
Murata Electronics
A 0402 inductor with lower inductance (24nH) but higher current rating (280mA) and lower DCR.
The Murata LQW15AN33NG00D is a 33nH, 0402 wirewound inductor for high-frequency circuits. Finding a direct drop-in replacement requires matching its inductance, package, and high SRF, while alternatives may offer different parametric trade-offs.
Inductance mismatch in same-package options is a primary concern for circuit performance.
Electrically similar parts are in a different (larger) package, requiring a board spin.
The target part is Active from a major manufacturer, and alternatives exist.
No direct, drop-in replacement with identical key parameters has been found. All identified alternatives in the same package have different inductance values, requiring careful engineering review.
If PCB space allows, using the electrically superior LQW18AN33NG00D (0603 package) is the lowest electrical risk path. If the 0402 package is mandatory, LQW15AN24NG00D is a parametric alternative requiring circuit re-evaluation for its lower inductance.
The primary risk is inductance mismatch, which can detune RF circuits or alter filter characteristics.

Murata Electronics
A 0402 inductor with lower inductance (24nH) but higher current rating (280mA) and lower DCR.
| Feature / factor | LQW15AN33NG00D | LQW15AN24NG00D | LQW18AN33NG00D | Alt 3 | Compatibility / risk |
|---|---|---|---|---|---|
| Package | 0402 (1005 metric) | 0402 (1005 metric) | - | 0603 (1608 Metric) — Larger package, not a drop-in. | |
| Inductance | 33 nH | 24 nH | - | 33 nH — Identical inductance. | |
| Current | 260 mA | 280 mA | - | 420 mA — Significantly higher current rating. | |
| Dcr | 0.63 Ω | 0.52 Ω | - | 0.23 Ω — Significantly lower DCR. | |
| Srf | 3.2 GHz | 3.5 GHz | - | 3.2 GHz — Matches minimum SRF. |
There is no single 'best' alternative; the choice depends on application needs. For similar electrical performance in a larger package, consider LQW18AN33NG00D. For the same package with different inductance, LQW15AN24NG00D is an option if lower inductance is acceptable.