10-25% Off

TDKMLG1005S15NJT000Inductor Surface Mount

Inductor RF Chip Unshielded Multi-Layer 0.015uH 5% 100MHz 8Q-Factor Ceramic 0.4A 0.55Ohm DCR 0402 T/R

Save valuable space on a PCB with this high frequency chip MLG1005S15NJT000 surface mount inductor from TDK. This SMD inductor has a minimum operating temperature of -55 °C and a maximum of 125 °C. Tape and reel packaging will encase the product during shipment, ensuring safe delivery and enabling quick mounting of components. Its test frequency is 100M Hz, while its minimum self-resonant frequency is 2.2G Hz. This product is 1.05 mm long, 0.55 mm tall and 0.55 mm deep. This SMD inductor has a maximum DC current of 400m A with a maximum resistance of 550m Ohm. It has a tolerance of 5%. This device is made with multi-layer technology. It has an inductance of 15n H.

Import TariffMay apply to this part

Total In Stock: 40,184 parts

Regional Inventory: 184

    Total$0.02Price for 1

    184 In stock: Ships tomorrow

    • Service Fee  $7.00

      Ships tomorrow

      Ships from:
      United States of America
      Date Code:
      2127+
      Manufacturer Lead Time:
      12 weeks
      Minimum Of :
      1
      Maximum Of:
      184
      Country Of origin:
      Japan
         
      • Price: $0.0160
      Spliced leader/trailer tape per EIA standards Leader tape:400mm=15.75'; Trail tape:160mm=6.3' more information
    • Ships tomorrow

      Ships from:
      United States of America
      Date Code:
      2127+
      Manufacturer Lead Time:
      12 weeks
      Country Of origin:
      Japan
      • In Stock: 184 parts
      • Price: $0.0160
    • (10000)

      Ships in 2 days

      Ships from:
      Netherlands
      Date Code:
      2531+
      Manufacturer Lead Time:
      16 weeks
      Country Of origin:
      Japan
      • In Stock: 40,000 parts
      • Price: $0.0421

    Design AI-powered medical devices

    Explore system design tips, part recs and AI insights to help you build faster, safer diagnostic and therapy solutions—all in Arrow’s latest white paper.