technology of tomorrow inductors revision: 07. nov. 2005 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 multilayer ferrite inductors mcl (mci) features monolithic structure for closed magnetic path eliminates crosstalk and provides high reliability in wide temperature and humidity range anti-leaching nickel barrier terminations magnetically shielded 90/10 solder plated terminations wide range of electrical properties suitable for prevention of electromagnetic interference to signal for high density circuits in disk drives, personal computers, measuring and telephone equipment operating temperature range: ?5 c ?+125 c suitable for reflow and wave soldering lab kit available identification 1 solder plating 2 diffusion barrier 3 silver metallisation 4 ferrite 5 electrodes mcl black none dimensions (mm) type body color marking structure size l w t c 0603 (1j) 1.60 0.15 0.80 0.15 0.80 0.15 0.36 0.15 0805 (2a) 2.00 0.20 1.25 0.20 0.90 0.20 0.51 0.25 1206 (2b) 3.20 0.20 1.60 0.20 1.10 0.20 0.51 0.25 type designation (how to order) mci product code h permeability code 0805 size t k inductance tolerance taping* te: 7 ?embossed plastic mcl h te 2a termination surface material t: sn l: sn/pb 821 nominal inductance 821 old part no. new part no. (pb-free) inductance tolerance k te *please see ?ackaging h, j 3 digits k(?0%), m(?0%) specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. 1j = 0603 2a = 0805 2b = 1206 inductors products with pb-free terminations meet rohs requirements 0.047 ? 260 mhz 0.068 ? 10 50 mhz 250 mhz 0.30 0.082 ? 245 mhz 0.10 ? 240 mhz 0.50 0.12 ? 205 mhz 50 ma 0.15 ? 180 mhz 0.60 0.18 ? 165 mhz 0.22 ? 150 mhz 0.80 0.27 ? 15 25 mhz 136 mhz 0.33 ? 125 mhz 0.85 0.39 ? 110 mhz 1.00 0.47 ? 105 mhz 1.35 35 ma 0.56 ? 95 mhz 1.55 0.68 ? 90 mhz 1.70 0.82 ? 85 mhz 2.10 1.0 ? 75 mhz 0.60 1.2 ? 65 mhz 0.80 25 ma 1.5 ? 60 mhz 1.8 ? 55 mhz 0.95 2.2 ? 10 mhz 50 mhz 1.15 2.7 ? 45 mhz 1.35 3.3 ? 35 40 mhz 1.55 15 ma 3.9 ? 35 mhz 1.70 4.7 ? 33 mhz 2.10 5.6 ? 22 mhz 1.55 6.8 ? 4 mhz 20 mhz 1.70 5 ma 8.2 ? 18 mhz 2.10 10 ? 30 2 mhz 17 mhz 1.85 3 ma 12 ? 15 mhz 2.10 rating type nominal inductance inductance tolerance l/q measuring frequency self-resonant frequency (min.) dc resistance (max.) allowable dc current (max.) quality factor (min.) mcl 1j h te 047 m mcl 1j h te 068 m mcl 1j h te 082 m mcl 1j h te r10 mcl 1j h te r12 mcl 1j h te r15 mcl 1j h te r18 mcl 1j h te r22 mcl 1j h te r27 mcl 1j h te r33 mcl 1j h te r39 mcl 1j h te r47 mcl 1j h te r56 mcl 1j h te r68 mcl 1j h te r82 mcl 1j j te 1r0 mcl 1j j te 1r2 mcl 1j j te 1r5 mcl 1j j te 1r8 mcl 1j j te 2r2 mcl 1j j te 2r7 mcl 1j j te 3r3 mcl 1j j te 3r9 mcl 1j j te 4r7 mcl 1j j te 5r6 mcl 1j j te 6r8 mcl 1j j te 8r2 mcl 1j j te 100 mcl 1j j te 120 k (?0%) m (?0%) enter the code for termination surface material (t, l) enter the code for inductance tolerance (k, m) - other tolerances available upon request. m (?0%)
inductors technology of tomorrow revision: 0 7. n o v . 2005 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. multilayer ferrite inductors mcl (mci) inductors 0.047 h 320 mhz 0.068 h 15 50 mhz 280 mhz 0.20 300 ma 0.082 h 255 mhz 0.10 h 235 mhz 0.30 0.12 h 220 mhz 0.15 h 200 mhz 0.40 0.18 h 20 185 mhz 250 ma 0.22 h 170 mhz 0.50 0.27 h 25 mhz 150 mhz 0.33 h 145 mhz 0.55 0.39 h 135 mhz 0.65 200 ma 0.47 h 125 mhz 0.56 h 25 115 mhz 0.75 0.68 h 105 mhz 0.80 150 ma 0.82 h 100 mhz 1.00 1.0 h 75 mhz 0.40 1.2 h 65 mhz 0.50 50 ma 1.5 h 60 mhz 1.8 h 55 mhz 0.60 2.2 h 45 10 mhz 50 mhz 0.65 2.7 h 45 mhz 0.75 3.3 h 41 mhz 0.80 30 ma 3.9 h 38 mhz 0.90 4.7 h 35 mhz 1.00 5.6 h 32 mhz 0.90 6.8 h 4 mhz 29 mhz 1.00 8.2 h 50 26 mhz 1.10 15 ma 10 h 2 mhz 24 mhz 1.15 0.047 h 50 mhz 320 mhz 0.15 300 ma 0.068 h 280 mhz 0.25 0.10 h 235 mhz 0.12 h 220 mhz 0.30 0.15 h 20 200 mhz 0.18 h 185 mhz 0.40 250 ma 0.22 h 170 mhz 0.27 h 25 mhz 150 mhz 0.50 0.33 h 145 mhz 0.60 0.39 h 135 mhz 0.50 200 ma 0.47 h 125 mhz 0.60 0.56 h 25 115 mhz 0.70 0.68 h 105 mhz 0.80 150 ma 0.82 h 100 mhz 0.90 1.0 h 75 mhz 0.40 100 ma 1.2 h 65 mhz 1.5 h 60 mhz 0.50 1.8 h 55 mhz 2.2 h 45 10 mhz 50 mhz 0.60 50 ma 2.7 h 45 mhz 3.3 h 41 mhz 0.70 3.9 h 38 mhz 0.80 4.7 h 35 mhz 0.85 5.6 h 32 mhz 6.8 h 50 4 mhz 29 mhz 0.90 25 ma 8.2 h 26 mhz 10 h 24 mhz 1.00 12 h 2 mhz 22 mhz 1.05 15 ma 15 h 19 mhz 0.70 18 h 18 mhz 5 ma 22 h 30 1 mhz 16 mhz 0.9 27 h 14 mhz 33 h 0.4 mhz 13 mhz 1.05 rating type nominal inductance inductance tolerance l/q measuring frequency self-resonant frequency (min.) dc resistance (max.) allowable dc current (max.) quality factor (min.) mcl 2a h te 047 m mcl 2a h te 068 m mcl 2a h te 082 m mcl 2a h te r10 mcl 2a h te r12 mcl 2a h te r15 mcl 2a h te r18 mcl 2a h te r22 mcl 2a h te r27 mcl 2a h te r33 mcl 2a h te r39 mcl 2a h te r47 mcl 2a h te r56 mcl 2a h te r68 mcl 2a h te r82 mcl 2a j te 1r0 mcl 2a j te 1r2 mcl 2a j te 1r5 mcl 2a j te 1r8 mcl 2a j te 2r2 mcl 2a j te 2r7 mcl 2a j te 3r3 mcl 2a j te 3r9 mcl 2a j te 4r7 mcl 2a j te 5r6 mcl 2a j te 6r8 mcl 2a j te 8r2 mcl 2a j te 100 mcl 2b h te 047 m mcl 2b h te 068 m mcl 2b h te r10 mcl 2b h te r12 mcl 2b h te r15 mcl 2b h te r18 mcl 2b h te r22 mcl 2b h te r27 mcl 2b h te r33 mcl 2b h te r39 mcl 2b h te r47 mcl 2b h te r56 mcl 2b h te r68 mcl 2b h te r82 mcl 2b j te 1r0 mcl 2b j te 1r2 mcl 2b j te 1r5 mcl 2b j te 1r8 mcl 2b j te 2r2 mcl 2b j te 2r7 mcl 2b j te 3r3 mcl 2b j te 3r9 mcl 2b j te 4r7 mcl 2b j te 5r6 mcl 2b j te 6r8 mcl 2b j te 8r2 mcl 2b j te 100 mcl 2b j te 120 mcl 2b j te 150 mcl 2b j te 180 mcl 2b j te 220 mcl 2b j te 270 mcl 2b j te 330 enter the code for termination surface material (t, l) enter the code for inductance tolerance (k, m) - other tolerances available upon request. new m (20%) m (20%) k (10%) m (20%) k (10%) m (20%)
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