Datasheet4U Logo Datasheet4U.com

NFM839R02C101R680 - SURFACE MOUNT EMI FILTERS

Download the NFM839R02C101R680 datasheet PDF (NFM839R02C100R220 included). The manufacturer datasheet provides complete specifications, pinout details, electrical characteristics, and typical applications for surface mount emi filters.

Features

  • I Use of a distributed circuit constant allows a smooth change of impedance, preventing reflection of signal and distortion of wave shape I The NFM839R Series is effective where ground is unstable, because the resistance element in the filter absorbs noise I STD EIA size I Steep attenuation characteristics.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (NFM839R02C100R220-Murata.pdf) that lists specifications for multiple related part numbers.

📁 Similar Datasheet

  • NFM839R - SURFACE MOUNT EMI FILTERS (Murata Electronics)
  • NFM-12571 - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12571A - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12571B - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12572 - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12572A - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12572B - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12573 - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12573A - Single Color Dot Matrix Displays (Flying Electronics)
  • NFM-12573B - Single Color Dot Matrix Displays (Flying Electronics)
Other Datasheets by Murata

Full PDF Text Transcription

Click to expand full text
SURFACE MOUNT EMI FILTERS CHIP FILTERS PART NUMBERING SYSTEM NFM839R 02 C100 R220 T1 CHIP EMI FILTER SERIES CLASS CAPACITANCE CODE C100: 10pF C470: 47pF RESISTANCE PACKAGING CODE CODE R220: 22 ohms T1 = Tape R101: 100 ohms B1 = Bulk NFM839R Series The NFM839R Series is a high performance EMI suppression filter which suppresses noise while limiting waveform distortion. Available in three different values with cut-off frequencies ranging from 20MHz to 100MHz.
Published: |