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Murata Electronics LQH2HPZR47NJRL — Inductors & Chokes

Murata LQH2HPZR47NJRL 470nH Shielded Inductor, AEC-Q200

MPNLQH2HPZR47NJRL
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Murata Electronics LQH2 Series, Drum Core Wirewound Inductor, Shielded, 470 nH, ±30%, 2.75 A, 37.2 mOhm, AEC-Q200, 1008 (2520 Metric), Tape & Reel.

$0.4400Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

LQH2HPZR47NJRL specifications
ParameterValue
TypeDrum Core, Wirewound
SeriesLQH2
MountingSurface Mount
Current rating2.75 A
Current - saturation3.5A
Frequency - self resonant190MHz
Inductance frequency - test1 MHz
Operating temperature-40°C~105°C
Material - coreFerrite
Size (Dimension)0.098\" L x 0.079\" W (2.50mm x 2.00mm)
Height - seated0.039\" (1.00mm)
PackageTape & Reel (TR); Cut Tape (CT)
RatingsAEC-Q200
ShieldingShielded
Tolerance±30%
Inductance470 nH
Case1008 (2520 Metric)
DC resistance37.2mOhm Max

Product details

Power inductor for DC-DC output filtering

The Murata LQH2HPZR47NJRL is a 470 nH shielded wirewound inductor in the LQH2 series, built on a ferrite drum core. It carries a continuous current rating of 2.75 A and a saturation current of 3.5 A — the Isat figure is the hard ceiling: once the core saturates, inductance collapses and the downstream converter loses regulation. The 37.2 mOhm max DCR sets the I²R conduction loss; at 2.75 A that is roughly 280 mW, which the 1008 package dissipates without exceeding the 105 °C upper limit. The self-resonant frequency of 190 MHz is well above the switching frequencies of most DC-DC converters (typically 400 kHz to 2 MHz), so the inductor behaves as a pure inductive element in-band, with no capacitive crossover to worry about.

Footprint and supply-chain fit

The ±30% tolerance is typical for shielded power inductors — the actual value at the test frequency (1 MHz) is nominal, and the tolerance band accommodates core permeability spread across production lots. The shielded construction reduces stray-field coupling into adjacent traces or components, which matters when the inductor sits close to a sensitive ADC or RF circuit.