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Taiyo Yuden LBC2016T100K — Inductors & Chokes

Taiyo Yuden LBC2016T100K 10 µH Wirewound Inductor, 245 mA

MPNLBC2016T100K
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Taiyo Yuden LB, C Type wirewound inductor, LBC2016T100K, 10 µH ±10%, 245 mA, 820 mOhm DCR, 0806 (2016 Metric) package, unshielded.

$0.1800Ref. price · indicative, final on quote
Independent supplier — new & surplus stockAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

LBC2016T100K specifications
ParameterValue
TypeWirewound
SeriesLB, C Type
MountingSurface Mount
Current rating245 mA
Frequency - self resonant32MHz
Inductance frequency - test2.52 MHz
Operating temperature-40°C~105°C
Size (Dimension)0.079\" L x 0.063\" W (2.00mm x 1.60mm)
Height - seated0.071\" (1.80mm)
PackageTape & Reel (TR); Cut Tape (CT)
ShieldingUnshielded
Tolerance±10%
Inductance10 µH
Case0806 (2016 Metric)
DC resistance820mOhm

Product details

10 µH wirewound — 245 mA current rating and 820 mOhm DCR

The LBC2016T100K is a 10 µH ±10% wirewound inductor from Taiyo Yuden's LB, C Type series, rated for 245 mA continuous current with a DC resistance of 820 mOhm. The 820 mOhm DCR at 245 mA produces a DC power loss of roughly 49 mW (I²R) — this is the self-heating floor under steady-state load, so the temperature rise above ambient depends on the PCB copper area and airflow around the 0806 package.

0806 footprint, unshielded — layout and frequency limits

Unshielded construction means the magnetic field radiates — adjacent traces carrying sensitive analog signals or high-speed digital lines should be spaced at least one package width away to avoid coupling. The self-resonant frequency is 32 MHz, tested at 2.52 MHz; above this frequency the inductor behaves capacitively, so the useful filtering range stops well below 32 MHz.

Frequently asked questions

Where can I buy LBC2016T100K and how is it quoted?

No stock-holding claim — quoted per order.

What is the self-resonant frequency of LBC2016T100K?

The self-resonant frequency is 32 MHz, tested at 2.52 MHz. Above this frequency the inductor behaves capacitively.