1 of 3 Creation Date : January 23, 2017 (GMT) Inductors (Coils) NLV25T-560J-EF Applications Commercial Grade Wire Wound Wire Wound Feature No Directivity No Directivity Ferrite Core Ferrite Core Series NLV-EF Status Brand Production TDK Size Length(L) 2.50mm ±0.20mm Width(W) 2.00mm ±0.10mm Thickness(T) 1.80mm ±0.10mm Recommended Land Pattern (A) 1.00mm Nom. Recommended Land Pattern (B) 1.50mm Nom. Recommended Land Pattern (C) 1.50mm Nom. Electrical Characteristics Inductance 56μH ±5% at 2.52MHz Rated Current 75mA DC Resistance [Typ.] DC Resistance [Max.] 12.1Ω Self Resonant Frequency [Min.] 16MHz Self Resonant Frequency [Typ.] Q [Min.] 20 Q [Typ.] Other Operating Temp. Range (Including Self-Temp. Rise) -40 to 105°C Flow Soldering Method Reflow Iron Soldering AEC-Q200 No Packing Blister (Plastic)Taping [180mm Reel] Package Quantity 2000pcs Weight 0.025g ! Images are for reference only and show exemplary products. ! This PDF document was created based on the data listed on the TDK Corporation website. ! All specifications are subject to change without notice. Copyright(c) TDK Corporation. All rights reserved. 2 of 3 Creation Date : January 23, 2017 (GMT) Inductors (Coils) NLV25T-560J-EF Characteristic Graphs(This is reference data, and does not guarantee the products characteristics.) Impedance NLV25T-560J-EF Rac NLV25T-560J-EF Inductance NLV25T-560J-EF Q NLV25T-560J-EF DC Bias Characteristic NLV25T-560J-EF (Amb. Temp. = 20 °C) ! Images are for reference only and show exemplary products. ! This PDF document was created based on the data listed on the TDK Corporation website. ! All specifications are subject to change without notice. Copyright(c) TDK Corporation. All rights reserved. Temperature Characteristic NLV25T-560J-EF(No Bias) NLV25T-560J-EF(DC Bias = 0.04A) Inductors (Coils) NLV25T-560J-EF Associated Images Land Pattern (Terminal Connection) ! Images are for reference only and show exemplary products. ! This PDF document was created based on the data listed on the TDK Corporation website. ! All specifications are subject to change without notice. Copyright(c) TDK Corporation. All rights reserved. 3 of 3 Creation Date : January 23, 2017 (GMT)