Surface Mount Multilayer Inductor NFP Series FEATURES 0603, 0805, 0806 AND 1008 CASE SIZES HIGH DC CURRENT AND LOW DC RESISTANCE NEW VERSION FOR INCREASED SATURATION CURRENT UPGRADED VERSION FOR HIGHEST CURRENT REFLOW SOLDERING APPLICABLE PACKAGE FOR AUTOMATIC PICK-PLACE SPECIFICATIONS Case Size Specifications 0603 0805 0806 1008 Inductance Range 0.47 mH ~ 2.2mH 0.22 mH ~ 10 mH 0.47 mH ~ 10 mH 0.47 mH ~ 10 mH Inductance Tolerance 20% (M), 30% (N) Operating Temperature Range -40C ~ +85C Self Resonant Frequency, DC Resistance, Rated DC Current See Standard Values and Specifications Table and Inductance Tolerance Note: Extended values, tolerances, and enhanced versions are available please contact NIC for more details. DIMENSIONS (mm) Case Size L W H P 0.5 0.1 0603 1.6 0.15 0.8 0.15 0.3 0.2 0.8 0.15 0.5 0.1 H 0805 2.0 +0.3/-0.1 1.25 0.2 0.9 0.1 0.5 0.3 1.25 0.2 0.9 0.1 0806 2.0 +0.3/-0.1 1.6 0.2 0.5 0.3 1.1 0.1 0.9 0.1 P W L 1008 2.5 0.2 2.0 +0.3/-0.1 0.5 0.3 1.1 0.1 PART NUMBER SYSTEM NFPS0806 M 1R0 TR 160 F RoHS compliant Current rating code (120=1200mA) Packaging: TR = Tape & Reel Rated inductance in H (R denotes decimal point) Inductance Tolerance Code: M = 20%, N = 30% Case Size: 06 = 0603, 10 = 0805 Series* (Recommended for Upgraded Saturation Current) (Optional for Highest Current Option) *NFP vs. NFPS vs. NFPH Performance Comparison Optional NFPH Recommended NFPS Standard NFP 0.47uH 0806 Current (mA) NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com 1 Specifications are subject to change Inductance (uH)Surface Mount Multilayer Inductor NFP Series NFP0603 SERIES 0603 CASE SIZE DC SRF Component Inductance Test Irms Isat Resistance NIC Partnumber Tolerance MHz Thickness (mH) Frequency (mA) (mA) (min.) () (mm) NFP0603NR47TR90F 0.47 30% (N) 105 0.19 25% 900 - 0.5 0.1 NFPS0603 R22TR125F 0.22 20% (M), 30% (N) 200 0.10 25% 1250 1600 NFPS0603 R33TR120F 0.33 20% (M), 30% (N) 190 0.13 25% 1200 1500 NFP0603NR47TR120F 0.47 30% (N) 105 0.12 25% 1200 - NFPS0603 R47TR110F 0.47 20% (M), 30% (N) 180 0.15 25% 1100 1200 NFP0603NR68TR100F 0.68 30% (N) 90 0.16 25% 1000 - 1MHz NFPS0603 R68TR115F 0.68 20% (M), 30% (N) 160 0.18 25% 1150 1100 0.8 0.15 NFP0603N1R0TR95F 1.0 30% (N) 60 0.20 25% 950 - NFPS0603 1R0TR100F 1.0 20% (M), 30% (N) 125 0.20 25% 1000 800 NFPS0603 1R5TR90F 1.5 20% (M), 30% (N) 100 0.23 25% 900 500 NFP0603N2R2TR75F 2.2 30% (N) 40 0.30 25% 750 - NFPS0603 2R2TR85F 2.2 20% (M), 30% (N) 80 0.30 25% 850 300 Maximum +40C temperature rise at Irms. Maximum -30% inductance drop from initial measured value at Isat. NFP0805 SERIES 0805 CASE SIZE SRF DC Component Inductance Test Irms Isat NIC Partnumber Tolerance MHz Resistance Thickness ( mH) Frequency (mA) (mA) (min.) (mm) () NFP0805MR22TR150F 0.22 20% (M) 100 0.09 25% 1500 - NFP0805 R47TR110F 0.47 20% (M), 30% (N) 100 - 0.12 25% 1100 NFPS0805 R47TR110F 0.47 20% (M), 30% (N) 80 1300 NFP0805 1R0TR80F 1.0 20% (M), 30% (N) 60 - 0.19 25% 800 NFPS0805 1R0TR80F 1.0 20% (M), 30% (N) 40 700 0.5 0.1 NFP0805 1R5TR70F 1.5 20% (M), 30% (N) 50 - 0.26 25% 700 NFPS0805 1R5TR70F 1.5 20% (M), 30% (N) 35 500 NFP0805 2R2TR60F 2.2 20% (M), 30% (N) 40 0.34 25% - 600 NFPS0805 2R2TR60F 2.2 20% (M), 30% (N) 30 0.32 25% 350 NFP0805 R47TR120F 20% (M), 30% (N) 100 0.09 25% 1200 - 0.47 NFPS0805 R47TR150F 20% (M), 30% (N) 100 0.08 25% 1500 1200 1MHz NFP0805 1R0TR100F 20% (M), 30% (N) 60 0.11 25% 1000 - 1.0 NFPS0805 1R0TR130F 20% (M), 30% (N) 60 0.11 25% 1300 1150 NFP0805 1R5TR90F 20% (M), 30% (N) 50 0.16 25% 900 - 1.5 NFPS0805 1R5TR110F 20% (M), 30% (N) 50 0.16 25% 1100 800 0.9 0.1 NFP0805 2R2TR80F 20% (M), 30% (N) 40 0.25 25% 800 - 2.2 NFPS0805 2R2TR90F 20% (M), 30% (N) 40 0.20 25% 900 500 NFP0805 3R3TR90F 20% (M), 30% (N) 30 0.19 25% 900 - 3.3 NFPS0805 3R3TR90F 20% (M), 30% (N) 30 0.20 25% 900 350 NFP0805 4R7TR80F 20% (M), 30% (N) 30 0.25 25% 800 - 4.7 NFPS0805 4R7TR80F 20% (M), 30% (N) 30 0.25 25% 800 280 NFP0805M100TR50F 10 20% (M) 15 0.5 30% 500 - 1.25 0.2 Maximum +40C temperature rise at Irms. Maximum -30% inductance drop from initial measured value at Isat. Note: Extended values, tolerances, and enhanced versions are available please contact NIC for more details. NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com 2 Specifications are subject to change