SMD Inductor MLG1005S2N0ST000

What is MLG1005S2N0ST000?

The MLG1005S2N0ST000 is a SMD inductor manufactured by TDK. Key specs include a fixed inductance of 2 nH, a rated current of 900 mA, and a DC resistance of 150 mΩ. RoHS compliant, it is designed for high-frequency signal integrity in compact power paths.

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

Typical Applications & Why This Part Fits

• RF Matching Networks: With a precise 2 nH value, this inductor provides the tight tolerance needed for impedance matching in 2.4 GHz and 5 GHz wireless modules.
• DC/DC Converter Output Filtering: The low 150 mΩ DCR minimizes resistive losses while handling 900 mA, making it suitable for point‑of‑load regulation in battery‑powered devices.
• High‑Speed Digital Interfaces: Its SMD package and low parasitic capacitance enable clean power delivery to fast logic circuits, reducing EMI in compact PCB layouts.

Key Features & Advantages

• High Current Rating: Supports up to 900 mA without saturation, ideal for power‑rail decoupling in space‑constrained designs.
• Low DC Resistance: The 150 mΩ maximum DCR improves efficiency and reduces heat generation in continuous‑current paths.
• TDK Monolithic Construction: Multi‑layer ceramic process ensures stable inductance and consistent performance across temperature and frequency.

Frequently Asked Questions

1. Q: What makes MLG1005S2N0ST000 different from a standard wire‑wound chip inductor?
   A: Its monolithic multilayer structure delivers higher self‑resonant frequency and lower parasitic capacitance, critical for RF and high‑speed digital applications.
2. Q: Is MLG1005S2N0ST000 RoHS compliant?
   A: Yes, as a TDK product, it is standardly RoHS compliant and lead‑free.
3. Q: What is the MOQ?
   A: Stock is maintained for flexible order quantities; contact our sales team for specific requirements.

Cross Reference & Alternative Sourcing

While MLG1005S2N0ST000 is our primary recommendation, comparable alternatives are available for similar specifications.