SMD Inductor LQG15HSR10J02D

What is LQG15HSR10J02D?

The LQG15HSR10J02D is a fixed SMD inductor manufactured by muRata (村田). Key specs include a precise inductance of 100 nH, a rated current of 200 mA, and a maximum DC resistance of 1.25 Ω. RoHS compliant, this component is engineered for high‑frequency signal integrity and compact power management scenarios.

✔ RoHS Compliant  /  ✔ SMD  /  ✔ muRata Quality  /  ✔ Long-Term Supply

Typical Applications & Why This Part Fits

• RF Front‑End Impedance Matching: The 100 nH value provides optimal reactive compensation at UHF bands, while the 1.25 Ω DCR minimizes insertion loss in signal paths.
• DC‑DC Converter Output Filtering: With a 200 mA current rating, this inductor reliably smooths ripple current in low‑power converters (e.g., for IoT modules).
• High‑Frequency Decoupling: Its small SMD footprint and low parasitic capacitance make it ideal for decoupling noise in RF oscillators and VCO circuits.

Key Features & Advantages

• Precision Inductance Value: Tight tolerance (±5% typical) ensures consistent impedance matching across production batches.
• Low DC Resistance: The 1.25 Ω DCR reduces I²R losses, improving efficiency in battery‑powered designs.
• Compact SMD Package: The ultra‑small footprint frees board space for additional functionality in densely populated layouts.

Frequently Asked Questions

1. Q: What makes LQG15HSR10J02D different from a standard wire‑wound 100 nH inductor?
   A: This component uses muRata’s multilayer ceramic construction, which delivers higher self‑resonant frequency and better stability under temperature variation compared to traditional wound types.
2. Q: Is LQG15HSR10J02D RoHS compliant?
   A: Yes, as a muRata product, it is standardly RoHS compliant and lead‑free.
3. Q: What is the MOQ?
   A: We support small batch orders and flexible quantities at SZYY.

Cross Reference & Alternative Sourcing

While LQG15HSR10J02D is our primary recommendation, comparable alternatives are available. We offer cross‑reference support for custom requirements.