page wire wound chip inductors o-series 1008(2520)/5501 1/4 *all specifications are subject to change without notice. features 1. coil body of ceramic or ferrite material according to inductance value. 2. two solderable metallized terminations of ag/pd/pt. 3. wound with lacquer-coated copper wire. 4. wire ends welded onto the terminations. 5. lead free (rohs compliance) . applications 1. rf t e c hniq u e 2. a n t e nna a m p lif ie r s t une r s , ba s e s t a t io ns o r s a t recei v e rs ordering information 5501 270 * * ** (1) (2) (3) (4) (5) shape and dimensions (mm) (1) series - 5501: size 1008(2520) ( 4) delivery form 2: standard , tape & reel 4 : coated, tape & reel (2) inductance value example: 27x10 x =27x10 0 =27(nh) (5) packing unit tape & reel 00 : reels 180mm, 1,700 pcs. 03 : reels 330mm, 6,800 pcs. (3) inductance tolerance 1 : 20% 4 : 2% 2 : 10% 9 : special tolerance 3 : 5%
page wire wound chip inductors o-series 1008(2520)/5501 2/4 *all specifications are subject to change without notice. electrical parameters order no. l [nh] q min f l,q [mhz] f res,min [mhz] d.c.r. ,max [m ? ]] i n,max [ma] to l . [%] 5501 100 ** ** 10 35 100 3000 50 1850 10/20 5501 120 ** ** 12 35 100 2000 50 1650 10/20 5501 180 ** ** 18 40 100 1700 50 1550 10/20 5501 220 ** ** 22 45 100 1500 60 1450 10/20 5501 270 ** ** 27 40 100 1300 90 1300 05/10/20 5501 330 ** ** 33 45 100 1300 60 1450 10/20 5501 390 ** ** 39 45 100 1200 75 1300 05/10/20 5501 470 ** ** 47 50 100 1000 75 1300 05/10/20 5501 560 ** ** 56 50 100 1000 90 1260 05/10/20 5501 680 ** ** 68 50 100 1000 90 1260 05/10/20 5501 820 ** ** 82 50 100 950 150 820 05/10/20 5501 101 ** ** 100 45 100 900 150 820 05/10/20 5501 121 ** ** 120 45 100 900 150 820 05/10/20 5501 151 ** ** 150 45 100 825 180 820 05/10/20 5501 181 ** ** 180 40 50 800 200 770 05/10/20 5501 221 ** ** 220 40 50 700 260 660 05/10/20 5501 271 ** ** 270 40 50 650 350 610 05/10/20 5501 331 ** ** 330 40 50 570 450 500 05/10/20 5501 391 ** ** 390 40 50 520 750 360 05/10/20 5501 471 ** ** 470 35 50 490 800 310 05/10/20 5501 561 ** ** 560 35 35 440 1200 260 05/10/20 5501 681 ** ** 680 35 35 390 1900 200 05/10/20 5501 821 ** ** 820 35 35 360 2300 170 05/10/20 5501 102 ** ** 1000 35 35 330 2700 170 05/10/20 5501 122 ** ** 1200 35 35 310 3000 170 05/10/20 5501 152 ** ** 1500 20 7,9 240 650 370 05/10/20 5501 182 ** ** 1800 20 7,9 200 800 320 05/10/20 5501 222 ** ** 2200 20 7,9 200 1150 280 05/10/20 5501 272 ** ** 2700 20 7,9 180 1300 280 05/10/20 5501 332 ** ** 3300 20 7,9 170 1500 250 05/10/20 5501 392 ** ** 3900 20 7,9 150 2100 200 05/10/20 5501 472 ** ** 4700 20 7.9 140 2600 180 05/10/20 5501 562 ** ** 5600 20 7,9 130 2900 180 05/10/20 5501 682 ** ** 6800 20 7,9 100 3700 180 05/10/20 5501 822 ** ** 8200 20 7.9 110 5500 130 05/10/20 5501 103 ** ** 10000 20 7,9 95 8000 130 05/10/20 all values up to 1200 nh on ceramic core ? from 1500 nh on ferrite core. ceramic ferrite
page wire wound chip inductors o-series 1008(2520)/5501 3/4 *all specifications are subject to change without notice. electrical characteristic curves ty pi c a l q factor vs. frequency coil on ceramic body coil on ferrite body ty pi c al inductance vs. frequency coil on ceramic body coil on ferrite body 10 100 1000 f ( mhz ) 100 90 80 70 60 50 40 30 20 10 0 q 1000nh 330nh 100nh 47nh 10nh 1 10 100 f ( mhz ) 40 35 30 25 20 15 10 5 0 q 1800nh 10000nh 6800nh 100000 10000 1000 100 10 1 10 100 1000 f ( mhz ) l (nh) 1000nh 100nh 47nh 10nh 330nh 100000 10000 1000 100 1 10 100 1000 f ( mhz ) l (nh) 10000nh 6800nh 4700nh 3300nh 1800nh
page wire wound chip inductors o-series 1008(2520)/5501 4/4 *all specifications are subject to change without notice. inductance l in dependence of direct current i dc current-carrying capacity i op / i r in dependence of the ambient temperature ta climatic category acc. to din iec 68-1: 55/125/56 test equipment: inductance and q: agilent 42286a + 16093a. resonant frequency: agilent 8753e. d.c.r. : burst resistomat 2329.(at 20 ) 10000nh 1e+01 1e+02 1e+03 1e+04 i dc (?ma) 3900nh 1500nh 1000nh 100nh 10nh 1e+04 1e+03 1e+02 1e+01 1e+00 l (?nh) 0 20 40 60 80 100 120 140 ta ( c) 1,2 1 0,8 0,6 0,4 0,2 0 i b / i n
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