Parametric results for: LQW2BHN5N6D13 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 (1)

0805 2

5 hits Apply

Wirewound Chip 2

5 hits Apply

Core Material (2)

AIR 1 ALUMINA 3

5 hits Apply

DC Resistance (1)

20 mΩ 5

5 hits Apply

Inductance-Nom (L) (1)

5.6 nH 5

5 hits Apply

RF INDUCTOR 5

5 hits Apply

Inductor Type (1)

GENERAL PURPOSE INDUCTOR 5

5 hits Apply

e2 4 e3 1

5 hits Apply

Manufacturer (1)

Murata Manufacturing Co Ltd 5

5 hits Apply

1.0 5

5 hits Apply

2 5

5 hits Apply

85.0 °C 5

5 hits Apply

-40.0 °C 2 -25.0 °C 3

Min (°C) - Max (°C)

5 hits Apply

1.7 mm 2 1.78 mm 2

Min (mm) - Max (mm)

5 hits Apply

2 mm 4

5 hits Apply

SMT 4

5 hits Apply

1.5 mm 4

5 hits Apply

TR, EMBOSSED, 13 INCH 1 TR, EMBOSSED, 7 INCH 1

5 hits Apply

End Of Life 3 Obsolete 2

5 hits Apply

Yes 3

5 hits Apply

Quality Factor-Min (at L-nom) (1)

35.0 5

5 hits Apply

Rated Current-Max (1)

1.5 A 5

5 hits Apply

Yes 5

5 hits Apply

Self Resonance Frequency (1)

6 GHz 5

5 hits Apply

RECTANGULAR PACKAGE 5

5 hits Apply

NO 5

5 hits Apply

INDUCTANCE TOLERANCE IS 0.5 NANO HENRY, Q MEASURED AT 250 MHZ 1 INDUCTANCE TOLERANCE IS 0.5 NANO HENRY; Q MEASURED AT 250 MHZ 1 INDUCTANCE TOLERANCE MEASURED AT 0.5NH 1 Q MEASURED AT 250 MHZ 2

5 hits Apply

Surface Mount (1)

YES 5

5 hits Apply

Tin (Sn) - with Nickel (Ni) barrier 1 TIN COPPER 1 Tin/Copper (Sn/Cu) 3

5 hits Apply

DUAL ENDED 5

5 hits Apply

WRAPAROUND 5

5 hits Apply

Test Frequency (2)

100 MHz 3 250 MHz 2

Min (MHz) - Max (MHz)

5 hits Apply

Tolerance (2)

8.929 % 3 8.93 % 2

Min (%) - Max (%)

5 hits Apply