Specification	36T0119-40P

Core Factor (ΣI/A) mm⁻¹	2.826 mm⁻¹
Core Type	Toroid
Diameter	0.12 in
Effective Area (Ae)	2.119 mm²
Effective Length (le)	5.988 mm
Effective Magnetic Volume (Ve)	12.69 mm³
Finish	Parylene
Gap	Ungapped
Height	2.54 mm
Inductance Factor (Al)	2.001 µH
Initial Permeability (µi)	4500
Material	36
Material Temperature Rating	36 °C
Tolerance	25 %

36T Series

Ferrite Cable Cores FT,MNZN,PC

Part	Finish	Effective Area (Ae)	Effective Length (le)	Core Type	Material	Material Temperature Rating	Effective Magnetic Volume (Ve)	Tolerance	Diameter	Height	Initial Permeability (µi)	Core Factor (ΣI/A) mm⁻¹	Gap	Inductance Factor (Al)
Laird Technologies EMI 36T0155-00P
Laird Technologies EMI 36T0153-30P	Parylene	3.142 mm²	8.054 mm	Toroid	36	36 °C	25.309 mm³	25 %	0.16 in	0.12 in	4500	2.563 mm⁻¹	Ungapped
Laird Technologies EMI 36T0119-40P	Parylene	2.119 mm²	5.988 mm	Toroid	36	36 °C	12.69 mm³	25 %	0.12 in	2.54 mm	4500	2.826 mm⁻¹	Ungapped	2.001 µH
Laird Technologies EMI 36T0135-10P	Parylene			Toroid	36	36 °C					4500		Ungapped
Laird Technologies EMI 36T0153-00P	Parylene		8.05 mm	Toroid	36	36 °C		0.25 %	0.156 in	0.051 in	4500	5.92 mm⁻¹	Ungapped	909 nH
Laird Technologies EMI 36T0250-10P	Parylene	4.07 mm²	15.25 mm	Toroid	36	36 °C		0.25 %	0.251 in	0.126 in	4500	3.75 mm⁻¹	Ungapped	1.46 µH
Laird Technologies EMI 36T0145-00P	Parylene			Toroid	36	36 °C		0.25 %	0.146 in	0.101 in	4500		Ungapped
Laird Technologies EMI 36T0231-00Q		2.055 mm²	13.026 mm	Toroid	36	36 °C	26.775 mm³	25 %	0.23 in	0.06 in	4500	6.337 mm⁻¹	Ungapped	892 nH
Laird Technologies EMI 36T0135-60P	Parylene			Toroid	36	36 °C		0.25 %	0.136 in	0.061 in	4500		Ungapped	901 nH

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