CDRH125LDNP-101MC Sumida

SMD Power Inductor CDRH125/LD Description Ferrite drum core construction. RoHS Magnetically shielded. LWH: 12.312.36.0 mm Max. Product weight: 2.9g(Ref.) Moisture Sensitivity Level: 1 RoHS compliance. Environmental Data Operating temperature range: -40+100 Dimension - mm (including coils self temperature rise) 0.2 5.0 Storage temperature range: -40+100 Solder reflow temperature: 260 peak. Packaging Carrier tape and reel packaging 13diameter reel 12.00.3 Max.6.0 Electrode 500pcs per reel Applications Land pattern and Schematics - mm Ideally used in Notebook PC, LCD TV,DVD, 5.4 Game machine, STB ,Projector etc. as converter inductors. Partofsolderresistprinting DimensionofCDRH125/LD 7.5H ~ 56H 68H 1000H Page 1 of 5 Revised: 2-Apr-20 2.9 12.0 0.3 7.0 12.8 7.60.2 11.8 0.22 Saturation current: This indicates the value of D.C. current when the inductance becomes than its initial value. (Ta 20) 3 Temperature rise current: The actual value of D.C. current when the temperature of coil becomes T=40 (Ta 20). SMD Power Inductor CDRH125/LD Electrical Characteristics Saturation current Temperature rise Inductance D.C.R D.C.R Part No Stamp Within () (A)2 current () Typ. 1 Max. Max.(Typ.) (A) 3 CDRH125/LDNP-7R5NC 7R5 7.5H30% 14.7m 19.0m 5.60(7.00) 6.40 CDRH125/LDNP-100NC 100 10H30% 22.5m 29.0m 4.60(6.00) 5.40 CDRH125/LDNP-120MC 120 12H20% 24.6m 32.0m 4.20(5.40) 5.20 CDRH125/LDNP-150MC 150 15H20% 27.1m 35.0m 4.00(5.00) 5.00 CDRH125/LDNP-180MC 180 18H20% 31.8m 41.0m 3.56(4.50) 4.60 CDRH125/LDNP-220MC 220 22H20% 33.9m 44.0m 3.28(4.20 4.50 CDRH125/LDNP-270MC 270 27H20% 41.5m 52.0m 3.00(3.70 4.20 CDRH125/LDNP-330MC 330 33H20% 50.0m 65.0m 2.60(3.25 3.80 CDRH125/LDNP-390MC 390 39H20% 60.0m 75.0m 2.40 3.00 3.40 CDRH125/LDNP-470MC 470 47H20% 72.5m 95.0m 2.30(2.90 2.70 CDRH125/LDNP-560MC 560 95.4m 125m 2.00(2.50) 2.60 56H20% CDRH125/LDNP-680MC 680 68H20% 0.110 0.140 1.85(2.25) 2.40 CDRH125/LDNP-820MC 820 82H20% 0.121 0.157 1.70(2.10) 2.30 CDRH125/LDNP-101MC 101 100H20% 0.144 0.187 1.60(2.00) 2.15 CDRH125/LDNP-121MC 121 120H20% 0.175 0.228 1.37(1.70) 1.90 CDRH125/LDNP-151MC 151 0.218 0.280 1.26(1.60) 1.75 150H20% CDRH125/LDNP-181MC 181 180H20% 0.259 0.335 1.14(1.45) 1.48 CDRH125/LDNP-221MC 221 220H20% 0.303 0.395 1.08(1.35) 1.40 CDRH125/LDNP-271MC 271 270H20% 0.403 0.520 0.94 1.20 1.25 CDRH125/LDNP-331MC 331 330H20% 0.547 0.710 0.85 1.10 1.05 CDRH125/LDNP-391MC 391 0.614 0.800 1.00 390H20% 0.77 0.98 CDRH125/LDNP-471MC 471 470H20% 0.711 0.920 0.72 0.90 0.95 CDRH125/LDNP-561MC 561 560H20% 0.956 1.20 0.67 0.83 0.85 CDRH125/LDNP-681MC 681 680H20% 1.08 1.35 0.57 0.71 1.78 CDRH125/LDNP-821MC 821 820H20% 1.17 1.40 0.51 0.62 1.72 CDRH125/LDNP-102MC 102 1000H20% 1.62 1.95 0.46 0.58 0.60 1 Measured frequency (Inductance 10H at 7.96MHz Inductance>10H at 100kHz) 2 Saturation current: This indicates the value of D.C. current when the inductance becomes 25% lower than its initial value. (Ta 20) 3 Temperature rise current: The actual value of D.C. current when the temperature of coil becomes T=40 (Ta 20). Page 2 of 5 Revised: 2-Apr-20