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 product inductance range equipment code lfc 32 0.005 ? ?0.10 ? impedance analyser hp 4191 a 0.12 ? ?330 ? q meter hp 4342 a kl 32 0.005 ? ?8.2 ? impedance analyser hp 4191 a 10 ? ?330 ? impedance analyser hp 4192 a inductance measuring equipment lfc32 3.2 0.2 2.5 0.2 2.2 0.2 1.7 0.1 1.9 0.1 0.5 ferrite core wirewound molded chip inductor lfc32 kl32 1) features excellent heat resistance and mechanical strength due to molded resin wide inductance range due to five different ferrite materials surface mount style with a footprint of ?210 wide range of applications (video cameras, mobile communications, car electronics, computer systems etc.) operating temperature range: ?0 c +100 c suitable for reflow, wave and iron soldering lab kit available structure 1 ferrite core 2 winding wire 3 terminal (copper base) 4 molded resin dimensions (mm) product code w l h t w t h d (nom) silver lfc32 / kl32 black 3 digit inductance code identification product code coating color marking w l h t h t w d 1 4 3 2 type designation (how to order) lfc32 (kl32) 1) product code lfc32 (kl32) 1) j inductance tolerance termination surface material c: sncu l: sn/pb c *please see ?ackaging te taping* te, bk te nominal inductance 3 digits (unit: ?) r56 r56 inductance tolerance j: ?% k: ?0% m: ?0% j (?) 1) type indication kl32 or lfc32 depends on measuring equipment only characteristics q vs. frequency dc bias inductors old part no. new part no. (pb-free)
rating type nominal inductance inductance tolerance quality factor (min.) self-resonant frequency (min.) dc resistance (max.) allowable dc current (max.) measuring frequency lfc32 te 005 m 0.005 ? m (?0%) 11 2700 mhz 0.12 ? lfc32 te 010 0.010 ? 15 2500 mhz 0.13 ? lfc32 te 012 0.012 ? 17 2300 mhz 0.14 ? lfc32 te 015 0.015 ? k (?0%) 19 2100 mhz 0.16 ? lfc32 te 018 0.018 ? m (?0%) 21 1900 mhz 0.18 ? lfc32 te 022 0.022 ? 23 1700 mhz 0.20 ? lfc32 te 027 0.027 ? 1500 mhz 0.22 ? 100 mhz lfc32 te 033 0.033 ? 25 1400 mhz 0.24 ? lfc32 te 039 0.039 ? 1300 mhz 0.27 ? lfc32 te 047 0.047 ? 26 1200 mhz 0.30 ? lfc32 te 056 0.056 ? 1100 mhz 0.33 ? lfc32 te 068 0.068 ? 27 1000 mhz 0.36 ? lfc32 te 082 0.082 ? 900 mhz 0.40 ? 450 ma lfc32 te r10 0.10 ? 28 700 mhz 0.44 ? lfc32 te r12 0.12 ? 500 mhz 0.22 ? lfc32 te r15 0.15 ? 450 mhz 0.25 ? lfc32 te r18 0.18 ? 400 mhz 0.28 ? lfc32 te r22 0.22 ? 350 mhz 0.32 ? lfc32 te r27 0.27 ? 320 mhz 0.36 ? lfc32 te r33 0.33 ? 300 mhz 0.40 ? 25.2 mhz lfc32 te r39 0.39 ? 250 mhz 0.45 ? lfc32 te r47 0.47 ? 220 mhz 0.50 ? lfc32 te r56 0.56 ? 180 mhz 0.55 ? lfc32 te r68 0.68 ? 160 mhz 0.60 ? lfc32 te r82 0.82 ? 140 mhz 0.65 ? lfc32 te 1r0 1.0 ? 120 mhz 0.70 ? 400 ma lfc32 te 1r2 1.2 ? 100 mhz 0.75 ? 390 ma lfc32 te 1r5 1.5 ? 85 mhz 0.85 ? 370 ma lfc32 te 1r8 1.8 ? 80 mhz 0.90 ? 350 ma lfc32 te 2r2 2.2 ? j (?%) 30 75 mhz 1.0 ? 320 ma lfc32 te 2r7 2.7 ? k (?0%) 70 mhz 1.1 ? 290 ma lfc32 te 3r3 3.3 ? m (?0%) 60 mhz 1.2 ? 260 ma 7.96 mhz lfc32 te 3r9 3.9 ? 55 mhz 1.3 ? 250 ma lfc32 te 4r7 4.7 ? 50 mhz 1.5 ? 220 ma lfc32 te 5r6 5.6 ? 47 mhz 1.6 ? 200 ma lfc32 te 6r8 6.8 ? 43 mhz 1.8 ? 180 ma lfc32 te 8r2 8.2 ? 40 mhz 2.0 ? 170 ma lfc32 te 100 10 ? 36 mhz 2.1 ? 150 ma lfc32 te 120 12 ? 33 mhz 2.5 ? 140 ma lfc32 te 150 15 ? 30 mhz 2.8 ? 130 ma lfc32 te 180 18 ? 27 mhz 3.3 ? 120 ma lfc32 te 220 22 ? 25 mhz 3.7 ? 110 ma lfc32 te 270 27 ? 20 mhz 5.0 ? 80 ma lfc32 te 330 33 ? 17 mhz 5.6 ? 70 ma 2.52 mhz lfc32 te 390 39 ? 16 mhz 6.4 ? 65 ma lfc32 te 470 47 ? 15 mhz 7.0 ? 60 ma lfc32 te 560 56 ? 13 mhz 8.0 ? 55 ma lfc32 te 680 68 ? 12 mhz 9.0 ? 50 ma lfc32 te 820 82 ? 11 mhz 10 ? 45 ma lfc32 te 101 100 ? 10 mhz 40 ma lfc32 te 121 120 ? 11 ? 70 ma lfc32 te 151 150 ? 8 mhz 15 ? 65 ma lfc32 te 181 180 ? 20 7 mhz 17 ? 60 ma 0.796 mhz lfc32 te 221 220 ? 21 ? lfc32 te 271 270 ? 6 mhz 28 ? 50 ma lfc32 te 331 330 ? 5 mhz 34 ? 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. ferrite core wirewound molded chip inductor lfc32 kl32 1) 1) type indication kl32 or lfc32 depends on measuring equipment only inductors enter the code for termination surface material (c, l) enter the code for inductance tolerance (j, k, m)
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