Parametric results for: mci206 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 Quality Factor-Min (at L-nom) Rated Current-Max 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 291 2012 89

465 hits Apply

Multilayer Chip 89

465 hits Apply

Core Material (2)

AMORPHOUS MAGNETIC 202 CERAMIC 178

465 hits Apply

DC Resistance (31)

100 mΩ 12 130 mΩ 11 150 mΩ 11 200 mΩ 17 230 mΩ 11 250 mΩ 9 280 mΩ 9 300 mΩ 17 350 mΩ 9 400 mΩ 21 450 mΩ 9 500 mΩ 25 550 mΩ 13 600 mΩ 13 650 mΩ 25 700 mΩ 9 750 mΩ 25 800 mΩ 33 900 mΩ 33 1 Ω 33 1.1 Ω 16 1.15 Ω 16 1.25 Ω 16 1.3 Ω 9 1.5 Ω 9 1.8 Ω 9 2 Ω 9 2.5 Ω 9 3 Ω 9 3.5 Ω 9 4 Ω 9

Min (Ω) - Max (Ω)

465 hits Apply

Inductance-Nom (L) (50)

1.5 nH 3 3.3 nH 11 3.9 nH 11 4.7 nH 11 5.6 nH 11 6.8 nH 9 8.2 nH 9 10 nH 9 12 nH 9 15 nH 9 18 nH 9 22 nH 9 27 nH 9 33 nH 9 39 nH 9 47 nH 11 56 nH 9 68 nH 11 82 nH 11 100 nH 13 120 nH 13 150 nH 13 180 nH 13 220 nH 13 270 nH 13 330 nH 13 390 nH 13 470 nH 17 560 nH 8 680 nH 8 820 nH 8 1 µH 4 1.2 µH 4 1.5 µH 4 1.8 µH 4 2.2 µH 4 2.7 µH 8 3.3 µH 8 3.9 µH 8 4.7 µH 8 5.6 µH 8 6.8 µH 8 8.2 µH 8 10 µH 8 12 µH 8 15 µH 8 18 µH 8 22 µH 8 27 µH 8 33 µH 8

Min (µH) - Max (µH)

465 hits Apply

RF INDUCTOR 465

465 hits Apply

Inductor Type (1)

GENERAL PURPOSE INDUCTOR 465

465 hits Apply

e3 263

465 hits Apply

Manufacturer (2)

Kenlott Electronics Co Ltd 202 VENKEL LTD 263

465 hits Apply

1.0 465

465 hits Apply

2 465

465 hits Apply

85.0 °C 178

465 hits Apply

-40.0 °C 178

465 hits Apply

900 µm 130 1 mm 89 1.2 mm 72

Min (mm) - Max (mm)

465 hits Apply

2 mm 291

465 hits Apply

SMT 291

465 hits Apply

1.2 mm 202 1.25 mm 89

Min (mm) - Max (mm)

465 hits Apply

Bulk 101 TR 190

465 hits Apply

Contact Manufacturer 202 Obsolete 263

465 hits Apply

Quality Factor-Min (at L-nom) (12)

12.0 2 13.0 20 15.0 51 16.0 15 17.0 24 18.0 30 19.0 15 20.0 43 25.0 36 30.0 56 40.0 24 45.0 52

Min - Max

465 hits Apply

Rated Current-Max (10)

5 mA 36 15 mA 40 30 mA 36 50 mA 16 100 mA 9 150 mA 42 200 mA 30 250 mA 55 300 mA 197 5 A 4

Min (A) - Max (A)

465 hits Apply

Yes 263

465 hits Apply

Self Resonance Frequency (50)

13 MHz 8 14 MHz 8 16 MHz 8 18 MHz 8 19 MHz 8 22 MHz 8 24 MHz 8 26 MHz 8 29 MHz 8 32 MHz 8 35 MHz 8 38 MHz 8 41 MHz 8 45 MHz 8 50 MHz 4 55 MHz 4 60 MHz 4 65 MHz 4 75 MHz 4 100 MHz 8 105 MHz 8 115 MHz 8 125 MHz 8 135 MHz 4 145 MHz 4 150 MHz 4 170 MHz 4 185 MHz 4 200 MHz 4 220 MHz 4 235 MHz 4 300 MHz 3 330 MHz 3 380 MHz 6 400 MHz 6 500 MHz 6 600 MHz 6 700 MHz 3 800 MHz 3 900 MHz 3 1 GHz 15 2 GHz 15 3 GHz 7 3.2 GHz 4 3.5 GHz 4 4 GHz 28 380 GHz 6 400 GHz 6 500 GHz 6 600 GHz 6

Min (MHz) - Max (MHz)

465 hits Apply

RECTANGULAR PACKAGE 465

465 hits Apply

NO 263 YES 202

465 hits Apply

INDUCTANCE TOLERANCE IS 0.3 NANO HENRY 16 INDUCTANCE TOLERANCE IS 0.3 NANO HENRY,MULTILAYER 8 MULTILAYER 154

465 hits Apply

Surface Mount (1)

YES 465

465 hits Apply

Matte Tin (Sn) 84 Matte Tin (Sn) - with Nickel (Ni) barrier 179

465 hits Apply

DUAL ENDED 263

465 hits Apply

WRAPAROUND 465

465 hits Apply

Test Frequency (3)

25 MHz 24 50 MHz 24 100 MHz 215

Min (MHz) - Max (MHz)

465 hits Apply

Tolerance (10)

5.0 % 77 5.358 % 3 6.383 % 3 7.693 % 3 9.091 % 3 10.0 % 179 11.112 % 3 13.637 % 3 16.667 % 3 20.0 % 188

Min (%) - Max (%)

465 hits Apply