16 www.johansontechnology.com 17 www.johansontechnology.com www.johansontechnology.com high frequency multi-layer chip inductors feature a monolithic body made of low loss ceramic and high conductivity metal electrodes to achieve optimal high frequency performance. these rf chip inductors are compact in size and feature lead-free tin plated nickel barrier terminations and tape and reel packaging which makes them ideal for small size/high volume wireless applications. rf c eramic c hip i nductors a pplications & f eatures ? cell/pcs modules ? wireless lan ? broadband components ? rfid ? rf tranceivers ? 01005 mini. size available ? rohs compliant (standard, v code) ? sn/pb terminations optional (t code) h ow to o rder part number written: l-07c10njv6t device inductor l- size 05 = 0201 07 = 0402 14 = 0603 15 = 0805 07 type ceramic c value see table 10n tolerance c = 0.2 nh 1.0 nh s = 0.3 nh 1.0 to 5.6 nh j = 5% 6.8 nh and above k = 10% 3.3 nh and above j marking 4 = no marking 6 = orientation mark (0402 only) 6 termination v = ni/sn t = ni / snpb v tape & reel size code tape reel qty 0201 t paper 7 15,000 0402 t paper 7 10,000 0603 t paper 7 4,000 0805 e embossed 7 4,000 t p roduct r ange s ummary eia size (mm) size code l range q factor (min.) srf (typ.) temperature 01005 (0402) l-03 0.8 - 3.9 nh 2 (100 mhz) >21 ghz (1.0 nh) -40c to + 100c 0201 (0603) l-05 0.6 - 39 nh 4 (100 mhz) >21 ghz (1.0 nh) -40c to + 100c 0402 (1005) l-07 1.0 - 120 nh 8 (100 mhz) >21 ghz (1.0 nh) -40c to + 100c 0603 (1608) l-14 1.0 - 220 nh 12 (100 mhz) >23 ghz (1.0 nh) -40c to + 100c 0805 (2012) l-15 1.5 - 680 nh 8 (100 mhz) >21 ghz (1.5 nh) -40c to + 100c m echanical c haracteristics 0201 (0603) inches mm .024 .001 (0.6 0.03) .012 .001 (0.3 0.03) .012 .001 (0.3 0.03) .006 .002 (0.15 0.05) 0402 (1005) inches mm .039 .004 (1.00 .10) .020 .004 (0.50 .10) .020 .004 (0.50 .10) .009 .004 (0.23 .10) 0603 (1608) inches mm .063 .006 (1.60 .15) .031 .006 (0.80 .15) .031 .006 (0.80 .15) .012 .008 (0.30 .20) 0805 (2012) inches mm .079 .008 (2.00 .20) .047 .008 (1.20 .20) .033 .008 (0.85 .20) .020 .012 (0.50 .30) length width thickness end band 01005 (0402) inches mm .016 .001 (0.4 0.03) .008 .001 (0.2 0.03) .008 .001 (0.2 0.03) .004 .002 (0.1 0.05) t l w e/b t l w e/b
1 6 www.johansontechnology.com 1 7 www.johansontechnology.com 0402 i nductance r ange / e lectrical c haracteristics part number inductance tolerance q (min.) l/q freq. typical srf dc resistance max rated current l-07c1n0*v6t 1.0 nh 0.2 or 0.3 nh 8 100 mhz >15000 mhz 0.12 ? 300 ma l-07c1n2sv6t 1.2 nh 0.3 nh 8 100 mhz >15000 mhz 0.12 ? 300 ma l-07c1n5sv6t 1.5 nh 0.3 nh 8 100 mhz >15000 mhz 0.13 ? 300 ma l-07c1n6sv6t 1.6 nh 0.3 nh 8 100 mhz 14000 mhz 0.14 ? 300 ma l-07c1n8sv6t 1.8 nh 0.3 nh 8 100 mhz 14000 mhz 0.14 ? 300 ma l-07c1n9sv6t 1.9 nh 0.3 nh 8 100 mhz 13000 mhz 0.15 ? 300 ma l-07c2n0sv6t 2.0 nh 0.3 nh 8 100 mhz 12000 mhz 0.16 ? 300 ma l-07c2n2sv6t 2.2 nh 0.3 nh 8 100 mhz 12000 mhz 0.16 ? 300 ma * = choice of c or s tolerance, @ = s or k tolerance, # = j or k tolerance 1 7 www.johansontechnology.com 0201 i nductance r ange / e lectrical c haracteristics part number inductance tolerance q (min.) l/q freq. typical srf dc resistance max rated current l-05c0n6cv4t 0.6 nh 0.2 nh 4 100 mhz >13000 mhz 0.12 ? 300 ma l-05c0n7cv4t 0.7 nh 0.2 nh 4 100 mhz >13000 mhz 0.12 ? 300 ma l-05c0n8cv4t 0.8 nh 0.2 nh 4 100 mhz >13000 mhz 0.12 ? 300 ma l-05c0n9cv4t 0.9 nh 0.2 nh 4 100 mhz >13000 mhz 0.12 ? 300 ma l-05c1n0*v4t 1.0 nh 0.2 or 0.3 nh 4 100 mhz >13000 mhz 0.12 ? 300 ma l-05c1n2*v4t 1.2 nh 0.2 or 0.3 nh 4 100 mhz >13000 mhz 0.15 ? 300 ma l-05c1n3*v4t 1.3 nh 0.2 or 0.3 nh 4 100 mhz >13000 mhz 0.15 ? 300 ma l-05c1n5*v4t 1.5 nh 0.2 or 0.3 nh 4 100 mhz >13000 mhz 0.18 ? 300 ma l-05c1n8sv4t 1.8 nh 0.3 nh 4 100 mhz 10500 mhz 0.22 ? 300 ma l-05c2n2sv4t 2.2 nh 0.3 nh 4 100 mhz 9500 mhz 0.26 ? 300 ma l-05c2n3sv4t 2.3 nh 0.3 nh 4 100 mhz 9200 mhz 0.28 ? 300 ma l-05c2n4sv4t 2.4 nh 0.3 nh 4 100 mhz 9000 mhz 0.30 ? 300 ma l-05c2n5sv4t 2.5 nh 0.3 nh 4 100 mhz 9000 mhz 0.30 ? 300 ma l-05c2n7sv4t 2.7 nh 0.3 nh 4 100 mhz 8500 mhz 0.32 ? 300 ma l-05c3n0@v4t 3.0 nh 0.3 nh 10% 4 100 mhz 8000 mhz 0.36 ? 300 ma l-05c3n3@v4t 3.3 nh 0.3 nh 10% 4 100 mhz 7500 mhz 0.38 ? 300 ma l-05c3n6@v4t 3.6 nh 0.3 nh 10% 4 100 mhz 7000 mhz 0.43 ? 300 ma l-05c3n7@v4t 3.7 nh 0.3 nh 10% 4 100 mhz 6900 mhz 0.44 ? 300 ma l-05c3n9@v4t 3.9 nh 0.3 nh 10% 4 100 mhz 6800 mhz 0.45 ? 300 ma l-05c4n7@v4t 4.7 nh 0.3 nh 10% 4 100 mhz 6000 mhz 0.50 ? 300 ma l-05c5n1@v4t 5.1 nh 0.3 nh 10% 5 100 mhz 5700 mhz 0.55 ? 300 ma l-05c5n6@v4t 5.6 nh 0.3 nh 10% 5 100 mhz 5500 mhz 0.60 ? 300 ma l-05c6n8#v4t 6.8 nh 5% 10% 5 100 mhz 4800 mhz 0.70 ? 250 ma l-05c8n2#v4t 8.2 nh 5% 10% 5 100 mhz 4600 mhz 0.90 ? 250 ma l-05c10n#v4t 10.0 nh 5% 10% 5 100 mhz 4000 mhz 1.20 ? 250 ma l-05c12n#v4t 12.0 nh 5% 10% 5 100 mhz 3500 mhz 1.30 ? 250 ma l-05c13n#v4t 13.0 nh 5% 10% 5 100 mhz 3500 mhz 1.35 ? 250 ma l-05c15n#v4t 15.0 nh 5% 10% 5 100 mhz 3000 mhz 1.40 ? 250 ma l-05c18n#v4t 18.0 nh 5% 10% 5 100 mhz 2500 mhz 1.50 ? 200 ma l-05c22n#v4t 22.0 nh 5% 10% 5 100 mhz 2200 mhz 1.80 ? 200 ma l-05c27n#v4t 27.0 nh 5% 10% 5 100 mhz 1800 mhz 2.00 ? 200 ma l-05c33n#v4t 33.0 nh 5% 10% 5 100 mhz 1500 mhz 2.30 ? 200 ma l-05c39n#v4t 39.0 nh 5% 10% 5 100 mhz 1400 mhz 2.50 ? 200 ma 01005 i nductance r ange / e lectrical c haracteristics part number inductance tolerance q (min.) q (typ.) q typ. q typ. typical srf dc rated @ 100 mhz @ 100 mhz @ 100 mhz @ 900 mhz @ 1800 mhz max resistance current l-03c0n8sv4t 0.8 nh +/- 0.3 nh 2 3 10 5 > 13500 mhz 0.20 ? 200 ma l-03c1n0sv4t 1.0 nh +/- 0.3 nh 2 3 10 5 > 13500 mhz 0.20 ? 200 ma l-03c1n2sv4t 1.2 nh +/- 0.3 nh 2 3 10 5 > 13500 mhz 0.22 ? 200 ma l-03c1n5sv4t 1.5 nh +/- 0.3 nh 2 3 10 5 > 13500 mhz 0.24 ? 200 ma l-03c1n8sv4t 1.8 nh +/- 0.3 nh 2 3 10 5 > 13500 mhz 0.30 ? 200 ma l-03c2n2sv4t 2.2 nh +/- 0.3 nh 2 3 10 5 12300 0.44 ? 200 ma l-03c2n7sv4t 2.7 nh +/- 0.3 nh 2 3 10 5 11700 0.50 ? 200 ma l-03c3n3sv4t 3.3 nh 0.3 nh or 10% 2 3 10 5 9800 0.55 ? 200 ma l-03c3n9sv4t 3.9 nh 0.3 nh or 10% 2 3 10 5 8200 0.60 ? 200 ma
1 8 www.johansontechnology.com 1 9 www.johansontechnology.com 1 8 www.johansontechnology.com 0402 c ontinued part number inductance tolerance q (min.) l/q freq. typical srf dc resistance max rated current l-07c2n4sv6t 2.4 nh 0.3 nh 8 100 mhz 10000 mhz 0.16 ? 300 ma l-07c2n7sv6t 2.7 nh 0.3 nh 8 100 mhz 9500 mhz 0.17 ? 300 ma l-07c3n0@v6t 3.0 nh 0.3 nh 8 100 mhz 9000 mhz 0.18 ? 300 ma l-07c3n3@v6t 3.3 nh 0.3 nh 10% 8 100 mhz 8500 mhz 0.19 ? 300 ma l-07c3n6@v6t 3.6 nh 0.3 nh 10% 8 100 mhz 7500 mhz 0.21 ? 300 ma l-07c3n9@v6t 3.9 nh 0.3 nh 10% 8 100 mhz 7000 mhz 0.22 ? 300 ma l-07c4n3@v6t 4.3 nh 0.3 nh 10% 8 100 mhz 6000 mhz 0.24 ? 300 ma l-07c4n7@v6t 4.7 nh 0.3 nh 10% 8 100 mhz 6000 mhz 0.24 ? 300 ma l-07c5n1@v6t 5.1 nh 0.3 nh 10% 8 100 mhz 5500 mhz 0.26 ? 300 ma l-07c5n6@v6t 5.6 nh 0.3 nh 10% 8 100 mhz 5400 mhz 0.27 ? 300 ma l-07c6n2#v6t 6.2 nh 5% 10% 8 100 mhz 5200 mhz 0.30 ? 300 ma l-07c6n8#v6t 6.8 nh 5% 10% 8 100 mhz 5000 mhz 0.32 ? 250 ma l-07c7n5#v6t 7.5 nh 5% 10% 8 100 mhz 4600 mhz 0.40 ? 250 ma l-07c8n2#v6t 8.2 nh 5% 10% 8 100 mhz 4600 mhz 0.40 ? 250 ma l-07c10n#v6t 10.0 nh 5% 10% 8 100 mhz 3700 mhz 0.45 ? 250 ma l-07c12n#v6t 12.0 nh 5% 10% 8 100 mhz 3200 mhz 0.50 ? 250 ma l-07c13n#v6t 13.0 nh 5% 10% 8 100 mhz 3100 mhz 0.55 ? 250 ma l-07c15n#v6t 15.0 nh 5% 10% 8 100 mhz 3100 mhz 0.60 ? 250 ma l-07c18n#v6t 18.0 nh 5% 10% 8 100 mhz 2900 mhz 0.65 ? 200 ma l-07c20n#v6t 20.0 nh 5% 10% 8 100 mhz 2100 mhz 0.80 ? 200 ma l-07c22n#v6t 22.0 nh 5% 10% 8 100 mhz 2100 mhz 0.80 ? 200 ma l-07c23n#v6t 23.0 nh 5% 10% 8 100 mhz 2100 mhz 0.85 ? 200 ma l-07c27n#v6t 27.0 nh 5% 10% 8 100 mhz 1900 mhz 0.90 ? 200 ma l-07c33n#v6t 33.0 nh 5% 10% 8 100 mhz 1600 mhz 1.00 ? 200 ma l-07c39n#v6t 39.0 nh 5% 10% 8 100 mhz 1400 mhz 1.20 ? 150 ma l-07c43n#v6t 43.0 nh 5% 10% 8 100 mhz 1300 mhz 1.30 ? 150 ma l-07c47n#v6t 47.0 nh 5% 10% 8 100 mhz 1200 mhz 1.30 ? 150 ma l-07c56n#v6t 56.0 nh 5% 10% 8 100 mhz 1100 mhz 2.00 ? 150 ma l-07c68n#v6t 68.0 nh 5% 10% 8 100 mhz 1000 mhz 2.20 ? 100 ma l-07c82n#v6t 82.0 nh 5% 10% 8 100 mhz 900 mhz 2.50 ? 100 ma l-07cr10#v6t 100 nh 5% 10% 8 100 mhz 850 mhz 2.50 ? 100 ma l-07cr12#v6t 120 nh 5% 10% 8 50 mhz 750 mhz 2.50 ? 100 ma 0603 i nductance r ange / e lectrical c haracteristics part number inductance tolerance q (min.) l/q freq. typical srf dc resistance max rated current l-14c1n0sv4t 1.0 nh 0.3 nh 8 100 mhz >17000 mhz 0.10 ? 300 ma l-14c1n2sv4t 1.2 nh 0.3 nh 8 100 mhz >17000 mhz 0.10 ? 300 ma l-14c1n5sv4t 1.5 nh 0.3 nh 8 100 mhz >17000 mhz 0.10 ? 300 ma l-14c1n8sv4t 1.8 nh 0.3 nh 8 100 mhz 13000 mhz 0.10 ? 300 ma l-14c2n2sv4t 2.2 nh 0.3 nh 8 100 mhz 12000 mhz 0.15 ? 300 ma l-14c2n7sv4t 2.7 nh 0.3 nh 8 100 mhz 8600 mhz 0.15 ? 300 ma l-14c3n3@v4t 3.3 nh 0.3 nh 10% 8 100 mhz 6500 mhz 0.20 ? 300 ma l-14c3n9@v4t 3.9 nh 0.3 nh 10% 8 100 mhz 6300 mhz 0.20 ? 300 ma l-14c4n7@v4t 4.7 nh 0.3 nh 10% 8 100 mhz 5400 mhz 0.20 ? 300 ma l-14c5n6@v4t 5.6 nh 0.3 nh 10% 8 100 mhz 4600 mhz 0.25 ? 300 ma l-14c6n8#v4t 6.8 nh 5% 10% 8 100 mhz 4500 mhz 0.30 ? 300 ma l-14c8n2#v4t 8.2 nh 5% 10% 8 100 mhz 3800 mhz 0.33 ? 300 ma l-14c10n#v4t 10.0 nh 5% 10% 8 100 mhz 3700 mhz 0.35 ? 300 ma l-14c12n#v4t 12.0 nh 5% 10% 8 100 mhz 3200 mhz 0.40 ? 300 ma l-14c15n#v4t 15.0 nh 5% 10% 8 100 mhz 2900 mhz 0.45 ? 300 ma l-14c18n#v4t 18.0 nh 5% 10% 10 100 mhz 2100 mhz 0.50 ? 300 ma l-14c22n#v4t 22.0 nh 5% 10% 10 100 mhz 2100 mhz 0.55 ? 300 ma l-14c27n#v4t 27.0 nh 5% 10% 10 100 mhz 2000 mhz 0.60 ? 300 ma l-14c33n#v4t 33.0 nh 5% 10% 10 100 mhz 1600 mhz 0.65 ? 300 ma l-14c39n#v4t 39.0 nh 5% 10% 10 100 mhz 1500 mhz 0.70 ? 300 ma l-14c47n#v4t 47.0 nh 5% 10% 12 100 mhz 1200 mhz 0.90 ? 300 ma @ = choice of s or k tolerance, # = j or k tolerance
1 8 www.johansontechnology.com 1 9 www.johansontechnology.com 0805 i nductance r ange / e lectrical c haracteristics part number inductance tolerance q (min.) l/q freq. typical srf dc resistance max rated current l-15c1n5sv4e 1.5 nh 0.3 nh 10 100 mhz >6000 mhz 0.10 ? 300 ma l-15c1n8sv4e 1.8 nh 0.3 nh 10 100 mhz >6000 mhz 0.10 ? 300 ma l-15c2n2sv4e 2.2 nh 0.3 nh 10 100 mhz >6000 mhz 0.10 ? 300 ma l-15c2n7sv4e 2.7 nh 0.3 nh 12 100 mhz >6000 mhz 0.12 ? 300 ma l-15c3n3@v4e 3.3 nh 0.3 nh 10% 12 100 mhz >6000 mhz 0.13 ? 300 ma l-15c3n9@v4e 3.9 nh 0.3 nh 10% 12 100 mhz 5600 mhz 0.15 ? 300 ma l-15c4n7@v4e 4.7 nh 0.3 nh 10% 12 100 mhz 5500 mhz 0.20 ? 300 ma l-15c5n6@v4e 5.6 nh 0.3 nh 10% 12 100 mhz 4700 mhz 0.23 ? 300 ma l-15c6n8#v4e 6.8 nh 5% 10% 15 100 mhz 3900 mhz 0.25 ? 300 ma l-15c8n2#v4e 8.2 nh 5% 10% 15 100 mhz 3200 mhz 0.28 ? 300 ma l-15c10n#v4e 10.0 nh 5% 10% 15 100 mhz 3100 mhz 0.30 ? 300 ma l-15c12n#v4e 12.0 nh 5% 10% 15 100 mhz 2800 mhz 0.35 ? 300 ma l-15c15n#v4e 15.0 nh 5% 10% 15 100 mhz 2400 mhz 0.40 ? 300 ma l-15c18n#v4e 18.0 nh 5% 10% 15 100 mhz 2100 mhz 0.45 ? 300 ma l-15c22n#v4e 22.0 nh 5% 10% 15 100 mhz 2000 mhz 0.50 ? 300 ma l-15c27n#v4e 27.0 nh 5% 10% 15 100 mhz 1800 mhz 0.55 ? 300 ma l-15c33n#v4e 33.0 nh 5% 10% 15 100 mhz 1700 mhz 0.60 ? 300 ma l-15c39n#v4e 39.0 nh 5% 10% 18 100 mhz 1400 mhz 0.65 ? 300 ma l-15c47n#v4e 47.0 nh 5% 10% 18 100 mhz 1200 mhz 0.70 ? 300 ma l-15c56n#v4e 56.0 nh 5% 10% 18 100 mhz 1000 mhz 0.75 ? 300 ma l-15c68n#v4e 68.0 nh 5% 10% 18 100 mhz 900 mhz 0.80 ? 300 ma l-15c82n#v4e 82.0 nh 5% 10% 18 100 mhz 900 mhz 0.85 ? 300 ma l-15cr10#v4e 100 nh 5% 10% 18 100 mhz 700 mhz 0.90 ? 300 ma l-15cr12#v4e 120 nh 5% 10% 13 50 mhz 600 mhz 0.95 ? 300 ma l-15cr15#v4e 150 nh 5% 10% 13 50 mhz 500 mhz 1.00 ? 300 ma l-15cr18#v4e 180 nh 5% 10% 13 50 mhz 430 mhz 1.10 ? 300 ma l-15cr22#v4e 220 nh 5% 10% 12 50 mhz 400 mhz 1.20 ? 300 ma l-15cr27#v4e 270 nh 5% 10% 12 50 mhz 340 mhz 1.30 ? 300 ma l-15cr33#v4e 330 nh 5% 10% 12 50 mhz 320 mhz 1.50 ? 300 ma l-15cr39#v4e 390 nh 5% 10% 10 50 mhz 270 mhz 1.60 ? 300 ma l-15cr47#v4e 470 nh 5% 10% 10 50 mhz 250 mhz 1.80 ? 300 ma l-15cr56#v4e 560 nh 5% 10% 10 50 mhz 230 mhz 2.50 ? 300 ma l-15cr68#v4e 680 nh 5% 10% 10 50 mhz 180 mhz 3.00 ? 300 ma @ = choice of s or k tolerance, # = j or k tolerance 0603 c ontinued part number inductance tolerance q (min.) l/q freq. typical srf dc resistance max rated current l-14c56n#v4t 56.0 nh 5% 10% 12 100 mhz 1100 mhz 1.00 ? 300 ma l-14c68n#v4t 68.0 nh 5% 10% 12 100 mhz 1000 mhz 1.10 ? 300 ma l-14c82n#v4t 82.0 nh 5% 10% 12 100 mhz 850 mhz 1.20 ? 300 ma l-14cr10#v4t 100 nh 5% 10% 12 100 mhz 750 mhz 1.20 ? 300 ma l-14cr12#v4t 120 nh 5% 10% 8 50 mhz 700 mhz 1.30 ? 300 ma l-14cr15#v4t 150 nh 5% 10% 8 50 mhz 650 mhz 1.40 ? 300 ma l-14cr18#v4t 180 nh 5% 10% 8 50 mhz 550 mhz 1.50 ? 300 ma l-14cr22#v4t 220 nh 5% 10% 8 50 mhz 450 mhz 1.70 ? 300 ma
2 0 www.johansontechnology.com 2 1 www.johansontechnology.com www.johansontechnology.com 1.0 10 100 500 0.01 0.1 1.0 10 inductance (nh) frequency (ghz) 47n 27n 15n 6n 8 3n 3 1n 5 inductance vs frequency: size 0402 frequency (ghz) inductance (nh) 1.0 10 100 1000 0.01 0.1 1.0 10 inductance (nh) frequency (ghz) r10 56n 27n 12n 4n 7 2n 2 inductance vs frequency: size 0603 frequency (ghz) inductance (nh) 1.0 10 100 1000 0.01 0.1 1.0 10 inductance (nh) frequency (ghz) r10 56n 27n 12n 4n 7 2n 2 r15 inductance vs frequency: size 0805 frequency (ghz) inductance (nh) 0 20 40 60 80 100 0.01 0.1 1.0 10 q frequency (ghz) 1n 5 3n 3 6n 8 15n 47n 27n q vs frequency: size 0402 frequency (ghz) q 0 20 40 60 80 100 0.01 0.1 1.0 10 q frequency (ghz) 2n 2 4n 7 12n 27n r10 56n q vs frequency: size 0603 q frequency (ghz) 0 50 100 150 0.01 0.1 1.0 10 q frequency (ghz) 2n 2 4n 7 12n 27n r10 56n r15 q vs frequency: size 0805 q frequency (ghz) rf c haracteristics c haracteristics (t ypical ) m echanical & e nvironmental c haracteristics solderability: resistance to soldering: thermal shock: life test: humidity resistance: terminal adhesion: pcb deflection: specification test parameters solder coverage 75% of electrodes l10% q 20% preheat 12020c for 1 min. dip 23010c for 31 sec. no apparent damage solder coverage 75% l10% q 20% preheat 12020c for 1 min. dip 26010c for 101 sec. no apparent damage l10% q 20% 100 cycles: 303 minutes 100c then 303 min. -40c no apparent damage l10% q 20% 1000 48 hours 852c, rated current (1-2 hour recovery) inductance change: 2% or .5pf max 1000 48 hours 402c, 0-5% relative humidity, rated current (1-2 hour recovery) termination should not pull off. lateral pull force: 0201 1.0lbs 0402 1.6lbs ceramic should remain undamaged. for 0603 2.2lbs for 0805 4.4lbs no mechanical damage. glass epoxy pcb: 1 mm deflection
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