13200 estrella ave., bldg. b gardena, ca 90248 tel: 310-325-1043 fax: 310-325-1044 www.mpsind.com sales@mpsind.com shielded smd power inductor P177032C series ? low profle package ? low dc resistance ? high current handling capacity ? operating temperature range: -40 o c to +85 o c ? storage temperature range: -40 o c to +85 o c ? rohs compliant product industries electrical specification @ 20 o c part number P177032C- inductance (h) (20%) dc resistance (m) (20%) rated dc current (a) (max) 3r3m 3.30 23 1.90 4r7m 4.70 36 1.70 6r8m 6.80 41 1.60 100m 10.00 53 1.40 150m 15.00 75 1.10 220m 22.00 110 0.96 330m 33.00 160 0.75 470m 47.00 240 0.67 680m 68.00 310 0.59 101m 100.00 450 0.45 151m 150.00 650 0.37 221m 220.00 1050 0.29 331m 330.00 1670 0.22 471m 470.00 2050 0.20 681m 680.00 3150 0.16 102m 1000.00 4780 0.13 ? inductance measured at 100khz / 0.5v ? inductance drop 20% typical at idc from initial value ? temperature rise 40 c typcial at idc from 20 c product performance is limited to specifed parameters. data is subject to change without prior notice. dimensions unless otherwise specifed, all tolerances are: inch: .xx : 0.015 .xxx : 0.004 mm: x,x : 0,38 x,xx : 0,10
13200 estrella ave., bldg. b gardena, ca 90248 tel: 310-325-1043 fax: 310-325-1044 www.mpsind.com sales@mpsind.com shielded smd power inductor P177032C series industries dimensions a = 7.0 0.2 mm b = 7.0 0.2 mm c = 3.4 max mm d = 6.8 0.3 mm e = 4.5 ref mm f = 2.0 ref mm g = 1.0 ref mm inductance curve vs. current (6.8 h sample reading) product performance is limited to specifed parameters. data is subject to change without prior notice. dimensions unless otherwise specifed, all tolerances are: inch: .xx : 0.015 .xxx : 0.004 mm: x,x : 0,38 x,xx : 0,10 temperature curve vs. current (6.8 h sample reading) epoxy 6r8 0.00 1.00 2.00 3.00 4.00 5.00 6.00 7.00 8.00 0a 0.45a 0.9a 1.35a 1.6a 2.25a 2.7a inductance uh dc current(a) inductance curve vs.current 0.00 5.00 10.00 15.00 20.00 25.00 30.00 35.00 40.00 45.00 0a 0.55a 1.1a 1.6a 2.2a 2.75a 3.3a temperature rise dc current(a) temper ture rise curve vs.current
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