1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 1 t2??????????e chip high frequency inductor 1005 : - 55 ?? 125 ?? opearating temp. 1608 2012 ?? features ? ???e3???a ? high self - resonant frequency. ?t2???11???e?????e? ? multilayer monolithic construction yields high reliability ?P???o??e?o?o?e??o? ??o?o2? o? ? excellent solderability and heat resistance for either wave or reflow soldering. |? applications ? ??????o??? phs o pda ? portable telephone ? pagers ? phs and pda ?????????a ? miscellaneous high - frequency circuits ?R??????????2 ? emi countermeasure in high frequency circuits 1???eo??? ordering code vhf 201209 h 47n j t z x ? y t z x ? y t 2??o? product code 1???3?? (l ? w ? t) (mm) dimensions 2?? material code ?e? ( n h) inductance ?2? tolerance ???? packaging style 100505 1.0 ? 0.5 ? 0.5 h 1n0 1.0 s 0.3nh 160808 1.6 ? 0.8 ? 0.8 10n 10 d 0.5nh t ??? tape&reel 201209 2.0 ? 1.2 ? 0.9 r10 100 j 5% k 10% b bulk vhf t2???? ??????e very high f requency inductors n ? 0.0(nh) r ? 0.0( h) m 20% ae?3?? shape a nd dimensions unit o mm(inch) part no. l w t d 100505 1.0 ? 0.15 (0.040 ? 0.006) 0.5 ? 0.15 (0.020 ? 0.006) 0.5 ? 0.15 (0.020 ? 0.006) 0.25 ? 0.10 (0.010 ? 0.004) 160808 1.6 ? 0.2 (0.063 ? 0.008) 0.8 ? 0.2 (0.031 ? 0.008) 0.8 ? 0.2 (0.031 ? 0.008) 0.3 ? 0.2 (0.01 ? 0.008) 201209 2.0 ? 0.2 (0.079 ? 0.008) 1.2 ? 0.2 (0.047 ? 0.008) 0.9 ? 0.2 (0.035 ? 0.008) 0.5 ? 0.3 (0.020 ? 0.012) ?e??2?y electrical characteristics : - 40 ?? +85 ??
1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 2 1005 e type q frequency (mhz) part no. inductance (nh) q (min) test fre. (mhz) 100 300 500 800 1000 srf (mhz)min dc r ( |? )max ir(ma) max vhf100505h1n0s 1.0 7 100 8 20 26 34 39 10000 0.17 300 vhf100505h1n2s 1.2 7 100 8 20 26 34 39 10000 0.17 300 vhf100505h1n5s 1.5 7 100 8 20 26 34 39 6000 0.18 300 vhf100505h1n8s 1.8 7 100 8 18 24 30 35 6000 0.19 300 vhf100505h2n2s 2.2 7 100 8 17 24 29 35 6000 0.21 300 vhf100505h2n7s 2.7 7 100 8 17 23 29 34 6000 0.22 300 vhf100505h3n3s 3.3 7 100 8 17 23 28 34 6000 0.25 300 vhf100505h3n9s 3.9 7 100 8 17 23 28 33 4000 0.25 260 vhf100505h4n7s 4.7 7 100 8 17 23 28 33 4000 0.30 260 vhf100505h5n6s 5.6 8 100 8 17 22 28 33 4000 0.30 260 vhf100505h6n8d 6.8 8 100 8 17 22 27 33 3900 0.37 260 vhf100505h8n2j 8.2 8 100 10 16 22 28 32 3600 0.45 260 vhf100505h10nj 10 8 100 10 17 22 30 32 3200 0.47 260 vhf100505h12nj 12 8 100 11 17 24 31 34 2700 0.55 260 vhf100505h15nj 15 8 100 11 18 24 30 33 2300 0.70 260 vhf100505h18nj 18 8 100 11 18 24 30 32 2100 0.70 260 vhf100505h22nj 22 8 100 11 18 24 30 31 1900 0.90 260 vhf100505h27nj 27 8 100 11 18 23 27 29 1600 1.00 260 vhf100505h33nj 33 8 100 11 18 22 25 25 1300 1.10 200 vhf100505h39nj 39 8 100 11 18 22 24 23 1200 1.30 180 vhf100505h47nj 47 8 100 11 18 21 23 21 1 000 1.40 180 1608 e type q frequency (mhz) part no. inductance (nh) q (min) test fre. (mhz) 100 300 500 800 1000 srf (mhz)min dc r ( |? )max ir(ma) max vhf160808h1n0s 1.0 8 100 10 20 30 35 50 10000 0.05 500 vhf160808h1n2s 1.2 8 100 10 20 30 35 50 10000 0.10 500 vhf160808h1n5s 1.5 8 100 10 22 37 38 68 10000 0.10 400 vhf160808h1n8s 1.8 8 100 10 21 33 35 61 9800 0.12 400 vhf160808h2n2s 2.2 8 100 10 26 40 39 60 7600 0.20 400 vhf160 808h2n7s 2.7 8 100 12 23 27 37 47 7000 0.20 400 vhf160808h3n3s 3.3 8 100 12 23 27 36 47 6200 0.20 400 vhf160808h3n9s 3.9 8 100 12 25 28 38 47 5600 0.25 400 vhf160808h4n7s 4.7 8 100 12 26 30 38 49 4800 0.30 400 vhf160808h5n6s 5.6 8 100 12 26 29 35 34 46 00 0.30 400 vhf160808h6n8s 6.8 8 100 12 23 27 35 40 4200 0.35 400 vhf160808h8n2j 8.2 8 100 12 22 26 33 39 3600 0.35 400 vhf160808h10nj 10 8 100 13 25 31 38 45 3200 0.40 300 vhf160808h12nj 12 8 100 13 24 28 35 39 2800 0.40 300 vhf160808h15nj 15 8 100 1 3 22 27 34 40 2600 0.45 300 vhf160808h18nj 18 8 100 13 24 28 35 38 2400 0.60 300 vhf160808h22nj 22 8 100 15 27 32 38 43 2000 0.60 300 vhf160808h27nj 27 8 100 14 26 29 36 44 1900 0.80 300 vhf160808h33nj 33 8 100 14 26 29 35 34 1600 0.80 300 vhf160808h3 9nj 39 8 100 14 22 25 28 28 1400 1.00 300 vhf160808h47nj 47 8 100 15 25 29 30 25 1200 1.00 200 vhf160808h56nj 56 8 100 17 28 31 31 25 1000 1.00 200 1608 e type
1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 3 q frequency (mhz) part no. inductance (nh) q (m in) test fre. (mhz) 100 300 500 800 1000 srf (mhz)min dc r ( |? )max ir(ma) max vhf160808h68nj 68 8 100 17 22 24 25 15 900 1.00 200 vhf160808h82nj 82 8 100 17 23 24 22 13 800 1.00 200 vhf160808hr10j 100 8 100 17 25 27 24 17 700 1. 00 200 vhf160808hr12j 120 8 50 15 24 23 600 1.20 150 vhf160808hr15j 150 8 50 13 19 500 1.50 150 2012 e type q frequency (mhz) art no. inductance (nh) q (min) test fre. (mhz) 100 300 500 800 1000 srf (mhz)min dc r ( |? )max ir(ma) max vhf201209h1n5s 1.5 10 100 10 23 46 54 85 6000 0.10 600 vhf201209h1n8s 1.8 10 100 13 24 46 55 85 6000 0.10 600 vhf201209h2n2s 2.2 10 100 13 25 46 53 85 6000 0.10 600 vhf201209h2n7s 2.7 12 100 13 25 42 45 76 6000 0.10 600 vhf201209h3n3s 3.3 12 100 15 28 48 52 85 6000 0.13 600 vhf201209h3n9s 3.9 12 100 15 28 49 55 85 6000 0.15 600 vhf201209h4n7s 4.7 12 100 15 28 48 53 85 6000 0.20 400 vhf201209h5n6s 5.6 13 100 16 30 44 45 78 5400 0.23 400 v hf201209h6n8s 6.8 13 100 16 30 40 45 69 4500 0.25 400 vhf201209h8n2j 8.2 13 100 16 28 42 45 69 4000 0.28 400 vhf201209h10nj 10 13 100 16 28 43 45 71 3650 0.30 300 vhf201209h12nj 12 13 100 16 28 43 45 50 3000 0.35 300 vhf201209h15nj 15 13 100 18 30 43 4 3 56 2500 0.40 300 vhf201209h18nj 18 13 100 18 26 40 42 59 2450 0.45 300 vhf201209h22nj 22 13 100 17 31 45 45 59 2000 0.50 300 vhf201209h27nj 27 13 100 17 31 45 45 54 1750 0.55 300 vhf201209h33nj 33 13 100 18 27 41 40 44 1700 0.60 300 vhf201209h39nj 3 9 13 100 19 31 42 31 20 1550 0.70 300 vhf201209h47nj 47 13 100 20 24 33 31 29 1350 0.80 300 vhf201209h56nj 56 13 100 21 34 43 35 25 1300 0.80 300 vhf201209h68nj 68 13 100 19 28 37 29 1200 0.85 300 vhf201209h82nj 82 13 100 19 29 30 27 1150 0.90 300 v hf201209hr10j 100 13 100 13 27 36 1000 1.00 300 vhf201209hr12j 1 2 0 10 100 19 27 850 1.20 300 vhf201209hr15j 1 5 0 10 100 19 27 600 1.50 300 vhf201209hr18j 1 8 0 10 100 19 25 500 1.80 300 vhf201209hr22j 22 0 10 100 19 22 500 1.80 300 ?? ?e?1?2? induc tance tolerance ? s: ? 0.3nh, d: ? 0.5nh, j: ? 5%, k: ? 10%,m: ? 20% ? ?e???? characteristics curves
1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 4 ?? ??e??a?e? inductance vs. frenquency ?? q ??a?e? q value vs. frenquency ?? ?1?a?e? impedance vs. frenquency rel iability testing (vhf ? cmi ? cbg ? cbw ? cbh ? cby ? cba series)
1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 5 type item specified value test methods 1 operating temperature range - 40 to +125 ?? 2 storage temperature range - 40 to +125 ?? 3 solderability at least 90% of terminal electrode is covered by new solder solder temperature: 230 ? 5 ?? duration: 4 ? 1s preheating temperature: 120 to 150 ?? preheating time: 60s flux: immersion into methanol solution with colophony for 3 to 5 sec. immersion speed: 25mm/sec 4 resistance to soldering appearance: no significant abnormality. at least 75% of terminal electrode is covered by new solder impedance change: within ? 20% inductor change: within ? 10% solder temperature: 260 ? 5 ?? duration: 10 ? 0.5s preheating temperature: 120 to 150 ?? preheating time: 60s flux: immersion into m ethanol solution with colophony for 3 to 5 sec. immersion speed: 25mm/sec 5 thermal shock appearance: no significant abnormality. impedance change: within ? 20% inductor change: within ? 10% temperature: - 40 ?? for 30 ? 3min +85 ?? for 30 ? 3min transforming inte rval :max 20 sec number of cycles: 32 6 loading at low temperature appearance : no significant abnormality. impedance change: within ? 20% inductor change: within ? 10% temperature: - 55 ? 2 ?? duration: 500 hrs 7 loading at high temperature appearance : no significant abnormality. impedance change: within ? 20% inductor change: within ? 10% temperature: 85 ? 2 ?? duration: 1000 24 0 + - hrs applied current: rated current 8 loading under damp heat appearance : no significant abnormality. impedance change: within ? 20% inductor change : within ? 10% temperature: 55 ? 2 ?? duration: 500 24 0 + - hrs humidity: 90 to 95%rh applied current: rated current
1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 6 type item specified value test methods 9 vibration appearance : no significant abnormality. impedance change: within ? 20% ? i nductor change : within ? 10% amplitude: 1.5mm directions: 2hrs each in x y z direction frequency range: 10 to 55 to 10h z (min) 10 adhesion of electrode impedance change: within ? 20% inductor change : within ? 10% appearance : no significant abnormality. appli ed force: 5n force for 1005 and 1608 series. 10 n force for 2012 ? 3216 ? 3225 ? 4516 ? 4532series. keep time o 10 ? 1s the body shall not be damaged by forces applied on the right. d 1.3 1.3 2.0 11 resistance to pressure of substrate w 2.0 3.0 4.0 note: when the re are questions concerning, measurement shall be made after 24 ? 2hrs of recovery under the standard condition. ? packaging ?? standae quantity type 100505 160808 201209 3216 09 321611 3225 13 451616 453215 quantity(pcs) 10000 400 0 4000 4000 3000 3000 5000 3000 ?? taping drawings ?? taping dimensions (unit: mm)
1?????????e??te?t1??? ???a?t guangdong zhaoqing yingda inductor co ?? ltd smd components 7 paper tape embossed tape 4532 4516 3225 3216 2012 w 12.0+/ - 0.2 12.0+/ - 0.2 8.1+/ - 0.2 8.1+/ - 0.2 8.1+/ - 0.2 p 8.0+/ - 0.10 4.0+/ - 0.10 4.0+/ - 0.10 4.0+/ - 0.10 4.0+/ - 0.10 e 1.75+/ - 0.10 1.75+/ - 0.10 1.75+/ - 0.10 1.75+/ - 0.10 1.75+/ - 0.10 f 5.50+/ - 0.10 5.50+/ - 0.10 3.50+/ - 0.10 3.50+/ - 0.10 3.50+/ - 0.10 d 1.55+/ - 0.05 1.55+/ - 0.05 1.55+/ - 0.05 1.55+/ - 0.05 1.55+/ - 0.05 d1 1.50 25 . 0 + 0 - 1. 50 25 . 0 + 0 - 1.50 25 . 0 + 0 - 1.50 25 . 0 + 0 - 1.50 25 . 0 + 0 - p 0 4.0+/ - 0.10 4.0+/ - 0.10 4.0+/ - 0.10 4.0+/ - 0.10 4.0+/ - 0.10 p 0 10 40.0+/ - 0.20 40.0+/ - 0.20 40.0+/ - 0.20 40.0+/ - 0.20 40.0+/ - 0.20 p2 2.0+/ - 0.05 2.0+/ - 0.05 2.0+/ - 0.05 2.0+/ - 0.05 2.0+/ - 0.05 a 0 3.66+/ - 0.10 1.93+/ - 0.10 2.80+/ - 0.10 1.90+/ - 0.10 1.52+/ - 0.10 b 0 4.95+/ - 0.10 4.95+/ - 0.10 3.50+/ - 0.10 3.51+/ - 0.10 2.41+/ - 0.10 t 0.23+/ - 0.10 0.23+/ - 0.10 0.23+/ - 0.10 0.23+/ - 0.10 0.23+/ - 0.10 ?? reel dimensions (unit o mm) a b c n g cf - 8 178 ? 2.0 22.0 ? 2.0 12.5 ? 1.5 67 ? 2.0 8 cf - 12 330 ? 2.0 22.0 ? 2.0 12.5 ? 1.5 110 ? 2.0 12 ?? leader and blank portion ?? peeling off force : 0.05 to 0.7n in the direction show below. part no. a b f t 100505 0.65 ? 0.1 1.15 ? 0.1 2.0 ? 0.05 0.8max 160808 1.0 ? 0.2 1.8 ? 0.2 4.0 ? 0.2 1.1max 201209 1.5 ? 0.2 2.3 ? 0.2 4.0 ? 0.2 1.1max
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