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shape and size :(dimennsions are in mm ) features : ordering information : miniature smd chip inductors have been designed s m d c h g r 1 0 0 8 - 4 7 n g especially for the need of today's high frequency (1) (2) (3) (4) (5) (6) (7) designer. (1)type : s urface m ount d evices . their ceramic construction delivers the highest (2)material : ch : ceramic, f : ferrite core . possible srf's and q values. (3)terminal g : with gold wraparound . the non-magnetic coilform also assures the utmost s : with pd/pt/ag wraparound in thermal stability, predictability, and batch (only for smdfsr type) consistency. (4)packaging r : tape and reel . their ferrite core inductors have lower dcr and (5)type 1008 : l =0.1 inch w =0.08 inch higher current ratings. the inductance values from (6)inductance : 47 n for 47 nh . 1.2 to 10uh. (7)inductance tolerance : g :2% ; j : 5% ; k : 10% ; m : 20% . inductance and rated current ranges : characteristics : smdchgr0603 1.6~270nh 0.7~0.17a rated dc current : based on the temperature rise smdchgr0805 2.2~820nh 0.6~0.18a not exceeding 15 . smdchgr1008 10~10000nh 1.0~0.16a operating temp. : -40 to 125 (ceramic) smdfsr1008 1.2~10.0uh 0.65~0.30a -40 up 'fssjuf
smdchgr1210 10~4700nh 1.0~0.23a applications : test equipments : pagers, cordless phone . l & q & srf : hp4291b rf impedance analyzer high freq. communication products . with hp16193a test fixture. gps(global position system) . dcr : milli-ohm meter . electrical specifications at 25 . smd 0603 0805 1008 1210 type miniature smd chip inductors 3.1
test srf dcr i ,dc freq. (mhz) (ohm) (ma) nh min mhz min max max l typ q typ l typ q typ smdch r0603 - 1n6 1.6 m k 24 250 12500 0.030 700 1.67 49 1.65 63 smdch r0603 - 1n8 1.8 m k 16 250 12500 0.045 700 1.63 35 1.66 50 smdch r0603 - 3n6 3.6 m k 22 250 5900 0.063 700 3.72 53 3.71 65 smdch r0603 - 3n9 3.9 m k j 22 250 6900 0.080 700 3.95 49 3.96 67 smdch r0603 - 4n3 4.3 m,k,j 22 250 5900 0.063 700 4.32 50 4.33 70 smdch r0603 - 4n7 4.7 m,k,j 20 250 5800 0.116 700 4.72 47 4.75 57 smdch r0603 - 5n1 5.1 m,k,j 20 250 5700 0.140 700 4.93 47 4.95 56 smdch r0603 - 6n8 6.8 m k j 27 250 5800 0.110 700 6.75 60 7.10 81 smdch r0603 - 7n5 7.5 m k j 28 250 4800 0.106 700 7.70 60 7.82 65 smdch r0603 - 8n7 8.7 m k j 28 250 4600 0.109 700 8.86 62 9.32 68 smdch r0603 - 9n5 9.5 m,k,j 28 250 5400 0.135 700 9.70 59 9.92 61 smdch r0603 - 10n 10 k j g 31 250 4800 0.130 700 10.0 66 10.6 83 smdch r0603 - 11n 11 k j g 33 250 4000 0.086 700 11.0 53 11.5 56 smdch r0603 - 12n 12 k j g 35 250 4000 0.130 700 12.3 72 13.5 83 smdch r0603 - 15n 15 k j g 35 250 4000 0.170 700 15.4 64 16.8 89 smdch r0603 - 16n 16 k j g 34 250 3300 0.104 700 16.2 55 17.3 52 smdch r0603 - 18n 18 k j g 35 250 3100 0.170 700 18.7 70 21.4 69 smdch r0603 - 22n 22 k j g 38 250 3000 0.190 700 22.8 73 26.1 71 smdch r0603 - 24n 24 k j g 37 250 2650 0.135 700 24.5 45 28.7 39 smdch r0603 - 27n 27 k j g 40 250 2800 0.220 600 29.2 74 34.6 65 smdch r0603 - 30n 30 k j g 37 250 2250 0.144 600 31.4 47 39.9 28 smdch r0603 - 33n 33 k j g 40 250 2300 0.220 600 36.0 67 49.5 42 smdch r0603 - 36n 36 k j g 38 250 2080 0.250 600 39.4 47 52.7 24 smdch r0603 - 39n 39 k j g 40 250 2200 0.250 600 42.7 60 60.2 40 smdch r0603 - 43n 43 k j g 39 250 2000 0.280 600 47.0 44 64.9 21 smdch r0603 - 47n 47 k j g 38 200 2000 0.280 600 52.2 62 77.2 35 smdch r0603 - 56n 56 m k j 38 200 1900 0.310 600 62.5 52 97.0 26 smdch r0603 - 68n 68 m k j 37 200 1700 0.340 600 80.5 54 168 21 smdch r0603 - 72n 72 m k j 34 150 1700 0.490 400 82.0 53 135 20 smdch r0603 - 82n 82 m k j 34 150 1700 0.540 400 96.2 54 177 21 smdch r0603 - r10 100 m k j 34 150 1400 0.580 400 124 49 -- -- smdch r0603 - r11 110 m k j 32 150 1350 0.610 300 138 43 -- -- smdch r0603 - r12 120 m k j 32 150 1300 0.650 300 166 39 -- -- smdch r0603 - r15 150 m k j 28 150 990 0.920 280 250 25 -- -- smdch r0603 - r18 180 m k j 25 100 990 1.250 240 305 22 -- -- smdch r0603 - r22 220 m k j 25 100 900 1.900 200 480 8 -- -- smdch r0603 - r27 270 m k j 24 100 900 2.300 170 980 4 -- -- 1.7 ghz miniatures smd chip inductors smdch r0603 type lq part no. tole. 900 mhz 3.2
quality srf dcr i dc inductance factor (mhz) (ohm) ( ma ) (min) l q min max max smdch r0805 - 2n2 2.2 nh m k 15 250 1500 6000 0.08 600 smdch r0805 - 3n3 3.3 nh m k 50 250 1500 6000 0.08 600 smdch r0805 - 6n8 6.8 nh m k j 50 250 1000 5500 0.11 600 smdch r0805 - 8n2 8.2 nh m k 35 250 500 4700 0.12 600 smdch r0805 - 10n 10 nh m k,j 50 250 500 4300 0.14 600 smdch r0805 - 12n 12 nh k j g 50 250 500 4000 0.15 600 smdch r0805 - 15n 15 nh m k j 50 250 500 3400 0.17 600 smdch r0805 - 18n 18 nh k j g 50 250 500 3300 0.20 600 smdch r0805 - 22n 22 nh k j g 55 250 500 2600 0.22 500 smdch r0805 - 27n 27 nh k j g 55 250 500 2500 0.25 500 smdch r0805 - 33n 33 nh k j g 60 250 500 2050 0.27 500 smdch r0805 - 39n 39 nh k j g 60 250 500 2000 0.29 500 smdch r0805 - 47n 47 nh k j g 60 200 500 1650 0.31 500 smdch r0805 - 56n 56 nh k j g 60 200 500 1550 0.34 500 smdch r0805 - 68n 68 nh k j g 60 200 500 1450 0.38 500 smdch r0805 - 82n 82 nh k j g 65 150 500 1300 0.42 400 smdch r0805 - r10 0.1uh k j g 65 150 500 1200 0.46 400 smdch r0805 - r12 0.12uh k j g 50 150 250 1100 0.51 400 smdch r0805 - r15 0.15uh k j g 50 100 250 920 0.56 400 smdch r0805 - r18 0.18uh m k j 50 100 250 870 0.64 400 smdch r0805 - r22 0.22uh m k j 50 100 250 850 0.70 400 smdch r0805 - r27 0.27uh m k j 48 100 250 650 1.10 350 smdch r0805 - r33 0.33uh m k j 48 100 250 600 1.40 310 smdch r0805 - r39 0.39uh m k j 48 100 250 560 1.50 290 smdch r0805 - r47 0.47uh m k j 33 50 100 375 1.76 250 smdch r0805 - r56 0.56uh m k j 23 25 50 340 1.90 230 smdch r0805 - r68 0.68uh m k j 23 25 50 188 2.20 190 smdch r0805 - r82 0.82uh m k j 23 25 50 215 2.35 180 part number miniature smd chip inductors smdch r 0805 type testing freq. (mhz) tole. 3.3
quality srf dcr i dc inductance factor (mhz) (ohm) ( ma ) (min) l q min max max smdch r1008 - 10n 10 nh m k j 50 50 500 4100 0.08 1000 smdch r1008 - 12n 12 nh m k j 50 50 500 3300 0.09 1000 smdch r1008 - 15n 15 nh m k 50 50 500 2500 0.10 1000 smdch r1008 - 18n 18 nh m k j 50 50 350 2500 0.11 1000 smdch r1008 - 22n 22 nh m k j 55 50 350 2400 0.12 1000 smdch r1008 - 27n 27 nh m k 55 50 350 1600 0.13 1000 smdch r1008 - 33n 33 nh k j g 60 50 350 1600 0.14 1000 smdch r1008 - 39n 39 nh k j g 60 50 350 1500 0.15 1000 smdch r1008 - 47n 47 nh k j g 65 50 350 1500 0.16 1000 smdch r1008 - 56n 56 nh k j g 65 50 350 1300 0.18 1000 smdch r1008 - 68n 68 nh k j g 65 50 350 1300 0.20 1000 smdch r1008 - 82n 82 nh k j g 60 50 350 1000 0.22 1000 smdch r1008 - r10 0.10uh k j g 60 25 350 1000 0.56 650 smdch r1008 - r12 0.12uh k j g 60 25 350 950 0.63 650 smdch r1008 - r15 0.15uh k j g 45 25 100 850 0.70 580 smdch r1008 - r18 0.18uh k j g 45 25 100 750 0.77 620 smdch r1008 - r22 0.22uh k j g 45 25 100 700 0.84 500 smdch r1008 - r27 0.27uh k j g 45 25 100 600 0.91 500 smdch r1008 - r33 0.33uh k j g 45 25 100 570 1.05 450 smdch r1008 - r39 0.39uh k j g 45 25 100 500 1.12 470 smdch r1008 - r47 0.47uh k j g 45 25 100 450 1.19 470 smdch r1008 - r56 0.56uh k j g 45 25 100 415 1.33 400 smdch r1008 - r62 0.62uh k j g 45 25 100 375 1.40 300 smdch r1008 - r68 0.68uh k j g 45 25 100 375 1.47 400 smdch r1008 - r75 0.75uh m k j 45 25 100 360 1.54 360 smdch r1008 - r82 0.82uh m k j 45 25 100 350 1.61 400 smdch r1008 - r91 0.91uh m k j 35 25 50 320 1.68 380 smdch r1008 - 1r0 1.0 uh m k j 35 25 50 290 1.75 370 smdch r1008 - 1r2 1.2 uh m k j 35 7.9 50 250 2.00 310 smdch r1008 - 1r5 1.5 uh m k j 28 7.9 50 200 2.30 330 smdch r1008 - 1r8 1.8 uh m k j 28 7.9 50 160 2.60 300 smdch r1008 - 2r2 2.2 uh m k j 28 7.9 50 160 2.80 280 smdch r1008 - 2r7 2.7 uh m k j 22 7.9 25 140 3.20 290 smdch r1008 - 3r3 3.3 uh m k j 22 7.9 25 110 3.40 290 smdch r1008 - 3r9 3.9 uh m k j 20 7.9 25 100 3.60 260 smdch r1008 - 4r7 4.7 uh m k j 20 7.9 25 90 4.00 260 smdch r1008 - 5r6 5.6 uh m k j 20 7.9 7.9 80 6.80 190 smdch r1008 - 6r8 6.8 uh m k j 20 7.9 7.9 70 7.50 180 smdch r1008 - 8r2 8.2 uh m k j 20 7.9 7.9 60 8.20 170 smdch r1008 - 100 10 uh m k j 20 7.9 7.9 55 9.10 160 miniature smd chip inductors tole. smdch r 1008 type part number testing freq. (mhz) 3.4
quality srf dcr i dc inductance factor (mhz) (ohm) ( ma ) (min) l q min max max smdfsr1008 - 1r2 1.2 uh m k j 48 7.9 50 210 0.68 650 smdfsr1008 - 1r5 1.5 uh m k j 41 7.9 50 190 0.76 630 smdfsr1008 - 1r8 1.8 uh m k j 39 7.9 50 170 0.84 600 smdfsr1008 - 2r2 2.2 uh m k j 34 7.9 50 150 1.10 520 smdfsr1008 - 2r7 2.7 uh m k j 34 7.9 50 135 1.28 490 smdfsr1008 - 3r3 3.3 uh m k j 32 7.9 50 120 1.46 450 smdfsr1008 - 3r9 3.9 uh m k j 32 7.9 7.9 105 1.56 420 smdfsr1008 - 4r7 4.7 uh m k j 31 7.9 7.9 90 1.68 400 smdfsr1008 - 5r6 5.6 uh m k j 31 7.9 7.9 80 1.82 380 smdfsr1008 - 6r8 6.8 uh m k j 31 7.9 7.9 70 2.00 360 smdfsr1008 - 8r2 8.2 uh m k j 23 7.9 7.9 65 2.65 330 smdfsr1008 - 100 10.0 uh m k j 31 7.9 7.9 60 2.95 300 miniature smd chip inductors smdfsr 1008 type part number tole. testing freq. (mhz) 3.5
quality srf dcr i dc inductance factor (mhz) (ohm) ( ma ) (min) l q min max max smdch r1210 - 10n 10 nh m k j 50 50 500 4100 0.08 1000 smdch r1210 - 12n 12 nh m k j 50 50 500 3300 0.09 1000 smdch r1210 - 15n 15 nh m k 50 50 500 2500 0.10 1000 smdch r1210 - 18n 18 nh m k j 50 50 350 2500 0.11 1000 smdch r1210 - 22n 22 nh m k j 55 50 350 2400 0.12 1000 smdch r1210 - 27n 27 nh m,k j 55 50 350 1600 0.13 1000 smdch r1210 - 33n 33 nh k j g 60 50 350 1600 0.14 1000 smdch r1210 - 39n 39 nh k j g 60 50 350 1500 0.15 1000 smdch r1210 - 47n 47 nh k j g 65 50 350 1500 0.16 1000 smdch r1210 - 56n 56 nh k j g 65 50 350 1300 0.18 1000 smdch r1210 - 68n 68 nh k j g 65 50 350 1300 0.20 1000 smdch r1210 - 82n 82 nh k j g 60 50 350 1000 0.22 1000 smdch r1210 - r10 0.10uh k j g 60 25 350 1000 0.24 980 smdch r1210 - r12 0.12uh k j g 60 25 350 950 0.26 920 smdch r1210 - r15 0.15uh k j g 45 25 100 850 0.29 870 smdch r1210 - r18 0.18uh k j g 45 25 100 750 0.31 830 smdch r1210 - r22 0.22uh k j g 45 25 100 700 0.35 790 smdch r1210 - r27 0.27uh k j g 45 25 100 600 0.42 730 smdch r1210 - r33 0.33uh k j g 45 25 100 570 0.49 680 smdch r1210 - r39 0.39uh k j g 45 25 100 500 0.54 640 smdch r1210 - r47 0.47uh k j g 45 25 100 450 0.60 610 smdch r1210 - r56 0.56uh k j g 45 25 100 415 1.00 460 smdch r1210 - r62 0.62uh k j g 45 25 100 375 1.08 430 smdch r1210 - r68 0.68uh k j g 45 25 100 375 1.15 420 smdch r1210 - r75 0.75uh k j g 45 25 100 360 1.20 410 smdch r1210 - r82 0.82uh k j g 45 25 100 350 1.93 350 smdch r1210 - r91 0.91uh k j g 45 25 100 320 2.02 340 smdch r1210 - 1r0 1.0 uh k j g 45 25 100 290 2.16 330 smdch r1210 - 1r2 1.2 uh m k j 45 7.9 100 250 2.38 310 smdch r1210 - 1r5 1.5 uh m k j 35 7.9 50 200 2.64 300 smdch r1210 - 1r8 1.8 uh m k j 30 7.9 50 160 2.76 290 smdch r1210 - 2r2 2.2 uh m k j 25 7.9 50 160 2.98 280 smdch r1210 - 2r7 2.7 uh m k j 22 7.9 25 140 3.30 260 smdch r1210 - 3r3 3.3 uh m k j 22 7.9 25 110 3.66 250 smdch r1210 - 3r9 3.9 uh m k j 22 7.9 7.9 100 4.00 240 smdch r1210 - 4r7 4.7 uh m k j 22 7.9 7.9 90 4.30 230 miniature smd chip inductors smdch r 1210 type tole. part number testing freq. (mhz) 3.6
miniature smd chip inductors smdch ? r 0603 type 1 0 10 0 1 00 0 1 0, 00 0 fr equ en cy (m hz) l vs frequency 10 0 i n d u c t a n c e ( n h ) 1 10 10 1000 fr equ en cy (m hz) 80 40 10 0 30 20 60 50 q f a c t o r 70 typica l q vs frequency 10 0 90 3n9 33 n 22 n 12 n 72 n r15 3n9 39 n r15 22 n 12 n 10 0 1 00 0 10 00 0
miniature smd chip inductors smdch ? r 0805 type fr equ en cy (m hz) fr equ en cy (m hz) i n d u c t a n c e ( n h ) 10 1 10 10 0 l vs frequency 10 0 1000 10 0 10 10 0 12 n 10,000 6n8 1000 22 n 68 n r27 r47 1000 10,000 r27 90 q f a c t o r 50 20 30 40 70 60 80 r68 r47 typica l q vs frequency 10 0 47 n 6n8 22 n
miniature smd chip inductors smdch ? r 1008 type 1 0 10 0 1 00 0 1 0, 00 0 fr equ en cy (m hz) l vs frequency 10 0 i n d u c t a n c e ( n h ) 1 10 10 1000 10 0 1 00 0 fr equ en cy (m hz) 80 40 10 0 30 20 60 50 q f a c t o r 70 typica l q vs frequency 10 0 90 10 n 47 n 22 n 68 n r22 r22 1r0 r39 r68 r10 18 n 10 00 0

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