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Murata Electronics LQH43CN151K03L — Inductors & Chokes

Murata LQH43CN151K03L Inductor, 150 µH, 130 mA, 1812

MPNLQH43CN151K03L
Active

Murata Electronics LQH43 series drum core wirewound inductor, unshielded, 150 µH, ±10%, 130 mA, 3.5 Ohm DCR, 1812 (4532 Metric) surface mount.

$0.4500Ref. price · indicative, final on quote
Independent supplier — new & surplus stockAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

LQH43CN151K03L specifications
ParameterValue
TypeDrum Core, Wirewound
SeriesLQH43
MountingSurface Mount
Current rating130 mA
Frequency - self resonant5.5MHz
Inductance frequency - test1 MHz
Operating temperature-40°C ~ 85°C
Material - coreFerrite
Size (Dimension)0.177\" L x 0.126\" W (4.50mm x 3.20mm)
Height - seated0.110\" (2.80mm)
PackageTape & Reel (TR) Cut Tape (CT)
ShieldingUnshielded
Tolerance±10%
Inductance150 µH
Case1812 (4532 Metric)
DC resistance3.5Ohm Max

Product details

150 µH in a 1812 footprint

The LQH43CN151K03L is a drum core wirewound inductor from Murata's LQH43 series, delivering 150 µH ±10% in an unshielded 1812 (4532 Metric) surface-mount package. Rated for 130 mA continuous current with a maximum DC resistance of 3.5 Ohm, this part suits low-current filtering and decoupling roles where the inductance value matters more than the current capacity.

Self-resonant ceiling at 5.5 MHz

The self-resonant frequency of 5.5 MHz sets the upper bound for effective inductive behaviour — above this, parasitic capacitance dominates and the component behaves capacitively. Inductance is tested at 1 MHz, so the part is characterised in the mid-range of its usable band, not at DC or near resonance.

Frequently asked questions

Where can I buy LQH43CN151K03L and get a quote?

The LQH43CN151K03L is an active Murata part sourced through independent distribution.

What is the DC resistance and current rating of LQH43CN151K03L?

Maximum DC resistance is 3.5 Ohm, and the continuous current rating is 130 mA. These two figures together define the I²R heating and voltage drop in the circuit.