Wound Chip Inductors
WL453232-Series

Part NumberInductance
(μH)
Inductance
Tolerance
Test
Frequency
(MHz)
Q
Min.
SRF
(MHz)
Min.
DC
Resistance
(Ω) Max.
Rated
Current
(mA) Max.
WL453232-R10 □0.10M25.2353000.18800
WL453232-R12 □0.12M25.2352800.20770
WL453232-R15 □0.15M25.2352500.22730
WL453232-R18 □0.18M25.2352200.24700
WL453232-R22 □0.22M25.2402000.25665
WL453232-R27 □0.27M25.2401800.26635
WL453232-R33 □0.33M25.2401650.28605
WL453232-R39 □0.39M25.2401500.30575
WL453232-R47 □0.47M25.2401450.32545
WL453232-R56 □0.56M25.2401400.36520
WL453232-R68□0.68M25.2401350.40500
WL453232-R82 □0.82M25.2401300.45475
WL453232-1R0 □1.00K7.96501000.50450
WL453232-1R2 □1.20K7.9650800.55430
WL453232-1R5 □1.50K7.9650700.60410
WL453232-1R8 □1.80K7.9650600.65390
WL453232-2R2 □2.20K7.9650550.70380
WL453232-2R7 □2.70K7.9650500.75370
WL453232-3R3 □3.30K7.9650450.80355
WL453232-3R9 □3.90K7.9650400.90330
WL453232-4R7 □4.70K7.9650351.00315
WL453232-5R6 □5.60K7.9650331.10300
WL453232-6R8 □6.80K7.9650271.20285
WL453232-8R2 □8.20K7.9650251.40270
WL453232-100 □10.0K2.5250201.60250
WL453232-120 □12.0K2.5250182.00225
WL453232-150□15.0K2.5250172.50200
WL453232-180 □18.0K2.5250152.80190
WL453232-220 □22.0K2.5250133.20180
WL453232-270 □27.0K2.5250123.60170
WL453232-330 □33.0K2.5250114.00160
WL453232-390 □39.0K2.5250104.50150
WL453232-470 □47.0K2.5250105.00140
WL453232-560□56.0K2.52509.05.50135
WL453232-680 □68.0K2.52509.06.00130
WL453232-820 □82.0K2.52508.07.00120
WL453232-101 □100K0.796408.08.00110
WL453232-121 □120K0.796406.08.00110
WL453232-151 □150K0.796405.09.00105
WL453232-181 □180K0.796405.09.50102
WL453232-221 □220K0.796404.010.0100
WL453232-271 □270K0.796404.012.092
WL453232-331 □330K0.796403.514.085
WL453232-391 □390K0.796403.018.080
WL453232-471 □470K0.796403.026.062
WL453232-561 □560K0.796303.030.050
WL453232-681 □680K0.796303.030.050
WL453232-821 □820K0.796302.535.030
WL453232-102 □1000K0.252202.540.030

□ Tolerance : K= ±10% , M= ±20%
□ Product weight:0.110g(ref.)

  1. Storage temperature: -40℃ to +125℃.
  2. Operating temperature: -40℃ to +125℃ (Temp. rise included)
  3. Terminal pull strength:1.5kg min.
  4. Rated current:Current cause inductance drop within 10%