GMD155B Murata MLCC 1005M
GMD155B Murata MLCC 1005M

GMD155B Murata MLCC 1005M

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Murata GMD155B series multilayer ceramic capacitor — 64 part numbers, case sizes 1005M.
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    At a Glance
    • 64 part numbers in this series
    • Case size 1005M
    • Capacitance 0.1 to 82000 pF
    • Operating temperature -25~85℃

    The Murata GMD155B series covers 64 part numbers across case sizes 1005M. 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 NumberCapacitanceToleranceRated VoltageTemp. Char.Size
    GMD155B11E103KA01#10000 pF±10%25VdcHIK1005M
    GMD155B11E103MA01#10000 pF±20%25VdcHIK1005M
    GMD155B11E123KA01#12000 pF±10%25VdcHIK1005M
    GMD155B11E153KA01#15000 pF±10%25VdcHIK1005M
    GMD155B11E153MA01#15000 pF±20%25VdcHIK1005M
    GMD155B11E183KA01#18000 pF±10%25VdcHIK1005M
    GMD155B11E223KA01#22000 pF±10%25VdcHIK1005M
    GMD155B11E223MA01#22000 pF±20%25VdcHIK1005M
    GMD155B11E562KA01#5600 pF±10%25VdcHIK1005M
    GMD155B11E682KA01#6800 pF±10%25VdcHIK1005M
    GMD155B11E682MA01#6800 pF±20%25VdcHIK1005M
    GMD155B11E822KA01#8200 pF±10%25VdcHIK1005M
    GMD155B11H102KA01#1000 pF±10%50VdcHIK1005M
    GMD155B11H102MA01#1000 pF±20%50VdcHIK1005M
    GMD155B11H122KA01#1200 pF±10%50VdcHIK1005M
    GMD155B11H152KA01#1500 pF±10%50VdcHIK1005M
    GMD155B11H152MA01#1500 pF±20%50VdcHIK1005M
    GMD155B11H182KA01#1800 pF±10%50VdcHIK1005M
    GMD155B11H221KA01#220 pF±10%50VdcHIK1005M
    GMD155B11H221MA01#220 pF±20%50VdcHIK1005M
    GMD155B11H222KA01#2200 pF±10%50VdcHIK1005M
    GMD155B11H222MA01#2200 pF±20%50VdcHIK1005M
    GMD155B11H271KA01#270 pF±10%50VdcHIK1005M
    GMD155B11H272KA01#2700 pF±10%50VdcHIK1005M
    GMD155B11H331KA01#330 pF±10%50VdcHIK1005M
    GMD155B11H331MA01#330 pF±20%50VdcHIK1005M
    GMD155B11H332KA01#3300 pF±10%50VdcHIK1005M
    GMD155B11H332MA01#3300 pF±20%50VdcHIK1005M
    GMD155B11H391KA01#390 pF±10%50VdcHIK1005M
    GMD155B11H392KA01#3900 pF±10%50VdcHIK1005M
    GMD155B11H471KA01#470 pF±10%50VdcHIK1005M
    GMD155B11H471MA01#470 pF±20%50VdcHIK1005M
    GMD155B11H472KA01#4700 pF±10%50VdcHIK1005M
    GMD155B11H472MA01#4700 pF±20%50VdcHIK1005M
    GMD155B11H561KA01#560 pF±10%50VdcHIK1005M
    GMD155B11H681KA01#680 pF±10%50VdcHIK1005M
    GMD155B11H681MA01#680 pF±20%50VdcHIK1005M
    GMD155B11H821KA01#820 pF±10%50VdcHIK1005M
    GMD155B30J105KE11#1 μF±10%6.3VdcHIK1005M
    GMD155B30J105ME11#1 μF±20%6.3VdcHIK1005M
    GMD155B31A124KE12#0.12 μF±10%10VdcHIK1005M
    GMD155B31A154KE12#0.15 μF±10%10VdcHIK1005M
    GMD155B31A154ME12#0.15 μF±20%10VdcHIK1005M
    GMD155B31A184KE12#0.18 μF±10%10VdcHIK1005M
    GMD155B31A224KE12#0.22 μF±10%10VdcHIK1005M
    GMD155B31A224ME12#0.22 μF±20%10VdcHIK1005M
    GMD155B31A274KE11#0.27 μF±10%10VdcHIK1005M
    GMD155B31A334KE11#0.33 μF±10%10VdcHIK1005M
    GMD155B31A334ME11#0.33 μF±20%10VdcHIK1005M
    GMD155B31A394KE11#0.39 μF±10%10VdcHIK1005M
    GMD155B31A474KE11#0.47 μF±10%10VdcHIK1005M
    GMD155B31A474ME11#0.47 μF±20%10VdcHIK1005M
    GMD155B31C104KA11#0.1 μF±10%16VdcHIK1005M
    GMD155B31C104MA11#0.1 μF±20%16VdcHIK1005M
    GMD155B31C563KA11#56000 pF±10%16VdcHIK1005M
    GMD155B31C683KA11#68000 pF±10%16VdcHIK1005M
    GMD155B31C683MA11#68000 pF±20%16VdcHIK1005M
    GMD155B31C823KA11#82000 pF±10%16VdcHIK1005M
    GMD155B31E273KA11#27000 pF±10%25VdcHIK1005M
    GMD155B31E333KA11#33000 pF±10%25VdcHIK1005M
    GMD155B31E333MA11#33000 pF±20%25VdcHIK1005M
    GMD155B31E393KA11#39000 pF±10%25VdcHIK1005M
    GMD155B31E473KA11#47000 pF±10%25VdcHIK1005M
    GMD155B31E473MA11#47000 pF±20%25VdcHIK1005M

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

    Selection Notes

    • Capacitance falls with applied DC bias in high-K dielectrics (X5R, X7R, Y5V). The nameplate value is measured at 0 V — check the DC bias curve for the voltage the part actually sees.
    • Class 1 dielectrics (C0G/NP0) hold capacitance across voltage and temperature but top out in the nanofarad range. Class 2 gives far more capacitance per volume at the cost of stability.
    • Self-heating from ripple current adds to ambient. Keep the part below its rated temperature with margin, especially in high-frequency switching nodes.
    • Flex cracks come from board bending, not electrical stress. Where the board is depanelised or screwed down near the capacitor, use a soft-termination variant.

    Common Questions

    How many part numbers are in the GMD155B series?

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

    What do the parts in the GMD155B series have in common?

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

    Where can I find the full specification for a GMD155B part?

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

    Official documentation: GMD155B11E103KA01# on murata.com — detailed specification sheet, reliability test data and S-parameter / SPICE models.

    Shenzhen Gaorunxin Technology Co., Ltd

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