? ? ? 1 ? 1mb series shielded power inductor? low cost type a ccetek ? electronics ? (shenzhen) ? co., ? ltd. ?????????????????????? www.accetek.com ????????? ????????????????????????????? ver.:1mb \ 2014a accetek ? a features ? shielded construction with low dcr ? low cost version of 1ma series ? 260c reflow peak temperature qualified ? operating temperature range from -40c to +105c (including self-heating) b part number system 1mb 125 - 100 m f ?? ?? ? ?? ?? ?? ? ?? series ?? dimension code (l*w*h) (mm) 1mb series code 73 (7.67.63.55) 125 (12.512.56.0) 74 (7.67.64.6) 127 (12.512.58.0) ?? inductance code 124 (12.512.54.5) e.g. calculation 2r2 2.2 h 100 1010 0 h = 10 h ?? rohs compliant 101 1010 1 h = 100 h ?? inductance tolerance k 10% ? m 20% n 30% c drawings and dimensions 1mb73 1mb74 xxx 1 2 1 2 7.60 max [0.299] 7.60 max [0,299] 2.00 [0,079] 1.13 [0,044] 3.55 max [0,140] 8.00 [0,315] 2,20 [0,087] 1,60 [0,063] land pattern xxx 1 2 1 2 7.60 max [0.299] 7.60 max [0,299] 2.00 [0,079] 1.13 [0,044] 4.60 max [0,181] 8.00 [0,315] 2,20 [0,087] 1,60 [0,063] land pattern 1mb124 1mb125 13,80 [0,543] 5,50 [0,217] 3,85 [0,152] xxx 1 2 12,50 max [0,492] 12,50 max [0,492] 1 2 4,90 typ [0,193] 2,05 typ [0,081] 4,50 max [0,177] land pattern 13,80 [0,543] 5,50 [0,217] 3,85 [0,152] xxx 1 2 12,50 max [0,492] 12,50 max [0,492] 1 2 4,90 typ [0,193] 2,05 typ [0,081] 6.00 max [0,236] land pattern 1mb127 schematics 8.00 max [0,315] 13,80 [0,543] 5,50 [0,217] 3,85 [0,152] xxx 1 2 12,50 max [0,492] 12,50 max [0,492] 12 4,90 typ [0,193] 2,05 typ [0,081] land pattern 1 2
? ? ? 2 ? 1mb series shielded power inductor? low cost type a ccetek ? electronics ? (shenzhen) ? co., ? ltd. ?????????????????????? www.accetek.com ????????? ????????????????????????????? ver.:1mb \ 2014a accetek ? d specifications part number inductance( h) test freq. tolerance dcr 1 max.( ? ) i rated 2 1mb73-2r2nf 2.2 100khz, 0. 3v 30% 0.025 5.52 1mb73-3r3nf 3.3 100khz, 0. 3v 30% 0.035 4.22 1mb73-4r7nf 4.7 100khz, 0. 3v 30% 0.031 3.00 1mb73-100mf 10 1khz, 0.3v 20% 0.072 1.68 1mb73-120mf 12 1khz, 0.3v 20% 0.098 1.52 1mb73-150mf 15 1khz, 0.3v 20% 0.130 1.33 1mb73-180mf 18 1khz, 0.3v 20% 0.140 1.20 1mb73-220mf 22 1khz, 0.3v 20% 0.190 1.07 1mb73-270mf 27 1khz, 0.3v 20% 0.210 0.96 1mb73-330mf 33 1khz, 0.3v 20% 0.240 0.91 1mb73-390mf 39 1khz, 0.3v 20% 0.320 0.77 1mb73-470mf 47 1khz, 0.3v 20% 0.360 0.76 1mb73-560mf 56 1khz, 0.3v 20% 0.470 0.68 1mb73-680mf 68 1khz, 0.3v 20% 0.520 0.61 1mb73-820mf 82 1khz, 0.3v 20% 0.690 0.57 1mb73-101mf 100 1khz, 0. 3v 20% 0.790 0.50 1mb73-121mf 120 1khz, 0. 3v 20% 0.890 0.49 1mb73-151mf 150 1khz, 0. 3v 20% 1.270 0.43 1mb73-181mf 180 1khz, 0. 3v 20% 1.450 0.39 1mb73-221mf 220 1khz, 0. 3v 20% 1.650 0.35 1mb73-271mf 270 1khz, 0. 3v 20% 2.310 0.32 1mb73-331mf 330 1khz, 0. 3v 20% 2.620 0.28 1mb73-391mf 390 1khz, 0. 3v 20% 2.940 0.26 1mb73-471mf 470 1khz, 0. 3v 20% 4.180 0.24 1mb73-561mf 560 1khz, 0. 3v 20% 4.670 0.22 1mb73-681mf 680 1khz, 0. 3v 20% 5.730 0.19 1mb73-821mf 820 1khz, 0. 3v 20% 6.540 0.18 1mb73-102mf 1000 1khz, 0. 3v 20% 9.440 0.16 1mb74-100mf 10 1khz, 0.3v 20% 0.049 1.84 1mb74-120mf 12 1khz, 0.3v 20% 0.058 1.71 1mb74-150mf 15 1khz, 0.3v 20% 0.081 1.47 1mb74-180mf 18 1khz, 0.3v 20% 0.091 1.31 1mb74-220mf 22 1khz, 0.3v 20% 0.110 1.23 1mb74-270mf 27 1khz, 0.3v 20% 0.150 1.12 1mb74-330mf 33 1khz, 0.3v 20% 0.170 0.96 1mb74-390mf 39 1khz, 0.3v 20% 0.230 0.91 1mb74-470mf 47 1khz, 0.3v 20% 0.260 0.88 1mb74-560mf 56 1khz, 0.3v 20% 0.350 0.75 1mb74-680mf 68 1khz, 0.3v 20% 0.380 0.69 1mb74-820mf 82 1khz, 0.3v 20% 0.430 0.61 1MB74-101MF 100 1khz, 0. 3v 20% 0.610 0.60 1mb74-121mf 120 1khz, 0. 3v 20% 0.660 0.52 1mb74-151mf 150 1khz, 0. 3v 20% 0.880 0.46
? ? ? 3 ? 1mb series shielded power inductor? low cost type a ccetek ? electronics ? (shenzhen) ? co., ? ltd. ?????????????????????? www.accetek.com ????????? ????????????????????????????? ver.:1mb \ 2014a accetek ? part number inductance( h) test freq. tolerance dcr 1 max.( ? ) i rated 2 1mb74-181mf 180 1khz, 0. 3v 20% 0.980 0.42 1mb74-221mf 220 1khz, 0. 3v 20% 1.170 0.36 1mb74-271mf 270 1khz, 0. 3v 20% 1.640 0.34 1mb74-331mf 330 1khz, 0. 3v 20% 1.860 0.32 1mb74-391mf 390 1khz, 0. 3v 20% 2.850 0.29 1mb74-471mf 470 1khz, 0. 3v 20% 3.010 0.26 1mb74-561mf 560 1khz, 0. 3v 20% 3.620 0.23 1mb74-681mf 680 1khz, 0. 3v 20% 4.630 0.22 1mb74-821mf 820 1khz, 0. 3v 20% 5.200 0.20 1mb74-102mf 1000 1khz, 0. 3v 20% 6.000 0.18 1mb124-1r0nf 1.0 100khz, 0. 3v 30% 0.010 8.00 1mb124-2r2nf 2.2 100khz, 0. 3v 30% 0.014 4.90 1mb124-3r3nf 3.3 100khz, 0. 3v 30% 0.015 4.50 1mb124-4r7nf 4.7 100khz, 0. 3v 30% 0.018 5.70 1mb124-5r6nf 5.6 100khz, 0. 3v 30% 0.020 5.20 1mb124-6r8nf 6.8 100khz, 0. 3v 30% 0.023 4.90 1mb124-8r2nf 8.2 100khz, 0. 3v 30% 0.026 4.60 1mb124-100mf 10 1khz, 0.3v 20% 0.028 4.50 1mb124-120mf 12 1khz, 0.3v 20% 0.038 4.00 1mb124-150mf 15 1khz, 0.3v 20% 0.050 3.20 1mb124-180mf 18 1khz, 0.3v 20% 0.057 3.10 1mb124-220mf 22 1khz, 0.3v 20% 0.066 2.90 1mb124-270mf 27 1khz, 0.3v 20% 0.080 2.80 1mb124-330mf 33 1khz, 0.3v 20% 0.097 2.70 1mb124-390mf 39 1khz, 0.3v 20% 0.132 2.10 1mb124-470mf 47 1khz, 0.3v 20% 0.160 1.90 1mb124-560mf 56 1khz, 0.3v 20% 0.190 1.80 1mb124-680mf 68 1khz, 0.3v 20% 0.220 1.50 1mb124-820mf 82 1khz, 0.3v 20% 0.260 1.30 1mb124-101mf 100 1khz, 0. 3v 20% 0.310 1.20 1mb124-121mf 120 1khz, 0. 3v 20% 0.380 1.10 1mb124-151mf 150 1khz, 0. 3v 20% 0.530 0.95 1mb124-181mf 180 1khz, 0. 3v 20% 0.620 0.85 1mb124-221mf 220 1khz, 0. 3v 20% 0.700 0.80 1mb124-271mf 270 1khz, 0. 3v 20% 0.870 0.60 1mb124-331mf 330 1khz, 0. 3v 20% 0.990 0.50 1mb125-1r0nf 1.0 100khz, 0. 3v 30% 0.010 8.00 1mb125-2r2nf 2.2 100khz, 0. 3v 30% 0.014 7.80 1mb125-3r3nf 3.3 100khz, 0. 3v 30% 0.014 8.00 1mb125-8r2nf 8.2 100khz, 0. 3v 30% 0.021 4.40 1mb125-100mf 10 1khz, 0.3v 20% 0.025 4.00 1mb125-120mf 12 1khz, 0.3v 20% 0.027 3.50 1mb125-150mf 15 1khz, 0.3v 20% 0.030 3.30 1mb125-180mf 18 1khz, 0.3v 20% 0.034 3.00 1mb125-220mf 22 1khz, 0.3v 20% 0.036 2.80
? ? ? 4 ? 1mb series shielded power inductor? low cost type a ccetek ? electronics ? (shenzhen) ? co., ? ltd. ?????????????????????? www.accetek.com ????????? ????????????????????????????? ver.:1mb \ 2014a accetek ? part number inductance( h) test freq. tolerance dcr 1 max.( ? ) i rated 2 1mb125-270mf 27 1khz, 0.3v 20% 0.051 2.30 1mb125-330mf 33 1khz, 0.3v 20% 0.057 2.10 1mb125-390mf 39 1khz, 0.3v 20% 0.068 2.00 1mb125-470mf 47 1khz, 0.3v 20% 0.075 1.80 1mb125-560mf 56 1khz, 0.3v 20% 0.110 1.70 1mb125-680mf 68 1khz, 0.3v 20% 0.120 1.50 1mb125-820mf 82 1khz, 0.3v 20% 0.140 1.40 1mb125-101mf 100 1khz, 0. 3v 20% 0.160 1.30 1mb125-121mf 120 1khz, 0. 3v 20% 0.170 1.10 1mb125-151mf 150 1khz, 0. 3v 20% 0.230 1.00 1mb125-181mf 180 1khz, 0. 3v 20% 0.290 0.90 1mb125-221mf 220 1khz, 0. 3v 20% 0.400 0.80 1mb125-271mf 270 1khz, 0. 3v 20% 0.460 0.75 1mb125-331mf 330 1khz, 0. 3v 20% 0.510 0.68 1mb125-391mf 390 1khz, 0. 3v 20% 0.690 0.65 1mb125-471mf 470 1khz, 0. 3v 20% 0.770 0.58 1mb125-561mf 560 1khz, 0. 3v 20% 0.860 0.54 1mb125-681mf 680 1khz, 0. 3v 20% 1.200 0.48 1mb127-1r0nf 1.0 100khz, 0. 3v 30% 0.006 12.00 1mb127-2r2nf 2.2 100khz, 0. 3v 30% 0.012 8.00 1mb127-3r3nf 3.3 100khz, 0. 3v 30% 0.013 8.00 1mb127-4r7nf 4.7 100khz, 0. 3v 30% 0.016 6.80 1mb127-6r8nf 6.8 100khz, 0. 3v 30% 0.019 6.60 1mb127-8r2nf 8.2 100khz, 0. 3v 30% 0.020 5.60 1mb127-100mf 10 1khz, 0.3v 20% 0.021 5.40 1mb127-120mf 12 1khz, 0.3v 20% 0.024 4.90 1mb127-150mf 15 1khz, 0.3v 20% 0.027 4.50 1mb127-180mf 18 1khz, 0.3v 20% 0.039 3.90 1mb127-220mf 22 1khz, 0.3v 20% 0.043 3.60 1mb127-270mf 27 1khz, 0.3v 20% 0.046 3.40 1mb127-330mf 33 1khz, 0.3v 20% 0.065 3.00 1mb127-390mf 39 1khz, 0.3v 20% 0.073 2.75 1mb127-470mf 47 1khz, 0.3v 20% 0.100 2.50 1mb127-560mf 56 1khz, 0.3v 20% 0.110 2.35 1mb127-680mf 68 1khz, 0.3v 20% 0.140 2.10 1mb127-820mf 82 1khz, 0.3v 20% 0.160 1.95 1mb127-101mf 100 1khz, 0. 3v 20% 0.220 1.70 1mb127-121mf 120 1khz, 0. 3v 20% 0.250 1.60 1mb127-151mf 150 1khz, 0. 3v 20% 0.280 1.42 1mb127-181mf 180 1khz, 0. 3v 20% 0.350 1.30 1mb127-221mf 220 1khz, 0. 3v 20% 0.390 1.16 1mb127-271mf 270 1khz, 0. 3v 20% 0.560 1.06 1mb127-331mf 330 1khz, 0. 3v 20% 0.640 0.95 1mb127-391mf 390 1khz, 0. 3v 20% 0.700 0.88 1mb127-471mf 470 1khz, 0. 3v 20% 0.980 0.79
? ? ? 5 ? 1mb series shielded power inductor? low cost type a ccetek ? electronics ? (shenzhen) ? co., ? ltd. ?????????????????????? www.accetek.com ????????? ????????????????????????????? ver.:1mb \ 2014a accetek ? part number inductance( h) test freq. tolerance dcr 1 max.( ? ) i rated 2 1mb127-561mf 560 1khz, 0. 3v 20% 1.070 0.73 1mb127-681mf 680 1khz, 0. 3v 20% 1.460 0.67 1mb127-821mf 820 1khz, 0. 3v 20% 1.640 0.60 1mb127-102mf 1000 1khz, 0. 3v 20% 1.820 0.55 1. dcr measured @ 25c. 2. i rated =min(irms,isat); irms based on 40 rise from 20c ambient, isat based on 25% inductance drop. 3. specifications subject to change without notice please check our website for latest information. e tape and reel specifications a b c e d w p p 0 p 1 h t 220 case size parts per reel reel dimensions ( ref ) ta p e dimensions ( ref ) a b c d e w p p 0 p1 h t 1mb73 1000 330 100 13 22.5 16.5 16 12 4 2 3.8 0.4 1mb74 1000 330 100 13 22.5 16.5 16 12 4 2 4.7 0.4 1mb124 500 330 100 13 30 24.5 24 16 4 2 4.9 0.45 1mb125 500 330 100 13 30 24.5 24 16 4 2 6.2 0.45 1mb127 500 330 100 13 30 24.5 24 16 4 2 8.2 0.45
? ? ? 6 ? 1mb series shielded power inductor? low cost type a ccetek ? electronics ? (shenzhen) ? co., ? ltd. ?????????????????????? www.accetek.com ????????? ????????????????????????????? ver.:1mb \ 2014a accetek ? f recommended solder reflow profile profile feature recommended conditions avera g e ram p -u p rate 3 c/second max. ( tsmax to t p) preheat temperature min (ts min ) 100 c temperature max (ts ma x ) 150 c time (ts min to ts ma x )(ts) 60-180 seconds t ime maintained above: temperature (t l ) 217 c time (t l ) 60-150 seconds peak tem p erature ( t p) see table2 t ime within 5 c of actual pea k 20-40 seconds t em p erature ( t p) 2 ram p -down rate 6 c / second max. t ime 25 c to peak tem p erature 8 minutes max package volume mm 3 volume mm 3 volume mm 3 thickness <350 350 - 2000 >2000 < 1.6mm 260 c 260 c 260 c 1.6mm - 2.5mm 260 c 250 c 245 c >2.5mm 250 c 245 c 245 c ta b l e 2 ta b l e 1 1. the above profiles are based on ipc/jedec j-std-020c. 2. exceeding these conditions may cause lowered product reliability.
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