CMLH0704S330MTT

CMLH Series Shielded High Current SMD Power Inductor ◆ Features Pb 1.Magnetic Shielded surface mount inductor with high current rating. 2.Low resistance to keep power loss minimum. 3.The products contain no lead and also support lead-free soldering. ◆ Applications Excellent for power line DC-DC conversion applications used in hard disk, notebook computers and other electronic equipment. ◆ Lead Free Part Numbering CMLH 1204 (1) (2) (1) (2) (3) (4) (5) (6) (7) S (3) 100 M (4) (5) T T (6) (7) Series Type Dimension A X C Material Code Inductance 2R2=2.2μH ： ： ； 100=10μH；101=100μH Inductance Tolerance：M=±20%, Y=±30% Company Code Packaging ： packed in embossed carrier tape ◆ Dimensions Series A(mm) B(mm) C(mm) D(mm) E(mm) CMLH0703 CMLH0704 CMLH1204 CMLH1205 CMLH1207 7.3±0.3 7.3±0.3 12.0±0.3 12.0±0.3 12.0±0.3 7.3±0.3 7.3±0.3 12.0±0.3 12.0±0.3 12.0±0.3 3.5 Max. 4.5 Max. 5.0 Max. 6.0 Max. 8.0 Max. 1.8±0.2 1.8±0.2 5.0±0.2 5.0±0.2 5.0±0.2 5.0±0.2 5.0±0.2 7.6±0.2 7.6±0.2 7.6±0.2 Rev.02 Page 1 of 7 www.cybermaxtech.com CMLH Series ◆ Specification Inductance (µH) Test Frequency (Hz) DCR (mΩ) max. IDC (A) max. CMLH0703SR47MTT 0.47±20% 0.25V/1K 17 10.50 CMLH0703S1R0MTT 1.0±20% 0.25V/1K 17 7.00 CMLH0703S1R5MTT 1.5±20% 0.25V/1K 17 6.00 CMLH0703S2R2MTT 2.2±20% 0.25V/1K 25 4.50 CMLH0703S3R3MTT 3.3±20% 0.25V/1K 25 4.20 CMLH0703S4R7MTT 4.7±20% 0.25V/1K 58 3.65 CMLH0703S6R8MTT 6.8±20% 0.25V/1K 58 3.00 CMLH0703S8R2MTT 8.2±20% 0.25V/1K 63 2.50 CMLH0703S100MTT 10±20% 0.25V/1K 69 2.30 CMLH0703S120MTT 12±20% 0.25V/1K 83 2.20 CMLH0703S150MTT 15±20% 0.25V/1K 108 2.00 CMLH0703S180MTT 18±20% 0.25V/1K 125 1.80 CMLH0703S220MTT 22±20% 0.25V/1K 158 1.50 CMLH0703S330MTT 33±20% 0.25V/1K 232 1.20 CMLH0703S390MTT 39±20% 0.25V/1K 282 0.90 CMLH0703S400MTT 40±20% 0.25V/1K 291 0.90 CMLH0703S470MTT 47±20% 0.25V/1K 374 0.80 CMLH0703S560MTT 56±20% 0.25V/1K 415 0.70 CMLH0703S680MTT 68±20% 0.25V/1K 432 0.61 CMLH0703S820MTT 82±20% 0.25V/1K 573 0.55 CMLH0703S101MTT 100±20% 0.25V/1K 656 0.50 CMLH0703S151MTT 150±20% 0.25V/1K 830 0.46 CMLH0703S181MTT 180±20% 0.25V/1K 913 0.39 CMLH0703S221MTT 220±20% 0.25V/1K 1370 0.38 CMLH0703S271MTT 270±20% 0.25V/1K 1917 0.36 CMLH0703S331MTT 330±20% 0.25V/1K 2175 0.35 CMLH0703S471MTT 470±20% 0.25V/1K 3469 0.32 CMLH0703S681MTT 680±20% 0.25V/1K 4756 0.30 CMLH0703S821MTT 820±20% 0.25V/1K 5810 0.28 CMLH0703S102MTT 1000±20% 0.25V/1K 8018 0.26 Part Number CMLH0703 Series Rev.02 Page 2 of 7 www.cybermaxtech.com CMLH Series ◆ Specification Inductance (µH) Test Frequency (Hz) DCR (mΩ) max. IDC (A) max. CMLH0704S1R0MTT 1.0±20% 0.25V/1K 12 9.00 CMLH0704S1R2MTT 1.2±20% 0.25V/1K 21 8.00 CMLH0704S1R5MTT 1.5±20% 0.25V/1K 25 8.00 CMLH0704S1R8MTT 1.8±20% 0.25V/1K 27 7.00 CMLH0704S2R2MTT 2.2±20% 0.25V/1K 29 6.20 CMLH0704S2R7MTT 2.7±20% 0.25V/1K 33 5.50 CMLH0704S3R3MTT 3.3±20% 0.25V/1K 37 4.70 CMLH0704S4R7MTT 4.7±20% 0.25V/1K 39 3.50 CMLH0704S6R2MTT 6.2±20% 0.25V/1K 42 3.40 CMLH0704S6R8MTT 6.8±20% 0.25V/1K 42 3.40 CMLH0704S8R2MTT 8.2±20% 0.25V/1K 44 3.10 CMLH0704S100MTT 10±20% 0.25V/1K 46 3.00 CMLH0704S150MTT 15±20% 0.25V/1K 67 2.50 CMLH0704S180MTT 18±20% 0.25V/1K 83 2.00 CMLH0704S220MTT 22±20% 0.25V/1K 91 1.95 CMLH0704S270MTT 27±20% 0.25V/1K 106 1.50 CMLH0704S330MTT 33±20% 0.25V/1K 208 1.20 CMLH0704S390MTT 39±20% 0.25V/1K 249 1.10 CMLH0704S470MTT 47±20% 0.25V/1K 266 1.00 CMLH0704S560MTT 56±20% 0.25V/1K 291 1.00 CMLH0704S680MTT 68±20% 0.25V/1K 315 0.90 CMLH0704S101MTT 100±20% 0.25V/1K 506 0.85 CMLH0704S121MTT 120±20% 0.25V/1K 540 0.85 CMLH0704S151MTT 150±20% 0.25V/1K 730 0.75 CMLH0704S171MTT 170±20% 0.25V/1K 1079 0.74 CMLH0704S181MTT 180±20% 0.25V/1K 1121 0.70 CMLH0704S221MTT 220±20% 0.25V/1K 1162 0.62 CMLH0704S271MTT 270±20% 0.25V/1K 1245 0.55 CMLH0704S331MTT 330±20% 0.25V/1K 1245 0.50 CMLH0704S391MTT 390±20% 0.25V/1K 1494 0.48 CMLH0704S471MTT 470±20% 0.25V/1K 2158 0.40 Part Number CMLH0704 Series Rev.02 Page 3 of 7 www.cybermaxtech.com CMLH Series ◆ Specification Inductance (µH) Test Frequency (Hz) DCR (mΩ) max. IDC (A) max. CMLH1204S3R3MTT 3.3±20% 0.25V/1K 15 6.50 CMLH1204S4R7MTT 4.7±20% 0.25V/1K 18 5.70 CMLH1204S6R8MTT 6.8±20% 0.25V/1K 23 4.90 CMLH1204S8R2MTT 8.2±20% 0.25V/1K 26 4.60 CMLH1204S100MTT 10±20% 0.25V/1K 28 4.50 CMLH1204S120MTT 12±20% 0.25V/1K 38 4.10 CMLH1204S150MTT 15±20% 0.25V/1K 50 3.20 CMLH1204S180MTT 18±20% 0.25V/1K 57 3.10 CMLH1204S220MTT 22±20% 0.25V/1K 66 2.90 CMLH1204S270MTT 27±20% 0.25V/1K 80 2.80 CMLH1204S330MTT 33±20% 0.25V/1K 97 2.70 CMLH1204S390MTT 39±20% 0.25V/1K 132 2.10 CMLH1204S470MTT 47±20% 0.25V/1K 160 1.90 CMLH1204S560MTT 56±20% 0.25V/1K 190 1.80 CMLH1204S680MTT 68±20% 0.25V/1K 220 1.50 CMLH1204S820MTT 82±20% 0.25V/1K 260 1.30 CMLH1204S101MTT 100±20% 0.25V/1K 308 1.20 CMLH1204S121MTT 120±20% 0.25V/1K 380 1.10 CMLH1204S151MTT 150±20% 0.25V/1K 530 0.95 CMLH1204S181MTT 180±20% 0.25V/1K 620 0.85 CMLH1204S221MTT 220±20% 0.25V/1K 700 0.80 CMLH1204S271MTT 270±20% 0.25V/1K 870 0.60 CMLH1204S331MTT 330±20% 0.25V/1K 990 0.50 Part Number CMLH1204 Series Rev.02 Page 4 of 7 www.cybermaxtech.com CMLH Series ◆ Specification Inductance (µH) Test Frequency (Hz) DCR (mΩ) max. IDC (A) max. CMLH1205S1R5MTT 1.5±20% 0.25V/7.96M 12 8.00 CMLH1205S2R2MTT 2.2±20% 0.25V/7.96M 14 7.00 CMLH1205S3R3MTT 3.3±20% 0.25V/7.96M 17 6.00 CMLH1205S4R7MTT 4.7±20% 0.25V/7.96M 20 5.00 CMLH1205S6R8MTT 6.8±20% 0.25V/7.96M 21 4.50 CMLH1205S7R5MTT 7.5±20% 0.25V/7.96M 24 4.30 CMLH1205S100MTT 10±20% 0.25V/1K 25 4.00 CMLH1205S120MTT 12±20% 0.25V/1K 27 3.50 CMLH1205S150MTT 15±20% 0.25V/1K 30 3.30 CMLH1205S180MTT 18±20% 0.25V/1K 34 3.00 CMLH1205S220MTT 22±20% 0.25V/1K 36 2.80 CMLH1205S270MTT 27±20% 0.25V/1K 51 2.30 CMLH1205S330MTT 33±20% 0.25V/1K 57 2.10 CMLH1205S390MTT 39±20% 0.25V/1K 68 2.00 CMLH1205S470MTT 47±20% 0.25V/1K 75 1.80 CMLH1205S560MTT 56±20% 0.25V/1K 110 1.70 CMLH1205S680MTT 68±20% 0.25V/1K 120 1.50 CMLH1205S820MTT 82±20% 0.25V/1K 140 1.40 CMLH1205S101MTT 100±20% 0.25V/1K 160 1.30 CMLH1205S121MTT 120±20% 0.25V/1K 170 1.10 CMLH1205S151MTT 150±20% 0.25V/1K 230 1.00 CMLH1205S181MTT 180±20% 0.25V/1K 290 0.90 CMLH1205S221MTT 220±20% 0.25V/1K 400 0.80 CMLH1205S271MTT 270±20% 0.25V/1K 460 0.75 CMLH1205S331MTT 330±20% 0.25V/1K 510 0.68 CMLH1205S391MTT 390±20% 0.25V/1K 690 0.65 CMLH1205S471MTT 470±20% 0.25V/1K 770 0.58 CMLH1205S561MTT 560±20% 0.25V/1K 860 0.54 CMLH1205S681MTT 680±20% 0.25V/1K 1200 0.48 CMLH1205S821MTT 820±20% 0.25V/1K 1340 0.43 CMLH1205S102MTT 1000±20% 0.25V/1K 1530 0.4 Part Number CMLH1205 Series Rev.02 Page 5 of 7 www.cybermaxtech.com CMLH Series ◆ Specification Inductance (µH) Test Frequency (Hz) DCR (mΩ) max. IDC (A) max. CMLH1207S1R5MTT 1.5±20% 0.25V/1K 7.0 10.00 CMLH1207S2R2MTT 2.2±20% 0.25V/1K 11.5 8.00 CMLH1207S3R3MTT 3.3±20% 0.25V/1K 13.5 7.50 CMLH1207S3R9MTT 3.9±20% 0.25V/1K 14.5 7.00 CMLH1207S4R7MTT 4.7±20% 0.25V/1K 15.8 6.80 CMLH1207S6R8MTT 6.8±20% 0.25V/1K 17.6 6.60 CMLH1207S100MTT 10±20% 0.25V/1K 21.6 5.40 CMLH1207S120MTT 12±20% 0.25V/1K 24.3 4.90 CMLH1207S150MTT 15±20% 0.25V/1K 27.0 4.60 CMLH1207S180MTT 18±20% 0.25V/1K 39.2 3.90 CMLH1207S220MTT 22±20% 0.25V/1K 43.2 3.60 CMLH1207S270MTT 27±20% 0.25V/1K 45.9 3.40 CMLH1207S330MTT 33±20% 0.25V/1K 64.8 3.00 CMLH1207S390MTT 39±20% 0.25V/1K 72.9 2.75 CMLH1207S470MTT 47±20% 0.25V/1K 100 2.50 CMLH1207S560MTT 56±20% 0.25V/1K 110 2.35 CMLH1207S680MTT 68±20% 0.25V/1K 140 2.10 CMLH1207S820MTT 82±20% 0.25V/1K 160 1.95 CMLH1207S101MTT 100±20% 0.25V/1K 220 1.70 CMLH1207S121MTT 120±20% 0.25V/1K 250 1.60 CMLH1207S151MTT 150±20% 0.25V/1K 280 1.42 CMLH1207S181MTT 180±20% 0.25V/1K 350 1.30 CMLH1207S221MTT 220±20% 0.25V/1K 390 1.16 CMLH1207S271MTT 270±20% 0.25V/1K 560 1.06 CMLH1207S331MTT 330±20% 0.25V/1K 640 0.95 CMLH1207S391MTT 390±20% 0.25V/1K 700 0.88 CMLH1207S471MTT 470±20% 0.25V/1K 980 0.79 CMLH1207S561MTT 560±20% 0.25V/1K 1070 0.73 CMLH1207S681MTT 680±20% 0.25V/1K 1460 0.67 CMLH1207S821MTT 820±20% 0.25V/1K 1640 0.60 CMLH1207S102MTT 1000±20% 0.25V/1K 1820 0.55 Part Number CMLH1207 Series Rev.02 Page 6 of 7 www.cybermaxtech.com CMLH Series ◆ Note 1. Inductance measured by LCR Meter HP 4284A or equivalent. 2. DCR measured by Milliohm meter HP 4338B or equivalent. 3. Rated current is measured by LCR-meter 3260B (WK) & DC Bias 3265B(WK). 4. Maximum allowable DC current is that which causes a 25% inductance reduction from the initial value, or coil temperature to rise by 40 Rev.02 ℃, whichever is smaller. (Reference ambient temperature 25℃). Page 7 of 7 www.cybermaxtech.com