HM506R8KLF TT Electronics

Magnetics Axially Leaded Miniature Power Inductors Model HM50 Features and Benefits Electrical / Environmental HM50 Axially Leaded Miniature Power Inductors Inductance Range 3.9H to 18,000H Inductance Range 3.9H to 18,000H Standard Tolerance 10% Standard Tolerance 10% Operating Temperature Range -55C to +105C Operating Temperature Range -55C to +105C RoHS Compliant Outline Dimensions (Inch / mm) Outline Dimensions (Inch / mm) Max. Specification 25C Specifications 25C Inductance DC Rated INCR Inductance DC Rated INCR Part Part (1) (2) (3) (1) (2) (3) InductanceNominal DCResistanceRatedIDC INCR IDC InductanceNominal ResisDCtance RatedIDC INCRIDC Number Number (1) (2) (3) (1) (2) (3) H 10% Max. Amps Amps H 10% Max. Amps Amps Part Nominal Resistance IDC IDC Part Nominal Resistance IDC IDC HM50-3R9KLF 3.9 0.019 3.60 7.30 HM50-331KLF 330 0.665 0.61 0.70 Number H 10% W Max. Amps Amps Number H 10% W Max. Amps Amps HM50-4R7KLF 4.7 0.022 3.40 6.30 HM50-391KLF 390 0.772 0.57 0.64 HM50-3R9KLF 3.9 .019 3.60 7.30 HM50-331KLF 330 .665 0.61 0.70 HM50-5R6KLF 5.6 0.024 3.20 5.60 HM50-471KLF 470 1.15 0.47 0.59 HM50-6R8KLF 6.8 0.026 3.10 5.30 HM50-561KLF 560 1.27 0.44 0.54 HM50-4R7KLF 4.7 .022 3.40 6.30 HM50-391KLF 390 .772 0.57 0.64 HM50-8R2KLF 8.2 0.028 3.00 4.50 HM50-681KLF 680 1.61 0.40 0.49 HM50-5R6KLF 5.6 .024 3.20 5.60 HM50-471KLF 470 1.15 0.47 0.59 HM50-100KLF 10 0.033 2.80 4.10 HM50-821KLF 820 1.96 0.36 0.44 HM50-6R8KLF 6.8 .026 3.10 5.30 HM50-561KLF 560 1.27 0.44 0.54 HM50-120KLF 12 0.037 2.60 3.60 HM50-102KLF 1000 2.3 0.33 0.40 HM50-150KLF 15 0.04 2.50 3.30 HM50-122KLF 1200 2.65 0.30 0.35 HM50-8R2KLF 8.2 .028 3.00 4.50 HM50-681KLF 680 1.61 0.40 0.49 HM50-180KLF 18 0.044 2.40 3.00 HM50-152KLF 1500 3.45 0.27 0.33 HM50-100KLF 10 .033 2.80 4.10 HM50-821KLF 820 1.96 0.36 0.44 HM50-220KLF 22 0.05 2.23 2.70 HM50-182KLF 1800 4.03 0.25 0.29 HM50-120KLF 12 .037 2.60 3.60 HM50-102KLF 1000 2.30 0.33 0.40 HM50-270KLF 27 0.056 2.10 2.50 HM50-222KLF 2200 4.48 0.23 0.27 HM50-330KLF 33 0.076 1.81 2.20 HM50-272KLF 2700 5.4 0.21 0.24 HM50-150KLF 15 .040 2.50 3.30 HM50-122KLF 1200 2.65 0.30 0.35 HM50-390KLF 39 0.094 1.63 2.00 HM50-332KLF 3300 6.56 0.20 0.22 HM50-180KLF 18 .044 2.40 3.00 HM50-152KLF 1500 3.45 0.27 0.33 HM50-470KLF 47 0.109 1.51 1.80 HM50-392KLF 3900 8.63 0.17 0.20 HM50-220KLF 22 .050 2.23 2.70 HM50-182KLF 1800 4.03 0.25 0.29 HM50-560KLF 56 0.14 1.33 1.70 HM50-472KLF 4700 9.66 0.16 0.18 HM50-680KLF 68 0.131 1.31 1.50 HM50-562KLF 5600 13.9 0.13 0.166 HM50-270KLF 27 .056 2.10 2.50 HM50-222KLF 2200 4.48 0.23 0.27 HM50-820KLF 82 0.152 1.30 1.40 HM50-682KLF 6800 16.3 0.12 0.151 HM50-330KLF 33 .076 1.81 2.20 HM50-272KLF 2700 5.40 0.21 0.24 HM50-101KLF 100 0.208 1.10 1.20 HM50-822KLF 8200 20.8 0.11 0.136 HM50-390KLF 39 .094 1.63 2.00 HM50-332KLF 3300 6.56 0.20 0.22 HM50-121KLF 120 0.283 0.94 1.10 HM50-103KLF 10000 26.4 0.10 0.125 HM50-151KLF 150 0.34 0.86 1.00 HM50-123KLF 12000 29.9 0.09 0.114 HM50-470KLF 47 .109 1.51 1.80 HM50-392KLF 3900 8.63 0.17 0.20 HM50-181KLF 180 0.362 0.83 0.95 HM50-153KLF 15000 42.5 0.08 0.098 HM50-560KLF 56 .140 1.33 1.70 HM50-472KLF 4700 9.66 0.16 0.18 HM50-221KLF 220 0.43 0.76 0.86 HM50-183KLF 18000 48.3 0.07 0.091 HM50-680KLF 68 .131 1.31 1.50 HM50-562KLF 5600 13.9 0.13 .166 HM50-271KLF 270 0.557 0.67 0.77 HM50-820KLF 82 .152 1.30 1.40 HM50-682KLF 6800 16.3 0.12 .151 Notes:(1) Inductance is measured at 1kHz without DC current. (2) The rated DC current is based on an approximate 20C temperature rise. HM50-101KLF 100 .208 1.10 1.20 HM50-822KLF 8200 20.8 0.11 .136 (3) The incremental current (INCR I) is the approximate current at which the inductance will be decreased by 5% from its initial (zero DC) value due to saturation. HM50-121KLF 120 .283 0.94 1.10 HM50-103KLF 10000 26.4 0.10 .125 Packaging HM50-151KLF 150 .340 0.86Ordering In1.00 formaHM50-123KLFtion 12000 29.9 0.09 .114 HM50-181KLF 180 .362 0.83 0.95 HM50-153KLF 15000 42.5 0.08 .098 HM50 - 330 K LF HM50-221KLF 220 .430 0.76 0.86 HM50-183KLF 18000 48.3 0.07 .091 Boxes HM50-271KLF 270 .557 0.67 0.77 Model Series Lead-Free Notes: (1) Inductance is measured at 1kHz without DC current. Standard (2) The rated DC current is based on an approximate 20C temperature rise. Inductance Code: Inductance Tolerance: (3) The incremental current (INCR I) is the approximateFirst 2 digits are significant.current at which the Last digit denotesinductance will be decreased by 5% from its initial (zero DC) value J = 5% Capacity = 2700 Units due to saturation. the number of trailing zeros. For values below K = 10% 10H, R denotes the decimal point. M = 20% Packaging Ordering Information BI Technologies HM50 - 330 K LF General Note A-1445, Jalan Tanjung Api TT Electronics reserves the right to make changes in product specification without notice or liability. 25050 Kuantan All information is subject to TT Electronics own data and is considered accurate at time of going to print. Pahang Darul Makmur Standard: Boxes Model Series Lead Free Malaysia Ph: +60 9 565 8888 Fax: +60 9 514 3555 TT Electronics plc Inductance Code: Inductance Tolerance: X-ON Electronics Largest Supplier of Electrical and Electronic Components Click to view similar products for Fixed Inductors category: Click to view products by TT Electronics manufacturer: Other Similar products are found below : MLZ1608M6R8WTD25 MLZ1608N6R8LT000 MLZ1608N3R3LTD25 MLZ1608N3R3LT000 MLZ1608N150LT000 MLZ1608M150WTD25 MLZ1608M3R3WTD25 MLZ1608M3R3WT000 MLZ1608M150WT000 MLZ1608A1R5WT000 MLZ1608N1R5LT000 B82432C1333K000 PCMB053T-1R0MS PCMB053T-1R5MS PCMB104T-1R5MS CR32NP-100KC CR32NP- 151KC CR32NP-180KC CR32NP-181KC CR32NP-1R5MC CR32NP-390KC CR32NP-3R9MC CR32NP-680KC CR32NP-820KC CR32NP-8R2MC CR43NP-390KC CR43NP-560KC CR43NP-680KC CR54NP-181KC CR54NP-470LC CR54NP-820KC CR54NP-8R5MC MGDQ4-00004-P MGDU1-00016-P MHL1ECTTP18NJ MHL1JCTTD12NJ PE-51506NL PE-53601NL PE-53630NL PE-53824SNLT PE- 62892NL PE-92100NL PG0434.801NLT PG0936.113NLT PM06-2N7 PM06-39NJ HC2LP-R47-R HC2-R47-R HC3-2R2-R HC8-1R2-R