Parametric results for: KL732 under Fixed Inductors

All Filters Case/Size Code Construction Core Material DC Resistance Inductance-Nom (L) Inductor Application Inductor Type JESD-609 Code Manufacturer Number of Functions Number of Terminals Operating Temperature-Max Operating Temperature-Min Package Height Package Length Package Style Package Width Packing Method Part Life Cycle Code Pbfree Code Quality Factor-Min (at L-nom) Rated Current-Max Reference Standard Rohs Code Self Resonance Frequency Shape/Size Description Shielded Special Feature Surface Mount Terminal Finish Terminal Placement Terminal Shape Test Frequency Tolerance Case/Size Code (2)

0805 318 1206 305

925 hits Apply

Chip 155 Rectangular 379 Thick Film 89

925 hits Apply

Core Material (3)

ALUMINA CERAMIC 90 CERAMIC 595 Ceramic 75

925 hits Apply

DC Resistance (44)

30 mΩ 1 40 mΩ 1 50 mΩ 1 60 mΩ 1 70 mΩ 6 80 mΩ 2 90 mΩ 2 100 mΩ 4 110 mΩ 2 120 mΩ 2 130 mΩ 2 150 mΩ 2 160 mΩ 2 180 mΩ 4 210 mΩ 2 220 mΩ 2 250 mΩ 124 260 mΩ 2 280 mΩ 2 300 mΩ 2 360 mΩ 2 370 mΩ 2 380 mΩ 2 400 mΩ 2 450 mΩ 2 500 mΩ 176 580 mΩ 2 690 mΩ 2 780 mΩ 2 850 mΩ 2 1 Ω 162 1.1 Ω 2 1.2 Ω 2 1.3 Ω 2 1.4 Ω 2 1.5 Ω 104 1.6 Ω 2 1.8 Ω 2 1.9 Ω 2 2 Ω 144 3.5 Ω 4 4 Ω 22 4.5 Ω 16 5 Ω 24

Min (Ω) - Max (Ω)

925 hits Apply

Inductance-Nom (L) (50)

1 nH 7 1.2 nH 7 1.5 nH 7 1.8 nH 7 2.2 nH 28 2.7 nH 28 3.3 nH 28 3.9 nH 28 4.7 nH 28 5.6 nH 28 6.8 nH 28 8.2 nH 28 10 nH 28 12 nH 28 15 nH 28 18 nH 28 22 nH 28 27 nH 28 33 nH 28 39 nH 28 47 nH 28 56 nH 28 68 nH 28 82 nH 28 100 nH 18 1 µH 4 1.2 µH 4 1.5 µH 4 1.8 µH 4 2.2 µH 8 2.7 µH 8 3.3 µH 8 3.9 µH 8 4.7 µH 8 5.6 µH 16 6.8 µH 16 8.2 µH 16 10 µH 16 12 µH 16 15 µH 16 18 µH 16 22 µH 16 27 µH 16 33 µH 16 39 µH 16 47 µH 16 56 µH 16 68 µH 16 82 µH 16 100 µH 8

Min (µH) - Max (µH)

925 hits Apply

RF INDUCTOR 906

925 hits Apply

Inductor Type (1)

GENERAL PURPOSE INDUCTOR 910

925 hits Apply

e0 498 e3 326

925 hits Apply

Manufacturer (1)

KOA Speer Electronics Inc 925

925 hits Apply

1.0 906

925 hits Apply

2 906

925 hits Apply

85.0 °C 171 125.0 °C 669

Min (°C) - Max (°C)

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-40.0 °C 840

925 hits Apply

500 µm 318 600 µm 305

Min (mm) - Max (mm)

925 hits Apply

2 mm 318 3.2 mm 305

Min (mm) - Max (mm)

925 hits Apply

SMT 623

925 hits Apply

1.25 mm 318 1.6 mm 305

Min (mm) - Max (mm)

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Bulk 76 TR 78 TR, Embossed Plastic, 7 Inch 165

925 hits Apply

Active 15 Obsolete 910

925 hits Apply

No 400 Yes 324

925 hits Apply

Quality Factor-Min (at L-nom) (13)

10.0 60 15.0 172 20.0 70 25.0 282 28.0 21 29.0 7 30.0 7 32.0 7 35.0 80 38.0 7 40.0 107 42.0 7 44.0 7

Min - Max

925 hits Apply

Rated Current-Max (11)

150 mA 66 200 mA 124 250 mA 52 300 mA 48 400 mA 128 450 mA 4 500 mA 204 700 mA 31 800 mA 132 900 mA 88 1 A 33

Min (A) - Max (A)

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AEC-Q200 76

925 hits Apply

No 498 Yes 326

925 hits Apply

Self Resonance Frequency (38)

400 MHz 44 470 MHz 2 480 MHz 2 500 MHz 40 570 MHz 2 600 MHz 24 700 MHz 42 800 MHz 42 950 MHz 2 1 GHz 122 1.2 GHz 2 1.27 GHz 2 1.3 GHz 2 1.35 GHz 2 1.45 GHz 2 1.5 GHz 62 1.6 GHz 2 1.68 GHz 2 1.94 GHz 2 2 GHz 60 2.1 GHz 2 2.25 GHz 2 2.4 GHz 2 2.5 GHz 82 2.7 GHz 2 2.75 GHz 2 2.9 GHz 2 3 GHz 114 3.5 GHz 22 4 GHz 44 4.5 GHz 33 5 GHz 22 6 GHz 33 7 GHz 11 8 GHz 22 9 GHz 22 10 GHz 11 13 GHz 22

Min (MHz) - Max (MHz)

925 hits Apply

RECTANGULAR PACKAGE 906

925 hits Apply

NO 906

925 hits Apply

0.2NH IS THE TOLERANCE 14 INDUCTANCE TOLERANCE IS 0.1 NANO HENRY 20 INDUCTANCE TOLERANCE IS 0.2 NANO HENRY 120

925 hits Apply

Surface Mount (1)

YES 906

925 hits Apply

Matte Tin (Sn) 76 Matte Tin (Sn) - with Nickel (Ni) barrier 250 Tin/Lead (Sn/Pb) 421 Tin/Lead (Sn/Pb) - with Nickel (Ni) barrier 37 Tin/Lead (Sn90Pb10) - with Nickel (Ni) barrier 40

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DUAL ENDED 906

925 hits Apply

END CAP 20 WRAPAROUND 886

925 hits Apply

Test Frequency (2)

200 MHz 330 500 MHz 576

Min (MHz) - Max (MHz)

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Tolerance (30)

0.003 % 8 0.004 % 8 0.005 % 8 0.006 % 4 0.007 % 4 0.008 % 4 0.01 % 4 0.012 % 4 0.014 % 4 0.017 % 4 0.02 % 4 2.0 % 373 4.2553 % 2 4.256 % 12 5.0 % 373 5.1282 % 2 5.129 % 12 6.0606 % 2 6.061 % 12 7.4074 % 2 7.408 % 12 9.0909 % 2 9.091 % 12 11.1111 % 1 11.112 % 6 13.3333 % 1 13.334 % 6 16.6667 % 1 16.667 % 6 20.0 % 7

Min (%) - Max (%)

925 hits Apply