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84 5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com miniature rf chip inductors dimensions mrfi0603 ?t 4n7 s series packaging t: tape inductance value 4n7: 4.7nh 47n: 47nh r47: 470nh 4r7: 4.7h 470: 47h tolerance b: 0.2nh s: 0.3nh g: 2% j: 5% k: 10% m: 20% how to order unit: inch (mm) series l w t s (t 1 ) qty/ reel mrfi 0402 (1005) 0.039 .004 (1.0 0.10) 0.022 .004 (0.55 0.10) 0.020 .006 (0.5 0.15) 0.008 0.004 (0.20 0.1) 0.20 10,000 mrfi 0603 (1608) 0.063 0.008 (1.6 0.2) 0.041 0.008 (1.05 0.2) 0.041 0.008 (1.05 0.2) 0.014 0.004 (0.35 0.1) 0.50 3,000 mrfi 0805 (2012) 0.080 0.008 (2.0 0.2) 0.050 0.008 (1.25 0.2) 0.048 0.008 (1.2 0.2) 0.016 0.004 (0.4 0.1) 0.60 2,000 mrfi 1008 (2520) 0.098 0.008 (2.6 0.2) 0.080 0.008 (2.1 0.2) 0.063 0.008 (1.6 0.2) 0.020 0.004 (0.5 0.1) 0.70 2,000 mrfi 1210 (3225) 0.126 .008 (3.2 0.2) 0.102 .008 (2.6 0.2) 0.087 0.008 (2.2 0.2) 0.020 0.004 (0.5 0.1) 1.10 2,000 l w s t t 1 termination finish is gold flash over nicke l bottom view side view ? high q values ? high srf ? wide inductance range, 1nh to 47h ? excellent solderability and resistance to soldering heat suitable for flow or reflow soldering ? high reliability and high speed surface mount assembly features please note: venkel offers engineering kits for this product. see page 120 for details. all components in this section are rohs compliant per the eu directives and definitions. termination finish is gold flash over nickel note: core composition is either ceramic or ferrite depending on size and value. see note on the bottom of each data sheet. 3 rd layer 2 nd layer 1 st layer termination ceramic type ferrite type a) 1 st layer mo/mn or pd/ag pd/ag b) 2 nd layer ni ni c) 3rd layer au sn
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com 85 mrfi 0402 series (1005) - electrical characteristics note ? inductance: hp-4287a rf lcr meter with hp-16193 fixture ? q: hp-4287a rf lcr meter with hp-16193 fixture ? s.r.f (self-resonance frequency) ena e5071b network analyzer ? r d c (dc resistance): hp-4338b millohmeter ? i d c (allowable current) ? (inductance tolerance) (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) ? ** color code or marking is not applicable for this series note: all 0402s have ceramic core. part number inductance (nh) tolerance q s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding** min. typical @ 900mhz mrfi 0402 C 1n0 t 1.0 @ 250 mhz b, s 13 26 6,000 0.045 1360 n/a mrfi 0402 C 1n9 t 1.9 @ 250 mhz b, s 16 29 6,000 0.070 1040 n/a mrfi 0402 C 2n0 t 2.0 @ 250 mhz b, s 16 30 6,000 0.070 1040 n/a mrfi 0402 C 2n2 t 2.2 @ 250 mhz b, s 18 32 6,000 0.070 960 n/a mrfi 0402 C 2n4 t 2.4 @ 250 mhz b, s 16 35 6,000 0.068 790 n/a mrfi 0402 C 2n7 t 2.7 @ 250 mhz b, s 16 31 6,000 0.120 640 n/a mrfi 0402 C 3n3 t 3.3 @ 250 mhz k, j, b 20 41 6,000 0.066 840 n/a mrfi 0402 C 3n6 t 3.6 @ 250 mhz k, j, b 20 43 6,000 0.066 840 n/a mrfi 0402 C 3n9 t 3.9 @ 250 mhz k, j, b 20 41 5,800 0.066 840 n/a mrfi 0402 C 4n3 t 4.3 @ 250 mhz k, j, b 18 45 6,000 0.091 700 n/a mrfi 0402 C 4n7 t 4.7 @ 250 mhz k, j, b 15 45 4,775 0.130 640 n/a mrfi 0402 C 5n1 t 5.1 @ 250 mhz k, j, b 23 49 5,800 0.083 800 n/a mrfi 0402 C 5n6 t 5.6 @ 250 mhz k, j, b 23 46 5,800 0.083 760 n/a mrfi 0402 C 6n2 t 6.2 @ 250 mhz k, j, b 23 49 5,800 0.083 760 n/a mrfi 0402 C 6n8 t 6.8 @ 250 mhz k, j, b 20 50 4,800 0.083 680 n/a mrfi 0402 C 7n5 t 7.5 @ 250 mhz k, j, b 25 50 5,800 0.104 680 n/a mrfi 0402 C 8n2 t 8.2 @ 250 mhz k, j, b 25 49 4,400 0.104 680 n/a mrfi 0402 C 8n7 t 8.7 @ 250 mhz k, j, b 18 50 4,100 0.200 480 n/a mrfi 0402 C 9n0 t 9.0 @ 250 mhz k, j, b 25 49 4,160 0.104 680 n/a mrfi 0402 C 9n5 t 9.5 @ 250 mhz k, j, b 18 45 4,000 0.200 680 n/a mrfi 0402 C 10n t 10 @ 250 mhz k, j, g 23 47 3,900 0.195 480 n/a mrfi 0402 C 11n t 11 @ 250 mhz k, j, g 26 56 3,680 0.120 640 n/a mrfi 0402 C 12n t 12 @ 250 mhz k, j, g 26 51 3,600 0.120 640 n/a mrfi 0402 C 13n t 13 @ 250 mhz k, j, g 24 54 3,450 0.210 560 n/a mrfi 0402 C 15n t 15 @ 250 mhz k, j, g 26 54 3,280 0.172 560 n/a mrfi 0402 C 16n t 16 @ 250 mhz k, j, g 24 54 3,100 0.220 560 n/a mrfi 0402 C 18n t 18 @ 250 mhz k, j, g 25 52 3,100 0.230 420 n/a mrfi 0402 C 19n t 19 @ 250 mhz k, j, g 26 50 3,040 0.202 480 n/a mrfi 0402 C 20n t 20 @ 250 mhz k, j, g 25 51 3,000 0.250 420 n/a mrfi 0402 C 22n t 22 @ 250 mhz k, j, g 25 52 2,800 0.300 400 n/a mrfi 0402 C 23n t 23 @ 250 mhz k, j, g 26 53 2,720 0.214 400 n/a mrfi 0402 C 24n t 24 @ 250 mhz k, j, g 25 51 2,700 0.300 400 n/a mrfi 0402 C 27n t 27 @ 250 mhz k, j, g 26 48 2,480 0.298 400 n/a mrfi 0402 C 30n t 30 @ 250 mhz k, j, g 25 46 2,350 0.300 400 n/a mrfi 0402 C 33n t 33 @ 250 mhz k, j, g 24 48 2,350 0.350 400 n/a mrfi 0402 C 36n t 36 @ 250 mhz k, j, g 26 48 2,320 0.403 320 n/a mrfi 0402 C 39n t 39 @ 250 mhz k, j, g 25 45 2.100 0.550 320 n/a mrfi 0402 C 40n t 40 @ 250 mhz k, j, g 26 48 2,240 0.438 320 n/a mrfi 0402 C 43n t 43 @ 250 mhz k, j, g 25 46 2,030 0.810 100 n/a mrfi 0402 C 47n t 47 @ 200 mhz k, j, g 26 46 2,100 0.830 150 n/a mrfi 0402 C 51n t 51 @ 200 mhz k, j 25 40 1,750 0.820 100 n/a mrfi 0402 C 56n t 56 @ 200 mhz k, j 22 42 1,760 0.970 100 n/a mrfi 0402 C 68n t 68 @ 200 mhz k, j 22 36 1,620 1.120 100 n/a mrfi 0402 C 82n t 82 @ 150 mhz k, j 20 33 1,500 1.250 100 n/a mrfi 0402 C r10 t 100 @ 150 mhz k, j 20 30 1,300 2.520 100 n/a note: * for values not listed, please consult your salesperson.
86 5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com miniature rf chip inductors mrfi 0603 series (1608) - electrical characteristics part number inductance (nh) tolerance q s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding** min. typical @ 900mhz mrfi 0603 C 1n6 t 1.6 @ 250 mhz b, s 24 40 12,500 0.030 700 n/a mrfi 0603 C 1n8 t 1.8 @ 250 mhz b, s 16 35 12,500 0.045 700 n/a mrfi 0603 C 2n0 t 2.0 @ 250 mhz b, s 16 31 6,900 0.080 700 n/a mrfi 0603 C 3n9 t 3.9 @ 250 mhz b, s 22 51 6,900 0.080 700 n/a mrfi 0603 C 4n3 t 4.3 @ 250 mhz b, s 22 45 5,900 0.080 700 n/a mrfi 0603 C 4n7 t 4.7 @ 250 mhz b, s 20 47 5,800 0.130 700 n/a mrfi 0603 C 5n1 t 5.1 @ 250 mhz k, j 20 47 5,700 0.140 700 n/a mrfi 0603 C 5n6 t 5.6 @ 250 mhz k, j 16 40 5,500 0.150 700 n/a mrfi 0603 C 6n8 t 6.8 @ 250 mhz k, j, b 30 63 5,800 0.110 700 n/a mrfi 0603 C 7n5 t 7.5 @ 250 mhz k, j, b 28 64 4,800 0.106 700 n/a mrfi 0603 C 8n2 t 8.2 @ 250 mhz k, j, b 30 72 4,600 0.100 700 n/a mrfi 0603 C 8n7 t 8.7 @ 250 mhz k, j, b 28 66 4,600 0.109 700 n/a mrfi 0603 C 9n1 t 9.1 @ 250 mhz k, j 28 60 4,000 0.135 700 n/a mrfi 0603 C 10n t 10 @ 250 mhz k, j, g 30 66 3,800 0.130 700 n/a mrfi 0603 C 12n t 12 @ 250 mhz k, j, g 35 72 4,000 0.130 700 n/a mrfi 0603 C 15n t 15 @ 250 mhz k, j, g 35 68 4,000 0.170 700 n/a mrfi 0603 C 18n t 18 @ 250 mhz k, j, g 38 77 3,100 0.170 700 n/a mrfi 0603 C 20n t 20 @ 250 mhz k, j 38 72 3,000 0.220 700 n/a mrfi 0603 C 22n t 22 @ 250 mhz k, j, g 38 70 3,000 0.220 700 n/a mrfi 0603 C 24n t 24 @ 250 mhz k, j 37 75 2,650 0.135 700 n/a mrfi 0603 C 27n t 27 @ 250 mhz k, j, g 40 75 2,800 0.220 600 n/a mrfi 0603 C 30n t 30 @ 250 mhz k, j 45 57 2,300 0.220 600 n/a mrfi 0603 C 33n t 33 @ 250 mhz k, j, g 43 78 2,300 0.220 600 n/a mrfi 0603 C 36n t 36 @ 250 mhz k, j 43 70 2,200 0.250 600 n/a mrfi 0603 C 39n t 39 @ 250 mhz k, j, g 43 66 2,200 0.250 600 n/a mrfi 0603 C 43n t 43 @ 250 mhz k, j 38 62 2,000 0.280 600 n/a mrfi 0603 C 47n t 47 @ 200 mhz k, j, g 40 65 2,000 0.280 600 n/a mrfi 0603 C 51n t 51 @ 200 mhz k, j 40 66 1,900 0.310 600 n/a mrfi 0603 C 56n t 56 @ 200 mhz k, j, g 40 66 1,900 0.310 600 n/a mrfi 0603 C 62n t 62 @ 200 mhz k, j 40 60 1,700 0.340 600 n/a mrfi 0603 C 68n t 68 @ 200 mhz k, j, g 40 57 1,700 0.340 600 n/a mrfi 0603 C 72n t 72 @ 150 mhz k, j, g 35 60 1,700 0.490 400 n/a mrfi 0603 C 82n t 82 @ 150 mhz k, j, g 35 58 1,700 0.540 400 n/a mrfi 0603 C r10 t 100 @ 150 mhz k, j, g 35 51 1,400 0.630 400 n/a mrfi 0603 C r12 t 120 @ 150 mhz k, j, g 35 45 1,300 0.650 300 n/a mrfi 0603 C r13 t 130 @ 150 mhz k, j 35 40 1,000 0.920 280 n/a mrfi 0603 C r15 t 150 @ 150 mhz k, j, g 35 33 1,000 0.920 280 n/a mrfi 0603 C r18 t 180 @ 100mhz k, j, g 30 26 1,000 1.250 240 n/a mrfi 0603 C r20 t 200 @ 100 mhz k, j 30 23 1,000 1.250 240 n/a mrfi 0603 C r21 t 210 @ 100 mhz k, j 27 23 1,000 1.700 200 n/a mrfi 0603 C r22 t 220 @ 100 mhz k, j, g 30 23 1,000 1.700 200 n/a mrfi 0603 C r24 t 240 @ 100 mhz k, j 30 15 1,000 1.700 200 n/a mrfi 0603 C r27 t 270 @ 100 mhz k, j, g 30 10 1,000 1.800 170 n/a mrfi 0603 C r33 t 330 @ 100 mhz k, j 25 C 450 2.000 150 n/a mrfi 0603 C r39 t 390 @ 100 mhz k, j 20 C 350 2.000 170 n/a note ? inductance: hp-4287a rf lcr meter with hp-16193 fixture ? q: hp-4287a rf lcr meter with hp-16193 fixture ? s.r.f (self-r esonance frequency) ena e5071b network analyzer ? r d c (dc resistance): hp-4338b millohmeter ? i d c (allowable current) ? (inductance tolerance) (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) ? ** color code or marking is not applicable for this series note: all 0603s have ceramic core. note: * for values not listed, please consult your salesperson.
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com 87 mrfi 0805 series (2012) - electrical characteristics note ? l, q; hp-4287a at 100mhz (test fixture: hp-16193) ? s.r.f: self-resonance frequency; ena e5071b network analyzer ? r d c : dc resistance; hp-4338b ? i d c : allowable current ? inductance tolerance (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) ? ** a color dot is put on these components for internal lot identification purposes note: * all values, 390nh and lower have a ceramic core with gold plating. * all values higher than 390nh have a ferrite core with lead free solder plating. part number inductance (nh) tolerance q min. s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding** mrfi 0805 C 2n2 t 2.2 @ 250 mhz b, s 50 @ 1000 mhz 6,000 0.06 800 gray mrfi 0805 C 2n7 t 2.7 @ 250 mhz b, s 35 @ 1000 mhz 6,000 0.08 800 brown mrfi 0805 C 3n3 t 3.3 @ 250 mhz b, s 60 @ 1000 mhz 6,000 0.08 800 black mrfi 0805 C 3n9 t 3.9 @ 250 mhz b, s 60 @ 1000 mhz 6,000 0.06 600 red mrfi 0805 C 4n7 t 4.7 @ 250 mhz b, s 60 @ 1000 mhz 5,800 0.06 600 yellow mrfi 0805 C 5n1 t 5.1 @ 250 mhz k, j, b 60 @ 1000 mhz 5,800 0.08 600 blue mrfi 0805 C 5n6 t 5.6 @ 250 mhz k, j, b 60 @ 1000 mhz 5,800 0.08 600 orange mrfi 0805 C 6n8 t 6.8 @ 250 mhz k, j, b 60 @ 1000 mhz 5,500 0.06 600 brown mrfi 0805 C 8n2 t 8.2 @ 250 mhz k, j, b 60 @ 1000 mhz 5,500 0.06 600 red mrfi 0805 C 10n t 10 @ 250 mhz k, j, g 60 @ 500 mhz 4,800 0.08 600 blue mrfi 0805 C 12n t 12 @ 250 mhz k, j, g 60 @ 500 mhz 4,100 0.08 600 orange mrfi 0805 C 15n t 15 @ 250 mhz k, j, g 60 @ 500 mhz 3,600 0.08 600 yellow mrfi 0805 C 18n t 18 @ 250 mhz k, j, g 60 @ 500 mhz 3,400 0.08 600 green mrfi 0805 C 22n t 22 @ 250 mhz k, j, g 60 @ 500 mhz 3,300 0.10 600 blue mrfi 0805 C 27n t 27 @ 250 mhz k, j, g 60 @ 500 mhz 2,600 0.12 600 violet mrfi 0805 C 33n t 33 @ 250 mhz k, j, g 60 @ 500 mhz 2,400 0.15 500 gray mrfi 0805 C 39n t 39 @ 250 mhz k, j, g 60 @ 500 mhz 2,100 0.18 500 white mrfi 0805 C 47n t 47 @ 200 mhz k, j, g 60 @ 500 mhz 1,700 0.15 500 black mrfi 0805 C 56n t 56 @ 200 mhz k, j, g 60 @ 500 mhz 1,600 0.25 500 brown mrfi 0805 C 68n t 68 @ 200 mhz k, j, g 60 @ 500 mhz 1,450 0.27 500 red mrfi 0805 C 82n t 82 @ 150 mhz k, j, g 60 @ 500 mhz 1,350 0.32 500 orange mrfi 0805 C r10 t 100 @ 150 mhz k, j, g 60 @ 500 mhz 1,200 0.43 500 yellow mrfi 0805 C r12 t 120 @ 150 mhz k, j, g 50 @ 250 mhz 1,100 0.48 500 green mrfi 0805 C r15 t 150 @ 100 mhz k, j, g 50 @ 250 mhz 950 0.56 400 blue mrfi 0805 C r18 t 180 @ 100 mhz k, j, g 50 @ 250 mhz 900 0.78 400 violet mrfi 0805 C r22 t 220 @ 100 mhz k, j, g 50 @ 250 mhz 860 1.00 400 gray mrfi 0805 C r27 t 270 @ 100 mhz k, j, g 45 @ 250 mhz 850 1.46 350 white mrfi 0805 C r33 t 330 @ 100 mhz k, j, g 45 @ 250 mhz 800 1.65 300 black mrfi 0805 C r39 t 390 @ 100 mhz k, j, g 45 @ 250 mhz 780 2.20 210 brown *mrfi 0805 C r47 t 470 @ 25 mhz k, j 45 @ 100 mhz 375 0.95 500 red *mrfi 0805 C r56 t 560 @ 25 mhz k, j 45 @ 100 mhz 340 1.10 450 green *mrfi 0805 C r68 t 680 @ 25 mhz k, j 35 @ 100 mhz 188 1.20 400 orange *mrfi 0805 C r82 t 820 @ 25 mhz k, j 35 @ 100 mhz 215 1.50 300 gray *mrfi 0805 C 1r0 t 1000 @ 25 mhz k, j 35 @ 50 mhz 200 2.13 180 yellow *mrfi 0805 C 1r2 t 1200 @ 7.96 mhz k, j 15 @ 7.96 mhz 200 2.38 150 brown *mrfi 0805 C 1r5 t 1500 @ 7.96 mhz k, j 15 @ 7.96 mhz 200 2.90 130 green *mrfi 0805 C 1r8 t 1800 @ 7.96 mhz k, j 15 @ 7.96 mhz 120 3.00 120 blue *mrfi 0805 C 2r2 t 2200 @ 7.96 mhz k, j 15 @ 7.96 mhz 110 3.10 110 brown *mrfi 0805 C 2r7 t 2700 @ 7.96 mhz k, j 15 @ 7.96 mhz 100 3.50 100 violet *mrfi 0805 C 3r3 t 3300 @ 7.96 mhz k, j 15 @ 7.96 mhz 70 2.30 210 gray *mrfi 0805 C 3r9 t 3900 @ 7.96 mhz k, j 15 @ 7.96 mhz 60 2.50 200 white *mrfi 0805 C 4r7 t 4700 @ 7.96 mhz k, j 15 @ 7.96 mhz 50 2.80 180 black *mrfi 0805 C 5r6 t 5600 @ 7.96 mhz k, j 15 @ 7.96 mhz 45 3.00 160 red *mrfi 0805 C 6r8 t 6800 @ 7.96 mhz k, j 15 @ 7.96 mhz 45 3.20 130 brown *mrfi 0805 C 8r2 t 8200 @ 7.96 mhz k, j 15 @ 7.96 mhz 40 3.50 120 red *mrfi 0805 C 100 t 10000 @ 2.52 mhz k, j 15 @ 2.52 mhz 40 5.00 80 orange note: * for values not listed, please consult your salesperson.
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com miniature rf chip inductors 88 mrfi 1008 series (2520) - electrical characteristics part number inductance (nh) tolerance q min. s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding 1st 2nd 3rd mrfi 1008 C 3n3 t 3.3 @ 100 mhz b, s 50 @ 1000 mhz 6,000 0.06 1000 black orange orange mrfi 1008 C 6n8 t 6.8 @ 100 mhz k, j, b 50 @ 1000 mhz 5,500 0.06 1000 black blue gray mrfi 1008 C 8n2 t 8.2 @ 100 mhz k, j, b 50 @ 1000 mhz 5,500 0.06 1000 black gray red mrfi 1008 C 10n t 10 @ 100 mhz k, j, g 50 @ 1000 mhz 4,300 0.08 1000 brown black black mrfi 1008 C 12n t 12 @ 100 mhz k, j, g 60 @ 500 mhz 3,600 0.08 1000 brown red black mrfi 1008 C 15n t 15 @ 100 mhz k, j, g 60 @ 500 mhz 2,700 0.08 1000 brown green black mrfi 1008 C 18n t 18 @ 100 mhz k, j, g 60 @ 350 mhz 2,700 0.10 1000 brown gray black mrfi 1008 C 22n t 22 @ 100 mhz k, j, g 60 @ 350 mhz 2,500 0.10 1000 red red black mrfi 1008 C 27n t 27 @ 100 mhz k, j, g 60 @ 350 mhz 1,800 0.10 1000 red violet black mrfi 1008 C 33n t 33 @ 100 mhz k, j, g 60 @ 350 mhz 1,700 0.10 1000 orange orange black mrfi 1008 C 39n t 39 @ 100 mhz k, j, g 60 @ 350 mhz 1,500 0.10 1000 orange white black mrfi 1008 C 47n t 47 @ 100 mhz k, j, g 60 @ 350 mhz 1,500 0.10 1000 yellow violet black mrfi 1008 C 56n t 56 @ 100 mhz k, j, g 60 @ 350 mhz 1,350 0.12 1000 green blue black mrfi 1008 C 68n t 68 @ 100 mhz k, j, g 60 @ 350 mhz 1,300 0.15 1000 blue gray black mrfi 1008 C 82n t 82 @ 100 mhz k, j, g 60 @ 350 mhz 1,100 0.18 1000 gray red black mrfi 1008 C r10 t 100 @ 100 mhz k, j, g 60 @ 350 mhz 1,100 0.18 1000 brown black brown mrfi 1008 C r12 t 120 @ 25 mhz k, j, g 45 @ 100 mhz 950 0.20 800 brown red brown mrfi 1008 C r15 t 150 @ 25 mhz k, j, g 45 @ 100 mhz 880 0.22 800 brown green brown mrfi 1008 C r18 t 180 @ 25 mhz k, j, g 45 @ 100 mhz 800 0.33 800 brown gray brown mrfi 1008 C r22 t 220 @ 25 mhz k, j, g 45 @ 100 mhz 730 0.45 800 red red brown mrfi 1008 C r27 t 270 @ 25 mhz k, j, g 45 @ 100 mhz 650 0.75 600 red violet brown mrfi 1008 C r33 t 330 @ 25 mhz k, j, g 45 @ 100 mhz 570 0.90 500 orange orange brown mrfi 1008 C r39 t 390 @ 25 mhz k, j, g 45 @ 100 mhz 530 1.06 470 orange white brown mrfi 1008 C r47 t 470 @ 25 mhz k, j, g 45 @ 100 mhz 480 1.17 420 yellow violet brown mrfi 1008 C r56 t 560 @ 25 mhz k, j, g 45 @ 100 mhz 430 1.50 310 green blue brown mrfi 1008 C r68 t 680 @ 25 mhz k, j, g 45 @ 100 mhz 380 2.06 230 blue gray brown mrfi 1008 C r75 t 750 @ 25 mhz k, j, g 45 @ 100 mhz 360 2.20 200 violet green brown mrfi 1008 C r82 t 820 @ 25 mhz k, j, g 45 @ 100 mhz 350 2.30 180 gray red brown mrfi 1008 C r91 t 910 @ 25 mhz k, j, g 45 @ 100 mhz 330 3.18 150 white brown brown mrfi 1008 C 1r0 t 1000 @ 25 mhz k, j, g 35 @ 50 mhz 310 3.30 120 brown black red note ? inductance: hp-4287a rf lcr meter with hp-16193 fixture ? q: hp-4287a rf lcr meter with hp-16193 fixture ? s.r.f (self-resonance frequency) ena e5071b network analyzer ? r d c (dc resistance): hp-4338b millohmeter ? i d c (allowable current) ? (inductance tolerance) (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) these parts are marked with 3 color dots. the table above shows the significance of each color. dots 1 and 2 indicate the inductance in nanohenries. dot 3 indicates the number of zeros to be added. examples: gray red black = 82nh brown red brown = 120 nh yellow violet red = 4700nh values below 10nh on these parts, the third dot is not a multiplier. refer to the table above for specific inductance values. mrfi 1008 series black gray red = 8.2nh note: * all values 1000nh (1.0 uh) and lower have a ceramic core with gold plating. 1st 2nd 3rd multiplier note: * for values not listed, please consult your salesperson.
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com 89 mrfi 1008 series (2520) - electrical characteristics part number inductance (nh) tolerance q min. s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding 1st 2nd 3rd *mrfi 1008 C 1r2 t 1200 @ 7.96 mhz k, j 20 @ 7.96 mhz 280 1.30 230 brown red red *mrfi 1008 C 1r5 t 1500 @ 7.96 mhz k, j 20 @ 7.96 mhz 250 1.65 220 brown green red *mrfi 1008 C 1r8 t 1800 @ 7.96 mhz k, j 20 @ 7.96 mhz 200 2.20 210 brown gray red *mrfi 1008 C 2r2 t 2200 @ 7.96 mhz k, j 20 @ 7.96 mhz 160 2.35 200 red red red *mrfi 1008 C 2r7 t 2700 @ 7.96 mhz k, j 20 @ 7.96 mhz 130 2.60 195 red violet red *mrfi 1008 C 3r3 t 3300 @ 7.96 mhz k, j 20 @ 7.96 mhz 80 2.85 185 orange orange red *mrfi 1008 C 3r9 t 3900 @ 7.96 mhz k, j 20 @ 7.96 mhz 50 4.00 180 orange white red *mrfi 1008 C 4r7 t 4700 @ 7.96 mhz k, j 20 @ 7.96 mhz 45 4.30 175 yellow violet red *mrfi 1008 C 5r6 t 5600 @ 7.96 mhz k, j 20 @ 7.96 mhz 42 2.60 170 green blue red *mrfi 1008 C 6r8 t 6800 @ 7.96 mhz k, j 20 @ 7.96 mhz 39 2.80 165 blue gray red *mrfi 1008 C 8r2 t 8200 @ 7.96 mhz k, j 20 @ 7.96 mhz 36 3.05 160 gray red red *mrfi 1008 C 100 t 10000 @ 2.52 mhz k, j 15 @ 2.52 mhz 33 3.50 150 brown black orange *mrfi 1008 C 120 t 12000 @ 2.52 mhz k, j 15 @ 2.52 mhz 30 3.60 140 brown red orange *mrfi 1008 C 150 t 15000 @ 2.52 mhz k, j 15 @ 2.52 mhz 26 4.00 130 brown green orange *mrfi 1008 C 180 t 18000 @ 2.52 mhz k, j 15 @ 2.52 mhz 24 4.50 120 brown gray orange *mrfi 1008 C 220 t 22000 @ 2.52 mhz k, j 15 @ 2.52 mhz 22 4.80 110 red red orange *mrfi 1008 C 270 t 27000 @ 2.52 mhz k, j 15 @ 2.52 mhz 21 5.30 95 red violet orange *mrfi 1008 C 330 t 33000 @ 2.52 mhz k, j 15 @ 2.52 mhz 20 6.10 85 orange orange orange *mrfi 1008 C 390 t 39000 @ 2.52 mhz k, j 15 @ 2.52 mhz 18 8.30 60 orange white orange *mrfi 1008 C 470 t 47000 @ 2.52 mhz k, j 15 @ 2.52 mhz 17 12.60 45 yellow violet orange note ? inductance: hp-4287a rf lcr meter with hp-16193 fixture ? q: hp-4287a rf lcr meter with hp-16193 fixture ? s.r.f (self-resonance frequency) ena e5071b network analyzer ? r d c (dc resistance): hp-4338b millohmeter ? i d c (allowable current) ? (inductance tolerance) (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) these parts are marked with 3 color dots. the table above shows the significance of each color. dots 1 and 2 indicate the inductance in nanohenries. dot 3 indicates the number of zeros to be added. examples: gray red black = 82nh brown red brown = 120 nh yellow violet red = 4700nh note: * all values higher than 1000nh (1.0 uh) have a ferrite core with lead free solder plating. 1st 2nd 3rd multiplier note: * for values not listed, please consult your salesperson. color code scheme (nh) color code significant digit associated with color color code significant digit associated with color black 0 green 5 brown 1 blue 6 red 2 violet 7 orange 3 gray 8 yellow 4 white 9 note: for values below 10nh, the color code scheme does not apply. refer to the data sheet for actual values.
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com miniature rf chip inductors 90 miniature rf chip inductors mrfi 1210 series (3225) - electrical characteristics part number inductance (nh) tolerance q min. s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding 1st 2nd 3rd mrfi 1210 C 4n7 t 4.7 @ 100 mhz b, s 50 @ 1000 mhz 6,000 0.06 1000 black yellow violet mrfi 1210 C 5n6 t 5.6 @ 100 mhz k, j, b 50 @ 1000 mhz 5,500 0.06 1000 black green blue mrfi 1210 C 10n t 10 @ 100 mhz k, j, g 60 @ 500 mhz 4,000 0.06 1000 brown black black mrfi 1210 C 12n t 12 @ 100 mhz k, j, g 60 @ 500 mhz 3,400 0.06 1000 brown red black mrfi 1210 C 15n t 15 @ 100 mhz k, j, g 60 @ 500 mhz 3,200 0.06 1000 brown green black mrfi 1210 C 18n t 18 @ 100 mhz k, j, g 60 @ 300 mhz 2,800 0.06 1000 brown gray black mrfi 1210 C 22n t 22 @ 100 mhz k, j, g 60 @ 300 mhz 2,100 0.08 1000 red red black mrfi 1210 C 27n t 27 @ 100 mhz k, j, g 60 @ 300 mhz 1,900 0.08 1000 red violet black mrfi 1210 C 33n t 33 @ 100 mhz k, j, g 60 @ 300 mhz 1,700 0.08 1000 orange orange black mrfi 1210 C 39n t 39 @ 100 mhz k, j, g 60 @ 300 mhz 1.700 0.08 1000 orange white black mrfi 1210 C 47n t 47 @ 100 mhz k, j, g 60 @ 300 mhz 1,400 0.08 1000 yellow violet black mrfi 1210 C 56n t 56 @ 100 mhz k, j, g 60 @ 300 mhz 1,100 0.10 1000 green blue black mrfi 1210 C 68n t 68 @ 100 mhz k, j, g 60 @ 300 mhz 1,000 0.10 1000 blue gray black mrfi 1210 C 82n t 82 @ 100 mhz k, j, g 60 @ 300 mhz 1,000 0.10 1000 gray red black mrfi 1210 C r10 t 100 @ 100 mhz k, j, g 60 @ 300 mhz 900 0.10 1000 brown black brown mrfi 1210 C r12 t 120 @ 50 mhz k, j, g 60 @ 300 mhz 900 0.12 800 brown red brown mrfi 1210 C r15 t 150 @ 50 mhz k, j, g 60 @ 300 mhz 800 0.18 800 brown green brown mrfi 1210 C r18 t 180 @ 50 mhz k, j, g 60 @ 300 mhz 760 0.21 800 brown gray brown mrfi 1210 C r22 t 220 @ 50 mhz k, j, g 60 @ 300 mhz 660 0.27 800 red red brown mrfi 1210 C r27 t 270 @ 50 mhz k, j, g 50 @ 300 mhz 600 0.33 700 red violet brown mrfi 1210 C r33 t 330 @ 50 mhz k, j, g 50 @ 100 mhz 550 0.37 650 orange orange brown mrfi 1210 C r39 t 390 @ 50 mhz k, j, g 50 @ 100 mhz 500 0.63 600 orange white brown mrfi 1210 C r47 t 470 @ 50 mhz k, j, g 50 @ 100 mhz 450 0.69 550 yellow violet brown mrfi 1210 C r56 t 560 @ 50 mhz k, j, g 50 @ 100 mhz 400 0.90 450 green blue brown mrfi 1210 C r68 t 680 @ 25 mhz k, j, g 50 @ 100 mhz 380 1.05 400 blue gray brown mrfi 1210 C r82 t 820 @ 25 mhz k, j, g 50 @ 100 mhz 350 1.45 350 gray red brown mrfi 1210 C 1r0 t 1000 @ 25 mhz k, j, g 45 @ 100 mhz 300 1.90 280 brown black red mrfi 1210 C 1r2 t 1200 @ 7.96 mhz k, j 45 @ 50 mhz 300 2.20 250 brown red red mrfi 1210 C 1r5 t 1500 @ 7.96 mhz k. j 45 @ 50 mhz 250 2.43 220 brown green red mrfi 1210 C 1r8 t 1800 @ 7.96 mhz k, j 45 @ 50mhz 200 3.36 180 brown gray red mrfi 1210 C 2r2 t 2200 @ 7.96 mhz k, j 40 @ 50 mhz 200 3.50 150 red red red note ? inductance: hp-4287a rf lcr meter with hp-16193 fixture ? q: hp-4287a rf lcr meter with hp-16193 fixture ? s.r.f (self-resonance frequency) ena e5071b network analyzer ? r d c (dc resistance): hp-4338b millohmeter ? i d c (allowable current) ? (inductance tolerance) (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) these parts are marked with 3 color dots. the table above shows the significance of each color. dots 1 and 2 indicate the inductance in nanohenries. dot 3 indicates the number of zeros to be added. examples: gray red black = 82nh brown red brown = 120 nh yellow violet red = 4700nh values below 10nh on these parts, the third dot is not a multiplier. refer to the table above for specific inductance values. mrfi 1210 series black gray red = 8.2nh note: * all values 2200nh (2.2 uh) and lower have a ceramic core with gold plating. 1st 2nd 3rd multiplier note: * for values not listed, please consult your salesperson.
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com 91 mrfi 1210 series (3225) - electrical characteristics part number inductance (nh) tolerance q min. s.r.f. min. (mhz) r d c max (w) i d c max (ma) color coding 1st 2nd 3rd *mrfi 1210 C 1r2 t 1200 @ 7.96 mhz k, j 30 @ 7.96 mhz 100 0.70 390 brown red red *mrfi 1210 C 1r5 t 1500 @ 7.96 mhz k, j 30 @ 7.96 mhz 85 0.75 370 brown green red *mrfi 1210 C 1r8 t 1800 @ 7.96 mhz k, j 30 @ 7.96 mhz 80 0.80 350 brown gray red *mrfi 1210 C 2r2 t 2200 @ 7.96 mhz k, j 30 @ 7.96 mhz 75 0.90 320 red red red *mrfi 1210 C 2r7 t 2700 @ 7.96 mhz k, j 30 @ 7.96 mhz 70 1.10 290 red violet red *mrfi 1210 C 3r3 t 3300 @ 7.96 mhz k, j 30 @ 7.96 mhz 60 1.40 260 orange orange red *mrfi 1210 C 3r9 t 3900 @ 7.96 mhz k, j 30 @ 7.96 mhz 55 1.70 250 orange white red *mrfi 1210 C 4r7 t 4700 @ 7.96 mhz k, j 30 @ 7.96 mhz 50 2.30 220 yellow violet red *mrfi 1210 C 5r6 t 5600 @ 7.96 mhz k, j 20 @ 7.96 mhz 47 1.60 200 green blue red *mrfi 1210 C 6r8 t 6800 @ 7.96 mhz k, j 20 @ 7.96 mhz 43 2.20 180 blue gray red *mrfi 1210 C 8r2 t 8200 @ 7.96 mhz k, j 20 @ 7.96 mhz 40 2.40 170 gray red red *mrfi 1210 C 100 t 10000 @ 2.52 mhz k, j 15 @ 2.52 mhz 36 3.28 150 brown black orange *mrfi 1210 C 120 t 12000 @ 2.52 mhz k, j 15 @ 2.52 mhz 33 3.40 140 brown red orange *mrfi 1210 C 150 t 15000 @ 2.52 mhz k, j 15 @ 2.52 mhz 30 3.90 125 brown green orange *mrfi 1210 C 180 t 18000 @ 2.52 mhz k, j 15 @ 2.52 mhz 27 4.20 110 brown gray orange *mrfi 1210 C 220 t 22000 @ 2.52 mhz k, j 15 @ 2.52 mhz 25 6.00 90 red red orange *mrfi 1210 C 270 t 27000 @ 2.52 mhz k, j 15 @ 2.52 mhz 20 6.80 80 red violet orange *mrfi 1210 C 330 t 33000 @ 2.52 mhz k, j 15 @ 2.52 mhz 17 7.50 70 orange orange orange *mrfi 1210 C 390 t 39000 @ 2.52 mhz k, j 15 @ 2.52 mhz 16 8.00 65 orange white orange *mrfi 1210 C 470 t 47000 @ 2.52 mhz k, j 15 @ 2.52 mhz 15 8.50 60 yellow violet orange note ? inductance: hp-4287a rf lcr meter with hp-16193 fixture ? q: hp-4287a rf lcr meter with hp-16193 fixture ? s.r.f (self-resonance frequency) ena e5071b network analyzer ? r d c (dc resistance): hp-4338b millohmeter ? i d c (allowable current) ? (inductance tolerance) (b = 0.2nh, s = 0.3nh, g = 2% j = 5%, k = 10%, m = 20%) these parts are marked with 3 color dots. the table above shows the significance of each color. dots 1 and 2 indicate the inductance in nanohenries. dot 3 indicates the number of zeros to be added. examples: gray red black = 82nh brown red brown = 120 nh yellow violet red = 4700nh note: * all values on this page 1200nh (1.2 uh) and higher have a ferrite core with lead free solder plating. 1st 2nd 3rd multiplier note: * for values not listed, please consult your salesperson. color code scheme (nh) color code significant digit associated with color color code significant digit associated with color black 0 green 5 brown 1 blue 6 red 2 violet 7 orange 3 gray 8 yellow 4 white 9 note: for values below 10nh, the color code scheme does not apply. refer to the data sheet for actual values.
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com miniature rf chip inductors 92 0402 (1005) q vs. freq plot 120 80 100 60 40 20 0 q 1 1 0 100 1000 10000 frequency (mhz) 27n 19n 12n 5n6 1n0 l vs. freq plot 100 80 60 40 20 0 l (nh) 1 1 0 100 1000 10000 frequency (mhz) 27n 19n 12n 5n6 1n0 0603 (1608) q vs. freq plot 120 80 100 60 40 20 0 q 1 1 0 100 1000 10000 frequency (mhz) 68n 33n r12 22n 12n 3n9 l vs. freq plot 200 160 120 80 40 0 l (nh) 180 100 140 60 20 1 1 0 100 1000 10000 frequency (mhz) 68n 33n r12 22n 12n 3n9 0805 (2012) r10 47n r22 12n 4n7 q vs. freq plot 120 80 100 60 40 20 0 q 1 1 0 100 1000 10000 frequency (mhz) l vs. freq plot 1000 10 1 l (nh) 100 1 1 0 100 1000 10000 frequency (mhz) r10 47n r22 12n 4n7
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com 93 1008 (2520) r10 47n r33 3n3 18n q vs. freq plot 120 80 100 60 40 20 0 q 1 1 0 100 1000 10000 frequency (mhz) l vs. freq plot 10000 10 1 l (nh) 1000 100 1 1 0 100 1000 10000 frequency (mhz) r10 47n r33 18n 3n2 1210 (3225) r10 4n7 47n 1r0 r47 q vs. freq plot 120 80 100 60 40 20 0 q 1 1 0 100 1000 10000 frequency (mhz) l vs. freq plot 100000 10 1 l (nh) 10000 100 1000 1 1 0 100 1000 10000 frequency (mhz) r10 r47 1r0 47n 4n7
5900 shepherd mountain cove ? austin, tx 78730 phone: 512 / 794-0081 ? fax: 512 / 794-0087 ? toll free: 800 / 950-8365 e-mail: sales@venkel.com ? www.venkel.com 94 general characteristics operating temperature range operating temperature range is the range of ambient temperature at which the inductor can be operated continuously at rated current. temp. range: ceramic material -40c to + 125c ferrite material -40c to + 85c characteristics standards atmospheric conditions unless otherwise specified, the standard range of atmospheric conditions for making measurements and tests are as follows: ambient temperature: 25c (20c) 2c relative humidity: 60% to 70% air pressure: 86 kpa to 106 kpa item condition specification inductance and tolerance measuring frequency: as shown in product table within specified tolerance measuring temperature: 25c quality factor measuring frequency: as shown in product table within specified tolerance measuring temperature: 25c insulation resistance measured at 100 vdc between inductor terminal and enclosure. 1000 mega ohms minimum dielectric withstanding measured at 500 vac between terminal and enclosure no damage occurs when voltage for a maximum of 1 minute. the test voltage is applied. temperature coefficient over -40c to +85c at frequency +25 to 500 pp m/c of inductance (tcl) specified in product table. tcl = l1 - l2 x 10 6 ( ppm/c) l1 (t1-t 2 ) component adhesion the component should be reflow soldered onto a p.c. board the component must withstand a minimum (push test) (230c 20 seconds) using a dynameter force gauge apply force force of 1 kg for p t/ ag termination and 2 kg to any side of the component. for m o/ mn termination without any failure of the termination to component attachment. thermal shock test each cycle should consist of 30 minutes at -40c followed by change in inductance: no more than 5% 30 minutes at +85c with a 20 second maximum transition time change in q: no more than 10% between temperature extremes. test duration is 10 cycles. solderability dip pads in flux and dip in solder pot (63s n/37pb) a minimum of 80% of the metalized area at 230c 5c for 5 seconds. being covered with solder. resistance to dip the components into flux and dip into solder pot containing change in inductance: no more than 5% soldering heat 63sn/ 37pb at 260c 5c for 5 seconds 1 second. change in q: no more than 10% vibration (random) inductors should be randomly vibrated per navmat change in inductance: no more than 5% p9492 profile. sample should be subjected to 10-2,000 hz: change in q: no more than 10% 0.04 g/ hz for a minimum of 15 minutes per axis for each of three axes. moisture resistance inductors should be stored in the chamber at 45c change in inductance: no more than 5% at 90 - 95% r.h. for 240 hours, and then the inductors change in q: no more than 10% are to be tested after 2 hours at room temperature. cold temperature storage inductors should be stored at a temperature of -40c change in inductance: no more than 5% for 2 hours. then it should be subjected to standard change in q: no more than 10%. atmospheric conditions for 1 hour. after that, measurement should be made. high temperature storage inductors should be stored at a temperature of 125c change in inductance: no more than 5% 2c for 48 2 hours. then it should be subjected to change in q: no more than 10%. standard atmospheric conditions for1 hour. after that, measurement should be made. high temperature inductors should be stored in the chamber at 85c change in inductance: no more than 5% with load for 1000 hours with rated current applied. inductors should be change in q: no more than 10%. tested at the beginning test for 500 hours, 1000 hours, and then inductors are to be tested after 2 hours at room temperature. all components in this section are rohs compliant per the eu directives and definitions. miniature rf chip inductors

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