? www.niccomp.com/pcn ? | ? technical ? support: ? tpmg@niccomp.com ? i ? s ? o ? 9 ? 0 ? 0 ? 1: ? 2 ? 0 ? 0 ? 8 ??? r ? e ? g ? i ? s ? t ? e ? r ? e ? d ? january ? 9, ? 2013 ? ? sub: ? product ? change ? notification, ? eol ? notice ? ? ? discontinued ? product ? ? products ? impacted ? by ? this ? notice: ? 0603 ? case ? size ? thin ? film ? chip ? inductors ? ? nic ? part ? numbers: ?? see ? below ? eol ? part ? number ? table ? below; ?? ? effective: ? last ? order ? date: ? january ? 31st ? 2013 ? / ? last ? delivery ? date: ? february ? 28 th ? 2013 ???? reason ? for ? change: ? reduced ? market ? demand ? for ? 0603 ? case ? size ? ??? suggested ? alternates ? & ? replacements ? 1.) ? same ? size ? 0603 ? case ? size ?\? nml06 ? multilayer ? chip ? inductors ? / ? designed ? for ? high ? frequency ? applications ? / ? high ? q ? and ? srf ? characteristics ? 2.) ? same ? construction ?\? thin ? film ? construction ? nti04 ? in ? smaller ? 0402 ? case ? size ? ? inductance ? (nh) ? eol ? ? part ? number ? nml06 ? alternative ? nti04 ? ? alternative ? 1 ? nti06_1n0trf nml06d1n0trf nti04_1n0trf ? 1.2 ? nti06_1n2trf nml06d1n2trf nti04_1n2trf ? 1.5 ? nti06_1n5trf nml06d1n5trf nti04_1n5trf ? 1.8 ? nti06_1n8trf nml06d1n8trf nti04_1n8trf ? 2.2 ? nti06_2n2trf nml06d2n2trf nti04_2n2trf ? 2.7 ? nti06_2n7trf nml06d2n7trf nti04_2n7trf ? 3.3 ? nti06_3n3trf nml06d3n3trf nti04_3n3trf ? 3.9 ? nti06_3n9trf nml06d3n9trf nti04_3n9trf ? 4.7 ? nti06_4n7trf nml06d4n7trf nti04_4n7trf ? 5.6 ? nti06_5n6trf nml06d5n6trf nti04_5n6trf ? 6.8 ? nti06_6n8trf nml06j6n8trf nti04_6n8trf ? 8.2 ? nti06_8n2trf nml06j8n2trf nti04_8n2trf ? 10 ? nti06_10ntrf nml06j10ntrf nti04_10ntrf ? 12 ? nti06_12ntrf nml06j12ntrf nti04_12ntrf ? 15 ? nti06_15ntrf nml06j15ntrf nti04_15ntrf ? 18 ? nti06_18ntrf nml06j18ntrf nti04_18ntrf ? 22 ? nti06_22ntrf nml06j22ntrf nti04_22ntrf ? 27 ? nti06_27ntrf nml06j27ntrf nti04_27ntrf ? 33 ? nti06_33ntrf nml06j33ntrf nti04_33ntrf ? 39 ? nti06_39ntrf nml06j39ntrf < \\ 47 ? nti06_47ntrf nml06j47ntrf < \\ 56 ? nti06_56ntrf nml06j56ntrf < \\ 68 ? nti06_68ntrf nml06j68ntrf < \\ 100 ? nti06_r10trf nml06jr10trf < \\ ? prepared ? by: ? technical ? product ? marketing ? group ? / ? tpmg@niccomp.com ?? ?? ? follow ? nic ? pcn ? alerts ? to ? get ? email ? notifications ? of ? eol ? and ? pcn ? announcements ? at ? www.niccomp.com/pcn ?
11 nic components corp. www.niccomp.com www.lowesr.com www.rfpassives.com www.smtmagnetics.com ? thin film chip inductors nti series case size 0201 0402 0603 inductance range 0.1nh ~ 10nh 0.2nh ~ 33nh 1.0nh ~ 100nh available tolerance 0.1nh (b), 0.2nh (c), 0.3nh (d), 1% (f), 2% (g) & 5% (j) temperature range -40c ~ +85c resistance to solder heat 260c 5c for 5 seconds temperature cycling l < 10% after 10 cycles -40c/+20c/+85c/+20c features nti 02 f 10n tr f pb-free/rohs compliant tape & reel packaging inductance value in nano-henries, "n" indicates decimal point inductance tolerance (see values tables) case code series part number system ? ultra-small low profile 0201, 0402 & 0603 sizes ? high current & high srf ? compatible with pb-free soldering ? rohs compliant characteristics case dimensions (mm) case sixe l w t p 0201 0.60 0.05 0.30 0.05 0.23 0.05 0.15 0.05 0402 1.0 0.05 0.5 0.05 0.32 0.05 0.20 0.10 0603 1.6 0.10 0.8 0.10 0.45 0.10 0.30 0.20 l p t w construction nickel-chromium (ni-cr) termination base nickel (ni) barrier tin (sn) outerplating alumina substrate etched copper coil land pattern dimensions (mm) case sixe a b c d 0201 0.2 ~ 0.3 0.8 ~ 0.9 0.2 ~ 0.3 0.3 ~ 0.4 0402 0.5 ~ 0.6 1.5 ~ 1.8 0.5 ~ 0.6 0.5 ~ 0.6 0603 0.6 ~ 1.0 2.4 ~ 2.8 0.7 ~ 0.9 0.9 ~ 1.1 a b c d 90 ~ 120 sec. 260c max. 10 sec. max. 130c ~ 180c reflow soldering profile 220c time above 220c - 60 sec. max. 50c 100c 150c 200c 250c time (seconds) temperature c *see part number system for details rohs compliant includes all homogeneous materials
12 nic components corp. www.niccomp.com www.lowesr.com www.rfpassives.com www.smtmagnetics.com ? available values - 0201 case size inductance value (nh) part number dc resistance max. ( ) dc current max. (ma) available tolerances & tolerance codes q factor min. & test frequency srf min. (ghz) 0.1 nti02_0n1trf 0.20 400 0.1nh (b), 0.2nh (c), 0.3nh (d) 8 min. @ 500mhz 9 0.2 nti02_0n2trf 0.3 nti02_0n3trf 0.4 nti02_0n4trf 0.25 350 0.5 nti02_0n5trf 0.6 nti02_0n6trf 0.7 nti02_0n7trf 0.30 300 0.8 nti02_0n8trf 0.9 nti02_0n9trf 1.0 nti02_1n0trf 1.1 nti02_1n1trf 0.35 1.2 nti02_1n2trf 1.3 nti02_1n3trf 0.45 250 1.4 nti02_1n4trf 1.5 nti02_1n5trf 1.6 nti02_1n6trf 0.55 200 1.7 nti02_1n7trf 1.8 nti02_1n8trf 1.9 nti02_1n9trf 2.0 nti02_2n0trf 0.70 200 8 2.1 nti02_2n1trf 2.2 nti02_2n2trf 2.3 nti02_2n3trf 0.80 150 2.4 nti02_2n4trf 2.5 nti02_2n5trf 2.6 nti02_2n6trf 2.7 nti02_2n7trf 2.8 nti02_2n8trf 1.00 6 2.9 nti02_2n9trf 3.0 nti02_3n0trf 3.1 nti02_3n1trf 3.2 nti02_3n2trf 3.3 nti02_3n3trf 3.4 nti02_3n4trf 1.20 3.5 nti02_3n5trf 3.6 nti02_3n6trf 3.7 nti02_3n7trf 3.8 nti02_3n8trf 3.9 nti02_3n9trf 4.0 nti02_4n0trf 4.4 nti02_4n4trf 1.30 140 4.7 nti02_4n7trf 1.40 130 4.9 nti02_4n9trf 1.60 5.6 nti02_5n6trf 1.80 2% (g), 5% (j) 4 6.1 nti02_6n1trf 2.00 120 6.8 nti02_6n8trf 2.30 110 7.4 nti02_7n4trf 2.80 8.2 nti02_8n2trf 3.00 3 9.1 nti02_9n1trf 3.25 100 9.2 nti02_9n2trf 10 nti02_10ntrf 3.50 80 2 thin film chip inductors nti series
13 nic components corp. www.niccomp.com www.lowesr.com www.rfpassives.com www.smtmagnetics.com ? available values - 0402 case size inductance value (nh) part number dc resistance max. ( :) dc current max. (ma) available tolerances & tolerance codes q factor min. & test frequency srf min. (ghz) 0.2 nti04_0n2trf 0.10 800 0.1nh (b), 0.2nh (c), 0.3nh (d) 13 min. @ 500mhz 14 0.3 nti04_0n3trf 0.4 nti04_0n4trf 0.5 nti04_0n5trf 0.15 700 0.8 nti04_0n8trf 0.9 nti04_0n9trf 1.0 nti04_1n0trf 12 1.1 nti04_1n1trf 1.2 nti04_1n2trf 1.3 nti04_1n3trf 0.25 10 1.4 nti04_1n4trf 1.5 nti04_1n5trf 1.6 nti04_1n6trf 560 1.7 nti04_1n7trf 1.8 nti04_1n8trf 1.9 nti04_1n9trf 0.35 8 2.0 nti04_2n0trf 2.1 nti04_2n1trf 440 2.2 nti04_2n2trf 2.3 nti04_2n3trf 2.4 nti04_2n4trf 2.5 nti04_2n5trf 2.6 nti04_2n6trf 2.7 nti04_2n7trf 2.8 nti04_2n8trf 0.45 380 6 2.9 nti04_2n9trf 3.0 nti04_3n0trf 3.1 nti04_3n1trf 3.2 nti04_3n2trf 3.3 nti04_3n3trf 3.4 nti04_3n4trf 0.55 3.5 nti04_3n5trf 3.6 nti04_3n6trf 3.7 nti04_3n7trf 340 3.8 nti04_3n8trf 3.9 nti04_3n9trf 4.3 nti04_4n3trf 0.65 320 4.7 nti04_4n7trf 5.4 nti04_5n4trf 0.85 280 5.6 nti04_5n6trf 5.9 nti04_5n9trf 6.5 nti04_6n5trf 1.05 260 6.8 nti04_6n8trf 7.2 nti04_7n2trf 8.0 nti04_8n0trf 1.25 220 5.5 8.1 nti04_8n1trf 8.2 nti04_8n2trf 9.1 nti04_9n1trf 10 nt i04_10ntrf 1.35 200 1% (f), 2% (g) & 5% (j) 4.5 10.8 nti04_10n8trf 12 nti04_12ntrf 1.55 180 3.7 13.8 nti04_13n8trf 1.75 15 nti04_15ntrf 130 3.3 17 nti04_17ntrf 1.95 100 3.1 18 nti04_18ntrf 2.15 20.8 nti04_20n8trf 2.55 90 2.8 22 nti04_22ntrf 2.65 27 nti04_27ntrf 3.25 75 2.5 33 nti04_33ntrf 4.50 5% (j) thin film chip inductors nti series
14 nic components corp. www.niccomp.com www.lowesr.com www.rfpassives.com www.smtmagnetics.com ? available values - 0603 case size inductance value (nh) part number dc resistance max. ( :) dc current max. (ma) available tolerances & tolerance codes q factor min. & test frequency srf min. (ghz) 1.0 nti06_1n0trf 0.35 800 0.1nh (b), 0.2nh (c), 0.3nh (d) 15 @ 300mhz 13 1.2 nti06_1n2trf 1.5 nti06_1n5trf 10 1.8 nti06_1n8trf 300 2.2 nti06_2n2trf 8 2.7 nti06_2n7trf 0.45 6 3.3 nti06_3n3trf 3.9 nti06_3n9trf 4.7 nti06_4n7trf 0.55 5 5.6 nti06_5n6trf 0.65 6.8 nti06_6n8trf 0.75 8.2 nti06_8n2trf 0.95 4 10 nti06_10ntrf 1% (f), 2% (g), 5% (j) 12 nti06_12ntrf 1.05 3 15 nti06_15ntrf 1.35 18 nti06_18ntrf 1.65 2 22 nti06_22ntrf 1.95 250 27 nti06_27ntrf 2.35 33 nti06_33ntrf 2.75 1.5 39 nti06_39ntrf 3.00 200 47 nti06_47ntrf 56 nti06_56ntrf 5.00 150 1 68 nti06_68ntrf 100 nti06_r10trf 7.50 100 thin film chip inductors nti series tape and reel dimensions (mm) 9.5 1.0 11.5 1.0 6 0 1.0 13.50.7 178 1.0 f i do p 1 t w a b p 0 p 2 e sprocket hole type a b e f w p 0 p 1 p 2 t reel quantity nti02 0.40 0.05 0.70 0.05 1.75 0.05 3.5 0.05 8.0 0.10 4.0 0.10 2.0 0.05 2.0 0.05 0.42 0.02 10,000 nti04 0.70 0.05 1.16 0.05 0.40 0.03 10,000 nti06 1.10 0.10 1.90 0.10 4.0 0.10 0.60 0.03 5,000
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