LQB15NN_10 Murata Multilayer type inductor 1005
LQB15NN_10 Murata Multilayer type inductor 1005

LQB15NN_10 Murata Multilayer type inductor 1005

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Murata LQB15NN_10 series inductor — 18 part numbers, case sizes 1005.
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    At a Glance
    • 18 part numbers in this series
    • Case size 1005
    • Inductance 220 to 560 nH
    • Operating temperature -55~125℃

    The Murata LQB15NN_10 series covers 18 part numbers across case sizes 1005. All parts in the series share the same construction and qualification, and differ in the values listed in the table below — so a design can move up or down the range without changing footprint.

    Part Number List

    Part NumberSpecification
    LQB15NR22J10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,220nH ±5%,25MHz
    LQB15NR22K10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,220nH ±10%,25MHz
    LQB15NR22M10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,220nH ±20%,25MHz
    LQB15NR27J10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,270nH ±5%,25MHz
    LQB15NR27K10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,270nH ±10%,25MHz
    LQB15NR27M10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,270nH ±20%,25MHz
    LQB15NR33J10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,330nH ±5%,25MHz
    LQB15NR33K10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,330nH ±10%,25MHz
    LQB15NR33M10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,330nH ±20%,25MHz
    LQB15NR39J10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,390nH ±5%,25MHz
    LQB15NR39K10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,390nH ±10%,25MHz
    LQB15NR39M10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,390nH ±20%,25MHz
    LQB15NR47J10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,470nH ±5%,25MHz
    LQB15NR47K10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,470nH ±10%,25MHz
    LQB15NR47M10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,470nH ±20%,25MHz
    LQB15NR56J10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,560nH ±5%,25MHz
    LQB15NR56K10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,560nH ±10%,25MHz
    LQB15NR56M10#1m ±0.05m,0.5m ±0.05m,0.5m ±0.05m,560nH ±20%,25MHz

    18 part numbers in this series, sorted by part number.

    Selection Notes

    • Rated current is quoted against two different criteria — inductance drop and temperature rise. The usable current is the lower of the two for your application.
    • DC resistance sets the copper loss. In high-current paths the DCR term can dominate the total loss budget, so compare DCR before inductance tolerance.
    • Shielded construction keeps the field inside the package. Unshielded parts are smaller and cheaper but radiate into neighbouring traces.
    • Saturation behaviour is soft in metal-alloy parts and sharp in ferrite. Choose according to whether the fault current must be limited or simply ridden through.

    Common Questions

    How many part numbers are in the LQB15NN_10 series?

    18. The table above lists every one, sorted by part number.

    What do the parts in the LQB15NN_10 series have in common?

    They share the same inductor construction and case-size family; the differences are the electrical values shown per row.

    Where can I find the full specification for a LQB15NN_10 part?

    Each part number links to Murata's official product page, which carries the detailed specification sheet, reliability data and simulation models.

    Official documentation: LQB15NR22J10# on murata.com — detailed specification sheet, reliability test data and S-parameter / SPICE models.

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