Specification	35T0190-10P

Core Factor (ΣI/A) mm⁻¹	6.62 mm⁻¹
Core Type	Toroid
Diameter	0.191 in
Effective Area (Ae)	1.54 mm²
Effective Length (le)	10.2 mm
Finish	Parylene
Gap	Ungapped
Height	0.051 in
Inductance Factor (Al)	949 nH
Initial Permeability (µi)	5000
Material	35
Material Temperature Rating	35 °C
Tolerance	20 %

35T Series

Ferrite Toroids / Ferrite Rings FT,MNZN,EC

Part	Height	Inductance Factor (Al)	Effective Area (Ae)	Tolerance	Finish	Core Type	Effective Length (le)	Gap	Initial Permeability (µi)	Diameter	Material	Material Temperature Rating	Core Factor (ΣI/A) mm⁻¹	Effective Magnetic Volume (Ve)
Laird Technologies EMI 35T0190-10P	0.051 in	949 nH	1.54 mm²	20 %	Parylene	Toroid	10.2 mm	Ungapped	5000	0.191 in	35	35 °C	6.62 mm⁻¹
Laird Technologies EMI 35T0119-00P	0.05 in	1.112 µH	1.06 mm²	20 %	Parylene	Toroid	5.988 mm	Ungapped	5000	0.12 in	35	35 °C	5.651 mm⁻¹	6.345 mm³
Laird Technologies EMI 35T0870-00H	0.256 in	3.02 µH			Epoxy	Toroid		Ungapped	5000	0.88 in	35	35 °C	2.07 mm⁻¹
Laird Technologies EMI 35T0135-10P	0.082 in	1.351 µH	1.64 mm²	20 %	Parylene	Toroid	7.62 mm	Ungapped	5000	0.136 in	35	35 °C	4.65 mm⁻¹
Laird Technologies EMI 35T0231-00P	0.061 in	991 nH		20 %	Parylene	Toroid		Ungapped	5000	0.231 in				26.775 mm³
Laird Technologies EMI 35T1417-00H	0.434 in	4.456 µH		20 %	Epoxy	Toroid		Ungapped	5000	1.467 in
Laird Technologies EMI 35T0394-00H	0.203 in	3.466 µH	12.02 mm²	20 %	Epoxy	Toroid	21.79 mm	Ungapped	5000	0.4 in	35	35 °C	1.81 mm⁻¹
Laird Technologies EMI 35T0231-30P	0.101 in			20 %	Parylene	Toroid			5000	0.231 in
Laird Technologies EMI 35T0501-00H	0.194 in	2.75 µH	14.01 mm²	20 %	Epoxy	Toroid	29.32 mm	Ungapped	5000	0.506 in	35	35 °C	2.09 mm⁻¹
Laird Technologies EMI 35T0231-20P	0.126 in			20 %	Coated	Toroid			5000	0.231 in

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