series gp3125lf shielded surface mount inductors one magnetics pkwy, gowanda, ny 14070 ?(t) 716-532-2234 ?(f) 716-532-2702 ?sales@gowanda.com www.gowanda.com part inductance test dc resistance current rating number ( 20%) frequency maximum maximum h khz ohms amps gp3125-2r2mlf 2.2 100 0.020 7.00 gp3125-3r3mlf 3.3 100 0.030 5.50 gp3125-4r7mlf 4.7 100 0.040 5.00 gp3125-6r8mlf 6.8 100 0.050 4.50 gp3125-100mlf 10 100 0.055 4.00 gp3125-120mlf 12 1.0 0.060 3.50 gp3125-150mlf 15 1.0 0.065 3.30 GP3125-180MLF 18 1.0 0.070 3.00 gp3125-220mlf 22 1.0 0.075 2.80 gp3125-270mlf 27 1.0 0.085 2.30 gp3125-330mlf 33 1.0 0.095 2.10 gp3125-390mlf 39 1.0 0.105 2.00 gp3125-470mlf 47 1.0 0.115 1.80 gp3125-560mlf 56 1.0 0.135 1.60 gp3125-680mlf 68 1.0 0.170 1.50 gp3125-820mlf 82 1.0 0.190 1.40 gp3125-101mlf 100 1.0 0.210 1.30 gp3125-121mlf 120 1.0 0.250 1.10 gp3125-151mlf 150 1.0 0.300 1.00 gp3125-181mlf 180 1.0 0.350 0.90 gp3125-221mlf 220 1.0 0.420 0.80 gp3125-271mlf 270 1.0 0.510 0.75 gp3125-331mlf 330 1.0 0.600 0.70 gp3125-391mlf 390 1.0 0.750 0.65 gp3125-471mlf 470 1.0 0.820 0.60 gp3125-561mlf 560 1.0 1.000 0.55 gp3125-681mlf 680 1.0 1.300 0.50 gp3125-821mlf 820 1.0 1.650 0.45 gp3125-102mlf 1000 1.0 2.000 0.40 notes: ? operating temperature -55 c to +125 c ? units are designed for surface mounting; ferrite core and ferrite sleeve ? terminals are solderable - more than 95% new solder coverage when subjected to soldering temperature ? application frequency range - values 2.2 h to 10 h to 1.0 mhz min. values above 10 h to 300 khz min. ? current rating at 25 c ambient - the maximum dc current that will cause a 40 c maximum temperature rise and where the inductance will not decrease by more than 10% from its zero dc value tape and reel specs: (24mm) pcs./ 7 reel maximum: 500 0.472 0.020 (12.0 0.5) 0.472 0.020 (12.0 0.5) top view .236 max. (6.0 max.) terminal area 0.015 ref . only (0.38 ref . only ) in . (mm) bottom view 0.300 0.020 (7.6 0.5) 0.198 0.020 (5.0 0.5) 0.100 0.120 recessed metalized areas (not terminal area) terminal 0.075 ref. 0.050 ref. 0.075 ref. 0.080/0.120 (2x? s )
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