Murata Electronics North America - NFM18PS105R0J3D

KEY Part #: K7359537

NFM18PS105R0J3D Pricing (USD) [1294413pcs Stock]

  • 1 pcs$0.02872
  • 4,000 pcs$0.02857
  • 8,000 pcs$0.02689
  • 12,000 pcs$0.02521
  • 28,000 pcs$0.02353

Part Number:
NFM18PS105R0J3D
Manufacturer:
Murata Electronics North America
Detailed description:
CAP FEEDTHRU 1UF 20 6.3V 0603. Feed Through Capacitors 0603 1.0uF
Manufacturer's standard lead time:
In stock
Shelf life:
One Year
Chip From:
Hong Kong
RoHS:
Payment method:
Shipment way:
Family Categories:
KEY Components Co.,LTD is a Electronic Components Distributor who offers product categories including : EMI/RFI Filters (LC, RC Networks), Common Mode Chokes, SAW Filters, Ferrite Beads and Chips, Ceramic Filters, RF Filters, Ferrite Cores - Cables and Wiring and Helical Filters ...
Competitive Advantage:
We specialize in Murata Electronics North America NFM18PS105R0J3D electronic components. NFM18PS105R0J3D can be shipped within 24 hours after order. If you have any demands for NFM18PS105R0J3D, Please submit a Request for Quotation here or send us an email:
GB-T-27922
ISO-9001-2015
ISO-13485
ISO-14001
ISO-28000-2007
ISO-45001-2018

NFM18PS105R0J3D Product Attributes

Part Number : NFM18PS105R0J3D
Manufacturer : Murata Electronics North America
Description : CAP FEEDTHRU 1UF 20 6.3V 0603
Series : EMIFIL®, NFM18

You May Also Be Interested In
  • K4A4G085WE-BIRC

    Samsung Semiconductor

    4 Gb 512M x 8 2400 Mbps 1.2 V -40 ~ 95 °C 78FBGA.

  • K4ABG165WA-MCWE

    Samsung Semiconductor

    32 Gb 2G x 16 3200 Mbps 1.2 V 0 ~ 85 °C 96FBGA Sample.

  • K4A4G085WE-BITD

    Samsung Semiconductor

    4 Gb 512M x 8 2666 Mbps 1.2 V -40 ~ 95 °C 78FBGA Mass Production.

  • K4A4G085WF-BCTD

    Samsung Semiconductor

    4 Gb 512M x 8 2666 Mbps 1.2 V 0 ~ 85 °C 78FBGA Mass Production.

  • K4A4G085WF-BITD

    Samsung Semiconductor

    4 Gb 512M x 8 2666 Mbps 1.2 V -40 ~ 95 °C 78FBGA Sample.

  • K4A4G165WE-BCWE

    Samsung Semiconductor

    4 Gb 256M x 16 3200 Mbps 1.2 V 0 ~ 85 °C 96FBGA Mass Production.