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  technology of tomorrow inductors revision: 5. nov. 2004 europe gmbh ?kaddenbusch 6 ?d-25578 d?geling / itzehoe ?phone: +49 (0) 48 21/89 89-0 ?fax: +49 (0) 48 21/89 89 89 ?internet: www.koaeurope.de specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. products with pb-free terminations meet rohs requirements ferrite core radial choke coils lh ?rlh features the below mentioned characteristic values are representative examples and can be changed in accordance with the customers requirements choke coils for general power supplies clear (lhc) or shrinkable tube (lhb) coating is available the rlh-type is the automatic insertion inductor covers a wide range of allowable dc current (up to 5.4 a) measuring frequency: 1 khz operating temperature range: -25? ... +80? 1 ferrite bobbin core 2 winding wire 3 lead wire 4 adhesive 5 solder joint 6 coating structure characteristics dimensions (mm) type a max. b max. c min. lhb 0608 6.0 8.5 2.0 0.50 lhb 0712 7.5 3.0 lhb 0812 8.0 12.0 lhb 0912 9.5 15 10 3.0 5.0 0.65 lhb 0914 14.0 lhb 1014 10.0 lhb 1216 12.0 16.0 7.0 0.80 7.0: l 68? 0.6: 33? l 47? lhb 1314 13.0 14.0 15 5 10.0: l 47? 0.7: 6.8? l 22? 0.8: l 4.7?, l 68? d min. type designation (how to order) lhb product code lhb, rlh 0608 style mm (diameter/height) 1r0 nominal inductance 3 digits unit: ? termination surface material t: sn l: sn/pb lhb 0608 1r0 m inductance tolerance m(?0%) k(?0%) m t inductance tolerance m(?0%) k(?0%) *please see ?ackaging ba packaging blank: bulk * e max. f(?) w (nominal) lhb ?dc bias rlh ?dc bias lhb ?l vs. frequency rlh ?l vs. frequency rlh lhb lhc inductors old part no. new part no. (pb-free)
inductors technology of tomorrow revision: 5. nov. 2004 europe gmbh ?kaddenbusch 6 ?d-25578 d?geling / itzehoe ?phone: +49 (0) 48 21/89 89-0 ?fax: +49 (0) 48 21/89 89 89 ?internet: www.koaeurope.de specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. rating ferrite core, radial choke coils, lhb ?rlh nominal inductance and code 1r0 1 ? 0.1 ? 1.03 a 1r2 1.2 ? 0.15 ? 0.98 a 1r5 1.5 ? 0.2 ? 0.92 a 1r8 1.8 ? 0.22 ? 0.88 a 2r2 2.2 ? 0.24 ? 0.83 a 2r7 2.7 ? m ( 20%) 0.27 ? 0.79 a 3r3 3.3 ? 0.3 ? 0.75 a 3r9 3.9 ? 0.72 a 4r7 4.7 ? 0.35 ? 0.67 a 5r6 5.6 ? 0.64 a 6r8 6.8 ? 0.4 ? 0.62 a 8r2 8.2 ? 0.59 a 100 10 ? 0.45 ? 0.55 a 120 12 ? 0.5 ? 0.53 a 150 15 ? 0.55 ? 0.5 a 180 18 ? 0.6 ? 0.48 a 220 22 ? 0.65 ? 0.46 a 270 27 ? 0.75 ? 0.43 a 330 33 ? 0.85 ? 0.41 a 390 39 ? 0.9 ? 0.39 a 470 47 ? 1 ? 0.37 a 560 56 ? 1.2 ? 0.35 a 680 68 ? 1.3 ? 0.34 a 820 82 ? 1.5 ? 0.32 a 101 100 ? k ( 10%) 1.7 ? 0.305 a 121 120 ? 1.9 ? 0.29 a 151 150 ? 2.1 ? 0.275 a 181 180 ? 2.3 ? 0.235 a 221 220 ? 2.5 ? 0.2 a 271 270 ? 2.75 ? 0.18 a 331 330 ? 4.68 ? 0.165 a 391 390 ? 6 ? 0.15 a 471 470 ? 6.5 ? 0.14 a 561 560 ? 8.5 ? 0.135 a 681 680 ? 9 ? 0.125 a 821 820 ? 9.6 ? 0.12 a 102 1000 ? 11.5 ? 0.1 a ind. tolerance dcr (max.) idc (max.) lhb 0608 nominal inductance and code 3r3 3.3 ? 0.027 ? 3.6 a 4r7 4.7 ? m(?0%) 0.033 ? 3.2 a 6r8 6.8 ? 0.039 ? 3 a 100 10 ? 0.048 ? 2.7 a 120 12 ? 0.055 ? 2.5 a 150 15 ? 0.06 ? 2.4 a 180 18 ? 0.065 ? 2.3 a 220 22 ? 0.09 ? 1.9 a 270 27 ? 0.11 ? 1.8 a 330 33 ? 0.12 ? 1.7 a 390 39 ? 0.13 ? 1.6 a 470 47 ? 0.14 ? 1.5 a 560 56 ? 0.2 ? 1.3 a 680 68 ? 0.21 ? 1.2 a 820 82 ? 0.23 ? 1.1 a 101 100 ? k ( 10%) 0.28 ? 1 a 121 120 ? 0.32 ? 0.9 a 151 150 ? 0.37 ? 0.8 a 181 180 ? 0.54 ? 0.75 a 221 220 ? 0.6 ? 0.7 a 271 270 ? 0.68 ? 0.65 a 331 330 ? 0.76 ? 0.6 a 391 390 ? 0.85 ? 0.55 a 471 470 ? 1.3 ? 0.5 a 561 560 ? 1.4 ? 0.45 a 681 680 ? 1.6 ? 0.4 a 821 820 ? 1.8 ? 0.35 a 102 1000 ? 2.1 ? 0.3 a ind. tolerance dcr (max.) idc (max.) lhb 0914 nominal inductance and code 470 47 ? 0.4 ? 0.45 a 560 56 ? 0.45 ? 0.4 a 680 68 ? 0.5 ? 0.36 a 820 82 ? 0.34 a 101 100 ? 0.6 ? 0.32 a 121 120 ? 0.7 ? 0.3 a 151 150 ? 0.9 ? 0.28 a 181 180 ? 1 ? 0.26 a 221 220 ? 1.2 ? 0.24 a 271 270 ? 1.4 ? 0.22 a 331 330 ? 1.6 ? 0.2 a 391 390 ? 1.8 ? 0.18 a 471 470 ? 2 ? 0.16 a 561 560 ? 2.5 ? 0.15 a 681 680 ? 2.9 ? 0.14 a 821 820 ? 3.1 ? 0.13 a 102 1000 ? 3.9 ? 0.12 a 122 1200 ? 4.4 ? 0.11 a 152 1500 ? k ( 10%) 6 ? 0.1 a 182 1800 ? 7 ? 0.09 a 222 2200 ? 8 ? 0.08 a 272 2700 ? 9 ? 0.07 a 332 3300 ? 12 ? 0.06 a 392 3900 ? 14 ? 0.055 a 472 4700 ? 16 ? 0.05 a 562 5600 ? 18 ? 0.045 a 682 6800 ? 24 ? 0.04 a 822 8200 ? 30 ? 0.036 a 103 10000 ? 39 ? 0.034 a 123 12000 ? 46 ? 0.032 a 153 15000 ? 54 ? 0.03 a 183 18000 ? 76 ? 0.027 a 223 22000 ? 92 ? 0.025 a 273 27000 ? 102 ? 0.022 a 333 33000 ? 140 ? 0.02 a 393 39000 ? 150 ? 0.018 a 473 47000 ? 162 ? 0.016 a ind. tolerance dcr (max.) idc (max.) lhb 0812 100 10 ? 0.07 ? 1.1 a 120 12 ? 0.08 ? 1 a 150 15 ? 0.09 ? 0.9 a 180 18 ? 0.1 ? 0.75 a 220 22 ? 0.12 ? 0.7 a 270 27 ? 0.13 ? 0.65 a 330 33 ? 0.15 ? 0.6 a 390 39 ? 0.16 ? 0.55 a 470 47 ? 0.18 ? 0.45 a 560 56 ? 0.21 ? 0.4 a 680 68 ? k ( 10%) 0.24 ? 0.36 a 820 82 ? 0.35 ? 0.34 a 101 100 ? 0.4 ? 0.32 a 121 120 ? 0.45 ? 0.3 a 151 150 ? 0.5 ? 0.28 a 181 180 ? 0.75 ? 0.26 a 221 220 ? 0.9 ? 0.24 a 271 270 ? 1 ? 0.22 a 331 330 ? 1.1 ? 0.2 a 391 390 ? 1.2 ? 0.18 a 471 470 ? 1.5 ? 0.16 a 561 560 ? 1.8 ? 0.15 a nominal inductance and code ind. tolerance dcr (max.) idc (max.) lhb 0712 1r5 1.5 ? 0.008 ? 5.4 a 2r2 2.2 ? 0.01 ? 4.5 a 3r3 3.3 ? m ( 20%) 0.018 ? 3.6 a 4r7 4.7 ? 0.022 ? 3.1 a 6r8 6.8 ? 0.028 ? 2.5 a 100 10 ? 0.043 ? 2.1 a 150 15 ? 0.056 ? 1.7 a 220 22 ? 0.086 ? 1.4 a 330 33 ? 0.14 ? 1.1 a 470 47 ? 0.17 ? 0.96 a 680 68 ? 0.28 ? 0.79 a 101 100 ? k ( 10%) 0.33 ? 0.66 a 151 150 ? 0.56 ? 0.53 a 221 220 ? 0.72 ? 0.44 a 331 330 ? 1.1 ? 0.36 a 471 470 ? 1.7 ? 0.3 a 681 680 ? 2.3 ? 0.25 a 102 1000 ? 4.3 ? 0.2 a nominal inductance and code ind. tolerance dcr (max.) idc (max.) lhb 0912 nominal inductance and code ind. tolerance dcr (max.) idc (max.) lhb 1216 103 10000 ? 23 ? 0.1 a 123 12000 ? 24 ? 0.095 a 153 15000 ? 28 ? 0.09 a 183 18000 ? 34 ? 0.085 a 223 22000 ? 39 ? 0.08 a 273 27000 ? 48 ? 0.07 a 333 33000 ? 56 ? 0.065 a 393 39000 ? k ( 10%) 62 ? 0.06 a 473 47000 ? 73 ? 0.055 a 563 56000 ? 115 ? 0.05 a 683 68000 ? 120 ? 0.045 a 823 82000 ? 150 ? 0.042 a 104 100000 ? 155 ? 0.04 a 124 120000 ? 180 ? 0.038 a 154 150000 ? 205 ? 0.035 a 3r3 3.3 ? 0.008 ? 5.6 a 4r7 4.7 ? 0.009 ? 4.7 a 6r8 6.8 ? m ( 20%) 0.012 ? 3.9 a 100 10 ? 0.015 ? 3.2 a 150 15 ? 0.019 ? 2.6 a 220 22 ? 0.026 ? 2.2 a 330 33 ? 0.045 ? 1.8 a 470 47 ? 0.056 ? 1.5 a 680 68 ? 0.092 ? 1.2 a 101 100 ? 0.12 ? 1 a 151 150 ? 0.2 ? 0.82 a 221 220 ? 0.25 ? 0.68 a 331 330 ? k ( 10%) 0.42 ? 0.55 a 471 470 ? 0.51 ? 0.46 a 681 680 ? 0.79 ? 0.38 a 102 1000 ? 1.3 ? 0.31 a 152 1500 ? 1.7 ? 0.25 a 222 2200 ? 2.9 ? 0.21 a 332 3300 ? 3.7 ? 0.17 a 472 4700 ? 5.6 ? 0.14 a 682 6800 ? 9.4 ? 0.12 a 103 10000 ? 12 ? 0.1 a 153 15000 ? 15 ? 0.082 a nominal inductance and code ind. tolerance dcr (max.) idc (max.) lhb 1314 nominal inductance and code 101 100 ? 0.85 ? 0.35 a 121 120 ? 0.95 ? 0.33 a 151 150 ? 1.05 ? 0.31 a 181 180 ? 1.15 ? 0.3 a 221 220 ? 1.3 ? 0.28 a 271 270 ? 1.5 ? 0.26 a 331 330 ? 1.7 ? 0.24 a 391 390 ? 1.85 ? 0.23 a 471 470 ? 2.3 ? 0.21 a 561 560 ? 2.55 ? 0.2 a 681 680 ? 2.85 ? 0.19 a 821 820 ? 3.1 ? 0.18 a 102 1000 ? 4.1 ? 0.16 a 122 1200 ? 4.7 ? 0.15 a 152 1500 ? 5.8 ? 0.13 a 182 1800 ? 7.4 ? 0.115 a 222 2200 ? 8.4 ? 0.11 a 272 2700 ? 9.6 ? 0.095 a 332 3300 ? k ( 10%) 10.5 ? 0.08 a 392 3900 ? 12 ? 0.07 a 472 4700 ? 14 ? 0.065 a 562 5600 ? 16 ? 0.06 a 682 6800 ? 18 ? 0.055 a 822 8200 ? 24.5 ? 0.05 a 103 10000 ? 32 ? 0.045 a 123 12000 ? 36 ? 0.04 a 153 15000 ? 48 ? 0.035 a 183 18000 ? 52 ? 0.03 a 223 22000 ? 58 ? 0.028 a 273 27000 ? 62 ? 0.026 a 333 33000 ? 90 ? 0.024 a 393 39000 ? 100 ? 0.022 a 473 47000 ? 150 ? 0.02 a 563 56000 ? 200 ? 0.018 a 683 68000 ? 220 ? 0.016 a 823 82000 ? 240 ? 0.014 a 104 100000 ? 300 ? 0.012 a ind. tolerance dcr (max.) idc (max.) lhb 1014 1r5 1.5 ? 0.008 ? 5.4 a 2r2 2.2 ? 0.01 ? 4.5 a 3r3 3.3 ? m ( 20%) 0.018 ? 3.6 a 4r7 4.7 ? 0.022 ? 3.1 a 6r8 6.8 ? 0.028 ? 2.5 a 100 10 ? 0.043 ? 2.1 a 150 15 ? 0.056 ? 1.7 a 220 22 ? 0.086 ? 1.4 a 330 33 ? 0.14 ? 1.1 a 470 47 ? 0.17 ? 0.96 a 680 68 ? 0.28 ? 0.79 a 101 100 ? k ( 10%) 0.33 ? 0.66 a 151 150 ? 0.56 ? 0.53 a 221 220 ? 0.72 ? 0.44 a 331 330 ? 1.1 ? 0.36 a 471 470 ? 1.7 ? 0.3 a 681 680 ? 2.3 ? 0.25 a 102 1000 ? 4.3 ? 0.2 a nominal inductance and code ind. tolerance dcr (max.) idc (max.) rlh 0912 4r7 4.7 ? m ( 20%) 0.031 ? 2.6 a 6r8 6.8 ? 0.038 ? 2.3 a 100 10 ? 0.05 ? 1.9 a 150 15 ? 0.096 ? 1.6 a 220 22 ? 0.12 ? 1.3 a 330 33 ? 0.195 ? 1 a 470 47 ? 0.25 ? 0.94 a 680 68 ? 0.31 ? 0.73 a 101 100 ? k ( 10%) 0.53 ? 0.67 a 151 150 ? 0.7 ? 0.52 a 221 220 ? 0.89 ? 0.46 a 331 330 ? 1.6 ? 0.37 a 471 470 ? 2 ? 0.3 a 681 680 ? 3 ? 0.26 a 102 1000 ? 4 ? 0.19 a nominal inductance and code ind. tolerance dcr (max.) idc (max.) rlh 0910 measuring frequency = 1khz ind. tol. = inductance tolerance dcr (max) = dc resistance (max.) idc (max) = allowable dc current (max.) inductors


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