the element as a physical toroidal inductor with N taps.

**Physical Toroidal Inductor with N taps Instance Parameters**
Instance Parameter	Description	Unit	Default
N	Number of taps	None	None
MU	Relative permeability of core	None	None
DO	Outer diameter of core	Meter	None
DI	Inner diameter of core	Meter	None
T	Thickness of core	Meter	None
RB	Conductor resistivity	m-Ohm/cm	0.001
D	Diameter of wire	Meter	None
NT	Number of turns for each coil section, space-separated list	None	None

Toroidal Inductor Instance Netlist Example

A1 Port1 Port3 Port4 Port2 MU=1.2 DO=5*2.54e-5 DI=3*2.54e-5 T=1*2.54e-5 RB=0.002 D=0.5*2.54e-5 N=2 NT=[3 4 5] COMPONENT=toroidal_inductor_physical_n

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