5508 SUMIDA | Alldatasheet
Document overview
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Technical content
——O-Series 0805(2012)/5508 1/4 *All specifications are subject to change without notice. F e a t u r e s 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
- RF technique 2. A ntenna Amplifiers Tuners, Base Stations or SAT Receivers. O r d e r i n g I n f o r m a t i o n 5508 270 * * S h a p e a n d D i m e n s i o n s ( m m ) (1) Series -5508: Size 0805(2012) (4) Delivery Form 4 : coated, taped on 8 mm cardboard tape p a c k i n g u n i t r e e l s Φ180mm, 10.000 pcs. (2) Inductance Value example: 27x10 X =27x10 0=27(nH) (3) Inductance Tolerance 8 : ± 0 . 2 n H 3 : ± 5 % 9 : ± 0 . 3 n H 4 : ± 2 % (5) Packing unit tape & reel 00 : reels Φ180mm, 3,000 pcs. 0 3 : r e e l s Φ330mm, 10,000 pcs. 0 5 : r e e l s Φ180mm, 500 pcs.
——O-Series 0805(2012)/5508 2/4 *All specifications are subject to change without notice. E l e c t r i c a l P a r a m e t e r s Order No. L [nH] Qmin Qtpy at 800MHz fL,Q [MHz] fres,min [MHz] D.C.R. ,max [mΩ ] IN,max [mA] Tol. [%] 5508020** 2,7 20 50 250 6000 30 1000 20 5508050 5,6 25 60 250 6000 40 900 10 /20 5508060 6,8 30 70 250 5500 50 800 10 /20 5508080 8,2 35 75 250 5000 60 700 20 5508100 10 40 80 250 4500 60 700 5/10/20 5508120 12 40 85 250 4000 60 700 5/10/20 5508150 15 40 85 250 3500 70 670 5/10/20 5508180 18 45 90 250 3300 70 670 5/10/20 5508220 22 45 85 250 2600 90 600 5/10/20 5508270 27 50 90 250 2500 90 600 5/10/20 5508330 33 45 80 250 2150 120 520 5/10/20 5508390 39 50 90 250 2050 100 560 5/10/20 5508470 47 45 85 200 1900 130 500 2/5/10/20 5508560 56 45 60 200 1700 140 480 2/5/10/20 5508680 68 45 60 200 1550 190 410 2/5/10/20 5508820 82 40 60 150 1430 210 390 2/5/10/20 5508101 100 40 50 150 1310 260 350 2/5/10 /20 5508121 120 40 45 150 1210 440 270 2/5/10 /20 5508151 150 35 40 100 1120 440 270 2/5/10 /20 5508181 180 35 30 100 1030 470 260 2/5/10 /20 5508221 220 35 - 100 950 550 240 2/5/10 /20 5508271 270 35 - 100 870 1000 180 2/5/10 /20 5508331 330 35 - 100 800 1000 180 2/5/10 /20 5508391 390 35 - 100 730 1900 130 2/5/10/20 5508471 470 35 - 100 660 2400 115 2/5/10/20 5508561 560 35 - 100 600 3200 100 2/5/10/20 5598681 680 35 - 100 550 3700 95 5/10/20 5598821 820 35 - 100 510 5000 75 5/10/20 5508681 680 20 - 25.2 450 500 250 2/5/10/20 5508821 820 20 - 2.52 400 550 240 2/5/10 /20 5508102 1000 20 - 7.96 350 500 250 2/5/10/20 5508122 1200 20 7.96 300 650 220 2/5/10/20 5508152 1500 20 - 7.96 250 750 200 2/5/10/20 5508182 1800 20 - 7.96 250 850 190 2/5/10 /20 5508222 2200 20 - 7.96 200 1700 130 2/5/10 /20 5508272 2700 20 7.96 200 2000 120 2/5/10/20 5508332 3300 20 - 7.96 200 3300 100 2/5/10/20 5508392 3900 20 - 7.96 150 3600 95 2/5/10/20 5508472** 4700 20 - 7.96 150 3800 90 2/5/10/20 All values up to 560nH on ceramic core – The values 680nH and 820nH either ceramic or ferrite core – from 1000nH on ferrite core. Ceramic Ferrite
——O-Series 0805(2012)/5508 3/4 *All specifications are subject to change without notice. E l e c t r i c a l C h a r a c t e r i s t i c C u r v e s Q-Factory Vs. Frequency Coil on cer amic b o d y C o i l o n f e r r i t e b o d y Inductance vs. Frequency C o i l o n c e r a m i c b o d y C o i l o n f e r r i t e b o d y 56nH 100 1000 100 10000 1000 L [nH] f[MHz] 68nH 100nH 3.8nH 270nH 39nH 560nH 2.7nH 100 100 1000 Q 560nH 39nH f[MHz] 100nH 270nH 68nH 6.8nH 2.7nH 100 1000nH Q 680nH 4700nH 2200nH f[MHz] 1 10 100 1000 f (MHz) 100000 10000 1000 100 L (nH) 680nH 1000nH 2200nH 4700nH
——O-Series 0805(2012)/5508 4/4 *All specifications are subject to change without notice. Inductance L in de pendence of direct current I DC Current-carrying capacity I OP/IR in depend. Of the ambient temperature Ta Climatic category acc. to DIN IEC 68-1:55/125/56 Test equipment : Inductance and Q: Agilent 42286A+16193A. Resonant Frequency : Agilent 8753E. D.C.R. : Burst Resistomat 2329.(at20 ℃) 0 20 40 60 80 100 120 140 Ta (°C) 1,2 0,8 0,6 0,4 0,2 I B / I N 1E+04 1E+02 1E+03 1E+01 1E+00 1E+02 1E+03 1E+04 1E+01 IDC[mA] 560nH 100nH 10nH 4700nH 680nH L (nH)