specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. technology of tomorrow 46 revision: 24 . ja n . 2006 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 inductors inductors products with pb-free terminations meet rohs requirements characteristics inductance (nh) frequency (mhz) frequency (mhz) inductance vs. frequency q-factor vs. frequency kq 0603 black 1 digit air core wirewound chip inductor kq 0603 features small chip inductors of air-core (wirewound type) high q and high self-resonant frequency low dc resistance and high allowable dc current excellent mountability, solderability and high reliablity suitable for high-frequency circuits in telecommunication equipment and mobile phones operating temperature range: - 40 c ... + 125 c flat top suitable for high speed mounting suitable for reflow soldering lab kit available 1 ceramic core (ferrit content at l 330nh) 2 winding wire 3 electrode 4 inner coat 5 flat top film structure identification product code body color marking dimensions (mm) product code l w h wt ht p kq0603 1.6 0.1 1.0 0.1 0.9 0.1 0.85 0.1 0.25 0.15 0.35 0.1 5 wt w h ht l p 4 2 1 3 type designation (how to order) *please see ?ackaging kq0603 product code te taping* te, bk r10 nominal inductance 3 digits code (see rating table) termination surface material t: sn l: sn/pb j inductance tolerance kq0603 te r10 t j inductance tolerance g: ?% j: ?% k: ?0% old part no. new part no. (pb-free)
specifications given herein may be changed at any time without prior notice. please confirm technical specifications before you order and/or use. technology of tomorrow 4 7 revision: 24 . jan . 200 6 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 inductors inductors kq0603 te 43n q 43 nh k (10%) 39 0.28 kq0603 te 47n 1 47 nh 38 2000 mhz kq0603 te 51n t 51 nh 0.30 kq0603 te 56n 2 56 nh 1900 mhz 0.31 200 mhz kq0603 te 68n 3 68 nh 37 0.34 kq0603 te 72n 4 72 nh 1700 mhz 0.49 kq0603 te 82n 5 82 nh 34 0.54 400 ma kq0603 te r10 6 100 nh 1400 mhz 0.58 150 mhz kq0603 te r11 7 110 nh 1350 mhz 0.61 300 ma kq0603 te r12 8 120 nh 32 1300 mhz 0.65 kq0603 te r15 9 150 nh 1400 mhz 1.4 160 ma kq0603 te r18 0 180 nh 1300 mhz 2.2 140 ma kq0603 te r20 u 200 nh 2.3 130 ma kq0603 te r21 v 210 nh 25 1200 mhz kq0603 te r22 1 220 nh 2.5 120 ma kq0603 te r25 w 250 nh 1000 mhz 2.4 100 mhz kq0603 te r27 2 270 nh 24 900 mhz 2.3 170 ma kq0603 te r33 3 330 nh 800 mhz 3.0 100 ma kq0603 te r39 4 390 nh 700 mhz 3.7 80 ma kq0603 te r47 5 470 nh 640 mhz 1.21 190 ma kq0603 te r56 6 560 nh 30 560 mhz 2.09 130 ma kq0603 te r68 7 680 nh 540 mhz 1.97 140 ma 50 mhz kq0603 te r82 8 820 nh 490 mhz 3.09 110 ma kq0603 te 1r0 9 1000 nh 440 mhz 5.13 90 ma kq0603 te 1r2 0 1200 nh 400 mhz 5.45 80 ma air core wirewound chip inductor, kq 0603 type marking nominal inductance inductance tolerance quality factor (min.) self- resonant frequency (min.) dc resistance (max.) allowable dc current (max.) l/q- measuring frequency rating kq0603 te 1n6 c 1.6 nh 24 12500 mhz 0.03 kq0603 te 1n8 0 1.8 nh 16 0.045 kq0603 te 3n3 x 3.3 nh 0.055 kq0603 te 3n6 e 3.6 nh j (5%) 22 6900 mhz 0.063 kq0603 te 3n9 1 3.9 nh k (10%) 0.08 kq0603 te 4n3 f 4.3 nh 5900 mhz 0.063 kq0603 te 4n7 g 4.7 nh 20 0.116 kq0603 te 5n1 y 5.1 nh 5800 mhz 0.115 kq0603 te 6n8 2 6.8 nh 27 0.11 kq0603 te 7n5 h 7.5 nh 4800 mhz 0.106 kq0603 te 8n2 a 8.2 nh 28 0.12 kq0603 te 8n7 j 8.7 nh 4600 mhz 0.109 700 ma kq0603 te 9n5 b 9.5 nh 0.125 kq0603 te 10n 3 10 nh 31 4800 mhz 0.13 250 mhz kq0603 te 11n k 11 nh 33 0.086 kq0603 te 12n 4 12 nh 35 4000 mhz 0.13 kq0603 te 15n 5 15 nh 0.17 kq0603 te 16n l 16 nh 34 3300 mhz 0.104 kq0603 te 18n 6 18 nh 35 3100 mhz 0.17 kq0603 te 22n 7 22 nh 38 3000 mhz 0.19 kq0603 te 23n s 23 nh 2700 mhz 0.15 kq0603 te 24n m 24 nh 37 2650 mhz 0.135 kq0603 te 27n 8 27 nh 40 2800 mhz 0.22 kq0603 te 30n n 30 nh 37 2250 mhz 0.144 kq0603 te 33n 9 33 nh 40 2300 mhz 0.22 kq0603 te 36n p 36 nh g (2%) 38 2080 mhz 0.25 kq0603 te 39n 0 39 nh j (5%) 40 2200 mhz 600 ma enter the code for termination surface material (t, l) te = 2.000 pcs/reel enter the code for inductance tolerance (g, j, k) new j (5%) k (10%)
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