wire wound inductors lfc32/kl32 `??? wire wound molded chip inductors ?construction ?characteristics ?dimensionsmm ?type designation example ??\body color: black Lfeatures ?????`? ???????? `???h?? ?? ?`?`????? U?`???rohs?? aec-q200?? ?`???? cover a wide range of inductances. high q value can be achieved by wire wound structure. excellent environment resistance and dimensional stability due to the molding structure. suitable for reflow, flow and iron solderings. products with lead free termination meet eu-rohs requirements. aec-q200 qualified. ?applications ???????` ???`?????? cd-romhdd??C?`? ???vB`??` video cameras, digital still cameras, family tv game machines, car navigation systems, computer peripherals, mobile communications, car electronics. ??y??inductance measuring standards ? ? ? ? ? 8 f j h i u h ? q d t * o d i 4 j [ f $ p e f 3 * t
:y ' s f r v f o d z . ) [ ? v o t ?
q y % $ # j b t y $ i b s b d u f s j t u j d t ?????? ) * o e v d u b o d f v ?vy % $ # j b t n " ? 2 g ?
q y 2 ' s f r v f o d z $ i b s b d u f s j t u j d ty 3 3 3 + 5 f t u f r v j q n f o u 2 n f u f s " : ) 1 . f b t v s j o h d j s d v j u s? - $ 3 n f u f s " % $ q p x f s t p v s d f - - y - ) g l ) [ - y 4 b n q m f ?? " 2 3 * t
:y ' s f r v f o d z . ) [ ? v o t ?
q y % $ # j b t y $ i b s b d u f s j t u j d t ?????? ) * o e v d u b o d f v ?vy % $ # j b t n " ? 2 g ?
q y 2 ' s f r v f o d z $ i b s b d u f s j t u j d ty 3 3 3 + 5 f t u f r v j q n f o u 2 n f u f s " : ) 1 . f b t v s j o h d j s d v j u s? - $ 3 n f u f s " % $ q p x f s t p v s d f - - y - ) g l ) [ - y 4 b n q m f ?? " 2 inductor ??d??????????{????_J oct. 2013 ?dC?C?C?v????p???C??????????? specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. contact our sales representatives before you use our products for applications including automotives, medical equipment and aerospace equipment. malfunction or failure of the products in such applications may cause loss of human life or serious damage. www.koanet.co.jp eu rohs ?|U?`??????? h?|??eu-rohs|??????? ? ?`?????????appendix c?? the terminal surface material lead free is standard. contact us when you have control request for environmental hazardous material other than the substance specified by eu-rohs. for further information on taping, please refer to appendix c on the back pages. ? ? ? ? ?yt??? %yyy . p m e f e s f t j o ?y ??yyyyyyy & m f d u s p e f ?y?????yy ' f s s j u f d p s f ?y?????y . b h o f u x j s f type inductance h ??y inductance measuring equipmenthp lfc32 0.005?0.10 4191a impedance analyzer 0.12?330 4342a q meter kl32 0.005?8.2 4191a impedance analyzer 10?330 4192a impedance analyzer lfc32 t te 221 j ?N product code lfc32 kl32 ?| terminal surface material t:sn ? taping te : plastic embossed bk:bulk S? tolerance j : 5% k : 10% m:20% nominal inductance 3 digits
ratings ????operating temperature range?40?100 ?/`?q'ty/reel2,000pcs inductor ?performance ??S???jkm?the code for inductance tolerancej, k, menters . lfc32kl32`???y????`?? refer toinductance measuring standards (on the previous page)for the difference between lfc32 and kl32. ????precautions for use ?^?n??????????dr?d^?n?? ???? avoid strong pressure or excessive shock at mounting or after mounting because electric/magnetic characteristics may change if it is applied to the inductors. ??d??????????{????_J oct. 2013 ?dC?C?C?v????p???C??????????? specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. contact our sales representatives before you use our products for applications including automotives, medical equipment and aerospace equipment. malfunction or failure of the products in such applications may cause loss of human life or serious damage. www.koanet.co.jp type ?? marking ? nominal inductance h S? inductance tolerance quality factor min. ?? self resonant frequency mhzmin. ?? dc resistance ?max. S? allowable dc current mamax. y? measuring frequency mhz lfc32 series kl32 series lfc32 tte 005m kl32 tte 005m 005 0.005 m:20% 11 2700 0.12 450 100 lfc32 tte 010 kl32 tte 010 010 0.010 k:10% m:20% 15 2500 0.13 lfc32 tte 012 kl32 tte 012 012 0.012 17 2300 0.14 lfc32 tte 015 kl32 tte 015 015 0.015 19 2100 0.16 lfc32 tte 018 kl32 tte 018 018 0.018 21 1900 0.18 lfc32 tte 022 kl32 tte 022 022 0.022 23 1700 0.20 lfc32 tte 027 kl32 tte 027 027 0.027 1500 0.22 lfc32 tte 033 kl32 tte 033 033 0.033 j :5% k :10% m:20% 25 1400 0.24 lfc32 tte 039 kl32 tte 039 039 0.039 1300 0.27 lfc32 tte 047 kl32 tte 047 047 0.047 26 1200 0.30 lfc32 tte 056 kl32 tte 056 056 0.056 1100 0.33 lfc32 tte 068 kl32 tte 068 068 0.068 27 1000 0.36 lfc32 tte 082 kl32 tte 082 082 0.082 900 0.40 lfc32 tte r10 kl32 tte r10 r10 0.10 28 700 0.44 lfc32 tte r12 kl32 tte r12 r12 0.12 30 500 0.22 25.2 lfc32 tte r15 kl32 tte r15 r15 0.15 450 0.25 lfc32 tte r18 kl32 tte r18 r18 0.18 400 0.28 lfc32 tte r22 kl32 tte r22 r22 0.22 350 0.32 lfc32 tte r27 kl32 tte r27 r27 0.27 320 0.36 lfc32 tte r33 kl32 tte r33 r33 0.33 300 0.40 lfc32 tte r39 kl32 tte r39 r39 0.39 250 0.45 lfc32 tte r47 kl32 tte r47 r47 0.47 220 0.50 lfc32 tte r56 kl32 tte r56 r56 0.56 180 0.55 lfc32 tte r68 kl32 tte r68 r68 0.68 160 0.60 lfc32 tte r82 kl32 tte r82 r82 0.82 140 0.65 lfc32 tte 1r0 kl32 tte 1r0 1r0 1.0 120 0.70 400 7.96 lfc32 tte 1r2 kl32 tte 1r2 1r2 1.2 100 0.75 390 lfc32 tte 1r5 kl32 tte 1r5 1r5 1.5 85 0.85 370 lfc32 tte 1r8 kl32 tte 1r8 1r8 1.8 80 0.90 350 lfc32 tte 2r2 kl32 tte 2r2 2r2 2.2 75 1.0 320 lfc32 tte 2r7 kl32 tte 2r7 2r7 2.7 70 1.1 290 lfc32 tte 3r3 kl32 tte 3r3 3r3 3.3 60 1.2 260 lfc32 tte 3r9 kl32 tte 3r9 3r9 3.9 55 1.3 250 lfc32 tte 4r7 kl32 tte 4r7 4r7 4.7 50 1.5 220 lfc32 tte 5r6 kl32 tte 5r6 5r6 5.6 47 1.6 200 lfc32 tte 6r8 kl32 tte 6r8 6r8 6.8 43 1.8 180 lfc32 tte 8r2 kl32 tte 8r2 8r2 8.2 40 2.0 170 lfc32 tte 100 kl32 tte 100 100 10 36 2.1 150 2.52 lfc32 tte 120 kl32 tte 120 120 12 33 2.5 140 lfc32 tte 150 kl32 tte 150 150 15 30 2.8 130 lfc32 tte 180 kl32 tte 180 180 18 27 3.3 120 lfc32 tte 220 kl32 tte 220 220 22 25 3.7 110 lfc32 tte 270 kl32 tte 270 270 27 20 5.0 80 lfc32 tte 330 kl32 tte 330 330 33 17 5.6 70 lfc32 tte 390 kl32 tte 390 390 39 16 6.4 65 lfc32 tte 470 kl32 tte 470 470 47 15 7.0 60 lfc32 tte 560 kl32 tte 560 560 56 13 8.0 55 lfc32 tte 680 kl32 tte 680 680 68 12 9.0 50 lfc32 tte 820 kl32 tte 820 820 82 11 10 45 lfc32 tte 101 kl32 tte 101 101 100 20 10 40 0.796 lfc32 tte 121 kl32 tte 121 121 120 11 70 lfc32 tte 151 kl32 tte 151 151 150 8 15 65 lfc32 tte 181 kl32 tte 181 181 180 7 17 60 lfc32 tte 221 kl32 tte 221 221 220 21 50 lfc32 tte 271 kl32 tte 271 271 270 6 28 lfc32 tte 331 kl32 tte 331 331 330 5 34 ?Y? test items ???performance requirements maximum l/lmaximum q/q ?Y test methods ^limit ?typical ?? resistance to soldering heat l/l:3% l/l: 1.5% 2605, 10s1s n heat shock l/l:5% l/l: 1.1% ?251h/1001h100 cycles low temperature operation l/l:5%, q/q:20% l/l:0.9% q/q:5.0% ?402, 1000h high temperature exposure l/l:5% q/q:30% l/l:0.8% q/q:5.0% 1002, 1000h ? moisture endurance l/l:5%, q/q:30% l/l:1.3% q/q:5.2% 402, 90%?95%rh, 1000h ? resistance to solvent ???? no damage and marking shall remain legible. mil-std-202f ?Y215 accordance with mil-std-202f method 215
|
