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Toroidal Inductor, n Taps, Physical Model (TRINDPn)

Toroidal Inductor, n Taps, Physical Model (TRINDPn)

Schematic symbol example for TRINDPn (n =3)

Properties	Description	Unit	Default	Range
NC	Number of winding turns	none	Required	> 0
MU	Relative permeability of the core		Required	> 0
DO	Outer diameter of core	m	Required	> 0
DI	Inner diameter of core	m	Required	> 0
T	Thickness of core	m	Required	> 0
RB	Conductor resistivity	micro-Ohm ∗ cm	0	³ 0
D	Diameter of the wire	m	0	³ 0
NT1	Number of turns on coil 1	none	1	>1
NT2	Number of turns on coil 2	none	1	>1
NT3	Number of turns on coil 3	none	1	>1
NT4	Number of turns on coil 4	none	1	>1
NT5	Number of turns on coil 5	none	1	>1
NT6	Number of turns on coil 6	none	1	>1
NT7	Number of turns on coil 7	none	1	>1
NT8	Number of turns on coil 8	none	1	>1
NT9	Number of turns on coil 9	none	1	>1

Netlist Form

TRINDPT:NAME n1 n2 [n3] [n4] ... [n18] DO=val DI=val NC=val

+ T=val MU=val [RB=val] [D=val] NT1=val NT2=val NT3=val

+ NT4=val NT5=val NT6=val NT7=val NT8=val NT9=val

X_1 1 2 phys2

.subckt phys2 1 2 3 4

TRINDPT:4 1 2 3 4 do=5mm di=2mm mu=50 t=2mm nc=3 nt1=10 nt2=10 nt3=10

.ends

.NWA F = 0 1hz LIN 1MHz 10MHz 1MHz

.end

Carl T. A. Johnk, Engineering Electromagnetic Fields and Waves, Chapter 5, John Wiley & Sons, New York, NY; 1975.


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