CSLF3226B SUMIDA | Alldatasheet
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Power Inductors <SMD Type: CSLF Series> Type: CSLF3226B Please refer to the sales offices on our website for a representative near you www.sumida.com 1/3 ◆ Product Description ・Inductance Range: 1.0μH~560μH ・Rated current range: 0.07~0.5 A ・Custom design is available. ◆ Feature ・Miniature chip inductor, ferrite core used. ・High Q value at high frequency and low D.C.R. ・Low THD for signal circuit. ・Ideally used in mini-type power circuit and signal circuit. ・RoHS Compliance ◆ D i m e n s i o n s ( m m ) ◆ Land Pattern (mm) FF SS 3.2 0.3 2.80 Max. 4.5 0.3 1.0 Min. 1.0 Min. 1.0 Min. R1.0 4.0 1.0 5.0 Part of electrode Part of solder resist printing
Power Inductors <SMD Type: CSLF Series> Type: CSLF3226B Please refer to the sales offices on our website for a representative near you www.sumida.com 2/3 ◆ Specification Part No. Stamp Inductance (µH) ※1 D.C.R. (Ω)[Max.] Qu [Min.] ※1 Self Resonance Frequency (MHz)[Min.] Rated Current (mA)※2 CSLF3226BNP-1R0NC 1R0N 1.0 ±30% 0.20 20 120 500 CSLF3226BNP-1R2MC 1R2M 1.2 ±20% 0.20 20 100 500 CSLF3226BNP-1R5MC 1R5M 1.5 ±20% 0.30 20 85 500 CSLF3226BNP-1R8MC 1R8M 1.8 ±20% 0.30 20 75 500 CSLF3226BNP-2R2MC 2R2M 2.2 ±20% 0.30 20 62 500 CSLF3226BNP-2R7MC 2R7M 2.7 ±20% 0.32 20 53 500 CSLF3226BNP-3R3MC 3R3M 3.3 ±20% 0.35 20 47 500 CSLF3226BNP-3R9MC 3R9M 3.9 ±20% 0.38 20 41 500 CSLF3226BNP-4R7KC 4R7K 4.7 ±10% 0.40 30 38 500 CSLF3226BNP-5R6KC 5R6K 5.6 ±10% 0.47 30 33 500 CSLF3226BNP-6R8KC 6R8K 6.8 ±10% 0.50 30 31 450 CSLF3226BNP-8R2KC 8R2K 8.2 ±10% 0.56 30 27 450 CSLF3226BNP-100JC 100J 10 ±5% 0.56 35 23 400 CSLF3226BNP-100KC 100K 10 ±10% 0.56 35 23 400 CSLF3226BNP-120JC 120J 12 ±5% 0.62 35 21 380 CSLF3226BNP-120KC 120K 12 ±10% 0.62 35 21 380 CSLF3226BNP-150JC 150J 15 ±5% 0.73 35 19 360 CSLF3226BNP-150KC 150K 15 ±10% 0.73 35 19 360 CSLF3226BNP-180JC 180J 18 ±5% 0.82 35 17 340 CSLF3226BNP-180KC 180K 18 ±10% 0.82 35 17 340 CSLF3226BNP-220JC 220J 22 ±5% 0.94 35 15 320 CSLF3226BNP-220KC 220K 22 ±10% 0.94 35 15 320 CSLF3226BNP-270JC 270J 27 ±5% 1.10 35 14 300 CSLF3226BNP-270KC 270K 27 ±10% 1.10 35 14 300 CSLF3226BNP-330JC 330J 33 ±5% 1.20 35 12 270 CSLF3226BNP-330KC 330K 33 ±10% 1.20 35 12 270 CSLF3226BNP-390JC 390J 39 ±5% 1.40 35 11 240 CSLF3226BNP-390KC 390K 39±10% 1.40 35 11 240 CSLF3226BNP-470JC 470J 47±5% 1.50 35 10 220 CSLF3226BNP-470KC 470K 47±10% 1.50 35 10 220
Power Inductors <SMD Type: CSLF Series> Type: CSLF3226B Please refer to the sales offices on our website for a representative near you www.sumida.com 3/3 Part No. Stamp Inductance (µH) ※1 D.C.R. (Ω)[Max.] Qu [Min.] ※1 Self Resonance Frequency (MHz)[Min.] Rated Current(mA) CSLF3226BNP-560JC 560J 56±5% 1.70 35 9.3 200 CSLF3226BNP-560KC 560K 56±10% 1.70 35 9.3 200 CSLF3226BNP-680JC 680J 68±5% 1.90 35 8.4 180 CSLF3226BNP-680KC 680K 68±10% 1.90 35 8.4 180 CSLF3226BNP-820JC 820J 82±5% 2.20 35 7.5 170 CSLF3226BNP-820KC 820K 82±10% 2.20 35 7.5 170 CSLF3226BNP-101JC 101J 100 ±5% 2.50 40 6.8 160 CSLF3226BNP-101KC 101K 100±10% 2.50 40 6.8 160 CSLF3226BNP-121JC 121J 120±5% 3.00 40 6.2 150 CSLF3226BNP-121KC 121K 120±10% 3.00 40 6.2 150 CSLF3226BNP-151JC 151J 150±5% 3.70 40 5.5 130 CSLF3226BNP-151KC 151K 150±10% 3.70 40 5.5 130 CSLF3226BNP-181JC 181J 180±5% 4.50 40 5.0 120 CSLF3226BNP-181KC 181K 180±10% 4.50 40 5.0 120 CSLF3226BNP-221JC 221J 220±5% 5.40 40 4.5 110 CSLF3226BNP-221KC 221K 220±10% 5.40 40 4.5 110 CSLF3226BNP-271JC 271J 270±5% 6.80 40 4.0 100 CSLF3226BNP-271KC 271K 270±10% 6.80 40 4.0 100 CSLF3226BNP-331JC 331J 330±5% 8.20 40 3.6 95 CSLF3226BNP-331KC 331K 330±10% 8.20 40 3.6 95 CSLF3226BNP-391JC 391J 390±5% 9.70 40 3.3 90 CSLF3226BNP-391KC 391K 390±10% 9.70 40 3.3 90 CSLF3226BNP-471JC 471J 470±5% 11.8 40 3.0 80 CSLF3226BNP-471KC 471K 470±10% 11.8 40 3.0 80 CSLF3226BNP-561JC 561J 560±5% 14.5 40 2.7 70 CSLF3226BNP-561KC 561K 560±10% 14.5 40 2.7 70 ※1 Measuring condition: 1.0μH~82μH Inductance at 1MHz,0.1Vrms Qu at 1MHz,0.1Vrms 100 μH~390μH Inductance at 1MHz,0.1Vrms Qu at 796kHz,0.1Vrms 470μH~560μH Inductance at 1kHz,0.1Vrms Qu at 796kHz,0.1Vrms ※2 Rated current: The DC current at which the inductance decreases to 90% of it's initial value or when △t=40℃, whichever is lower(Ta=20℃).