Parametric results for: pm0402 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 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)

0402 41 0502 22

126 hits Apply

Chip 22 Monolithic 22

126 hits Apply

Core Material (1)

CERAMIC 101

126 hits Apply

DC Resistance (43)

45 mΩ 1 66 mΩ 6 70 mΩ 3 83 mΩ 6 104 mΩ 6 120 mΩ 9 130 mΩ 3 140 mΩ 3 160 mΩ 2 170 mΩ 2 172 mΩ 2 190 mΩ 2 195 mΩ 2 200 mΩ 1 202 mΩ 2 214 mΩ 2 220 mΩ 2 240 mΩ 2 270 mΩ 3 298 mΩ 2 320 mΩ 3 370 mΩ 3 400 mΩ 1 403 mΩ 2 420 mΩ 3 438 mΩ 2 500 mΩ 4 550 mΩ 3 600 mΩ 1 650 mΩ 3 700 mΩ 1 800 mΩ 3 830 mΩ 1 900 mΩ 3 1 Ω 3 1.1 Ω 1 1.2 Ω 3 1.3 Ω 3 1.4 Ω 3 1.6 Ω 1 1.8 Ω 1 2 Ω 2 2.6 Ω 1

Min (Ω) - Max (Ω)

126 hits Apply

Inductance-Nom (L) (45)

1 nH 3 1.2 nH 3 1.5 nH 4 1.8 nH 3 2 nH 1 2.2 nH 4 2.7 nH 3 3.3 nH 5 3.6 nH 2 3.9 nH 5 4.7 nH 3 5.1 nH 2 5.6 nH 5 6.2 nH 2 6.8 nH 3 7.5 nH 2 8.2 nH 4 9 nH 2 10 nH 5 11 nH 2 12 nH 5 15 nH 5 18 nH 3 19 nH 2 22 nH 3 23 nH 2 27 nH 4 33 nH 2 36 nH 2 39 nH 2 40 nH 2 47 nH 3 56 nH 2 6.8 µH 1 8.2 µH 1 10 µH 1 12 µH 1 15 µH 1 18 µH 1 22 µH 1 27 µH 1 33 µH 1 39 µH 1 47 µH 1 56 µH 1

Min (µH) - Max (µH)

126 hits Apply

RF INDUCTOR 112

126 hits Apply

Inductor Type (1)

GENERAL PURPOSE INDUCTOR 112

126 hits Apply

e3 1

126 hits Apply

Manufacturer (2)

Bourns Inc 104 JW Miller 22

126 hits Apply

1.0 112

126 hits Apply

2 112

126 hits Apply

105.0 °C 60 125.0 °C 52

Min (°C) - Max (°C)

126 hits Apply

-55.0 °C 11 -40.0 °C 41 -25.0 °C 60

Min (°C) - Max (°C)

126 hits Apply

500 µm 22 660 µm 22

Min (mm) - Max (mm)

126 hits Apply

1 mm 22 1.19 mm 22

Min (mm) - Max (mm)

126 hits Apply

SMT 44

126 hits Apply

500 µm 22 640 µm 22

Min (mm) - Max (mm)

126 hits Apply

TR 44

126 hits Apply

Obsolete 104 Transferred 22

126 hits Apply

No 2 Yes 1

126 hits Apply

Quality Factor-Min (at L-nom) (17)

9.0 1 10.0 11 11.0 4 13.0 11 16.0 2 19.0 8 20.0 7 21.0 3 22.0 6 23.0 1 24.0 17 25.0 1 27.0 6 28.0 7 29.0 1 30.0 1 32.0 3

Min - Max

126 hits Apply

Rated Current-Max (26)

70 mA 1 80 mA 1 90 mA 2 100 mA 1 130 mA 1 150 mA 10 160 mA 1 170 mA 1 190 mA 1 200 mA 12 220 mA 1 250 mA 15 280 mA 1 300 mA 24 320 mA 4 400 mA 4 480 mA 4 560 mA 2 640 mA 4 680 mA 6 760 mA 4 800 mA 2 840 mA 6 960 mA 2 1.04 A 1 1.36 A 1

Min (A) - Max (A)

126 hits Apply

No 44 Yes 39

126 hits Apply

Self Resonance Frequency (34)

750 MHz 3 1 GHz 3 1.2 GHz 3 1.3 GHz 3 1.6 GHz 3 1.8 GHz 3 2.1 GHz 4 2.24 GHz 2 2.32 GHz 2 2.48 GHz 2 2.5 GHz 3 2.72 GHz 2 2.8 GHz 1 2.9 GHz 3 3.04 GHz 2 3.1 GHz 1 3.28 GHz 2 3.3 GHz 4 3.6 GHz 2 3.68 GHz 2 3.7 GHz 1 3.9 GHz 5 4.16 GHz 2 4.4 GHz 2 4.5 GHz 4 4.7 GHz 3 5 GHz 2 5.8 GHz 10 6 GHz 16 7 GHz 2 8 GHz 2 9 GHz 2 10 GHz 3 12 GHz 8

Min (MHz) - Max (MHz)

126 hits Apply

RECTANGULAR PACKAGE 112

126 hits Apply

NO 96 YES 16

126 hits Apply

INDUCTANCE TOLERANCE IS 0.2 NANO HENRY, Q MEASURED AT 500 MHZ 6 INDUCTANCE TOLERANCE IS 0.3 NANO HENRY 34 Q MEASURED AT 500 MHZ 5

126 hits Apply

Surface Mount (1)

YES 112

126 hits Apply

Matte Tin (Sn) 1

126 hits Apply

DUAL ENDED 112

126 hits Apply

ONE SURFACE 41 WRAPAROUND 71

126 hits Apply

Test Frequency (2)

100 MHz 71 250 MHz 41

Min (MHz) - Max (MHz)

126 hits Apply

Tolerance (20)

2.0 % 5 2.942 % 1 4.256 % 1 5.0 % 67 5.129 % 1 5.358 % 3 6.061 % 1 6.383 % 2 7.408 % 1 7.693 % 4 8.334 % 2 9.091 % 4 11.112 % 2 13.334 % 1 13.637 % 4 15.0 % 1 16.667 % 3 20.0 % 3 25.0 % 3 30.0 % 3

Min (%) - Max (%)

126 hits Apply