Please enter a valid full or partial manufacturer part number with a minimum of 3 letters or numbers

    PHE843 Search Results

    SF Impression Pixel

    PHE843 Price and Stock

    Evox Rifa / KEMET PHE843MB6220MR17T0

    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Bristol Electronics PHE843MB6220MR17T0 390
    • 1 -
    • 10 -
    • 100 -
    • 1000 -
    • 10000 -
    Get Quote

    PHE843 Datasheets (1)

    Part ECAD Model Manufacturer Description Curated Datasheet Type PDF
    PHE843 Evox Rifa EMI suppressor, class X2, metallized polypropylene 0.01-6.8 uF, 275/280 VAC, +105C For replacement, see PHE840M Original PDF

    PHE843 Datasheets Context Search

    Catalog Datasheet MFG & Type Document Tags PDF

    PHE840MB6100M

    Abstract: rifa x2
    Text: PHE840 • EMI suppressor, class X2, metallized polypropylene • 0.01 – 4.7 µF, 275/280 VAC and 300 VAC, +100°C • For smaller dimensions and larger capacitance values see PHE843 TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and acrossthe-line applications.


    Original
    PHE840 PHE843 PHE840M PHE840E PHE840MB6100M rifa x2 PDF

    PHE843M

    Abstract: No abstract text available
    Text: PHE843 • EMI suppressor, class X2, metallized polypropylene • 0.01 – 6.8 µF, 275/280 VAC, +105°C • Highest volumetric efficiency, more capacitance and smaller case sizes • Complement to PHE840M TYPICAL APPLICATIONS For worldwide use as electromagnetic


    Original
    PHE843 PHE840M PHE843M PDF

    Evox Rifa PHE840MY6470M

    Abstract: PHE840MB6100M phe840mk5100
    Text: PHE840M New version • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • New, small dimensions • Replaces PHE843 TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and


    Original
    PHE840M PHE843 55/105/56/B Evox Rifa PHE840MY6470M PHE840MB6100M phe840mk5100 PDF

    PHE840M

    Abstract: PHE840MY7100MD16 PHE843 PHE840MK5100MK01R17 PHE840MK5120MK01R17 PHE840MK5150MK01R17 PHE840MA6100MA04R17 PHE840MD7100MD20R06L2 PHE840MB6100MB05R PHE840MZ7330MF15R06L2
    Text: PHE840M • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • New, small dimensions including low profile capacitors • Replaces PHE843 L TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and


    Original
    PHE840M PHE843 PHE840M PHE840MY7100MD16 PHE843 PHE840MK5100MK01R17 PHE840MK5120MK01R17 PHE840MK5150MK01R17 PHE840MA6100MA04R17 PHE840MD7100MD20R06L2 PHE840MB6100MB05R PHE840MZ7330MF15R06L2 PDF

    PHE840MB5220M

    Abstract: PHE840MX6100M PHE840MY6680M rifa x2 PHE840EZ7220M PHE840MR7470M PHE840E PHE840M PHE840MA5100M PHE840MA5120M
    Text: PHE840 • EMI suppressor, class X2, metallized polypropylene • 0.01 – 4.7 µF, 275/280 VAC and 300 VAC, +100°C • For smaller dimensions and larger capacitance values see PHE843 TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and acrossthe-line applications.


    Original
    PHE840 PHE843 PHE840M PHE840E 40/100/56/C PHE840MB5220M PHE840MX6100M PHE840MY6680M rifa x2 PHE840EZ7220M PHE840MR7470M PHE840E PHE840M PHE840MA5100M PHE840MA5120M PDF

    Evox Rifa phe840m

    Abstract: iec 60384-14 PHE843M evox PHE843 UL1414 PHE840M
    Text: PHE843 • EMI suppressor, class X2, metallized polypropylene • 0.01 – 6.8 µF, 275/280 VAC, +105°C • Highest volumetric efficiency, more capacitance and smaller case sizes • Complement to PHE840M TYPICAL APPLICATIONS For worldwide use as electromagnetic


    Original
    PHE843 PHE840M 40/105/56/B Evox Rifa phe840m iec 60384-14 PHE843M evox PHE843 UL1414 PHE840M PDF

    PHE843M

    Abstract: Evox Rifa phe840m
    Text: PHE843 • EMI suppressor, class X2, metallized polypropylene • See the new version of PHE840M. This series will be combined into that one and the maximum C-value increased to 10uF! • 0.01 – 6.8 µF, 275/280 VAC, +105°C TYPICAL APPLICATIONS For worldwide use as electromagnetic


    Original
    PHE843 PHE840M. PHE843M Evox Rifa phe840m PDF

    PHE840MA6100MA04

    Abstract: PHE840MB6470MB16 PHE840MY7100MD16 PHE840MY6470MD14 PHE840MZ7330MF PHE840MB6220MB12 PHE840MK5100MK01 PHE840MB6100M PHE840MQ6220MB17 PHE840MF7150MF13
    Text: PHE840M • EMI suppressor, class X2, metallized polypropylene • 0.01 – 10.0 µF, 275/280 VAC, +105°C • New, small dimensions • Replaces PHE843 TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and across-the-line applications.


    Original
    PHE840M PHE843 55/105/56/B PHE840MA6100MA04 PHE840MB6470MB16 PHE840MY7100MD16 PHE840MY6470MD14 PHE840MZ7330MF PHE840MB6220MB12 PHE840MK5100MK01 PHE840MB6100M PHE840MQ6220MB17 PHE840MF7150MF13 PDF

    PHE843MA6100MR17

    Abstract: PHE843MB6220MR17 PHE843M PHE840M PHE843 rifa phe840m PHE843MF7220MR06L2
    Text: PHE843 • EMI suppressor, class X2, metallized polypropylene • 0.01 – 6.8 µF, 275/280 VAC, +105°C • For replacement, see PHE840M L TYPICAL APPLICATIONS For worldwide use as electromagnetic interference suppressor in all X2 and acrossthe-line applications.


    Original
    PHE843 PHE840M PHE843MA6100MR17 PHE843MB6220MR17 PHE843M PHE840M PHE843 rifa phe840m PHE843MF7220MR06L2 PDF

    PHE843M

    Abstract: No abstract text available
    Text: PHE843 • EMI suppressor, class X2, metallized polypropylene • 0.01 – 6.8 µF, 275/280 VAC, +105°C • Highest volumetric efficiency, more capacitance and smaller case sizes • Complement to PHE840M TYPICAL APPLICATIONS For worldwide use as electromagnetic


    Original
    PHE843 PHE840M PHE843M PDF

    CMK evox CAPACITOR

    Abstract: CMK evox code cmk RIFA pme289 PME289 evox rifa cmk Evox Rifa phe840 evox cmk PHE830 Evox Rifa SMR
    Text: GENERAL INFORMATION HOW TO ORDER EVOX CAPACITORS The Evox article code includes all the information needed to specify the product characteristics and type of packing. This article code construction applies for the following products in this catalogue: MMK, SMR, PFR, MMC, SMC, GMC, GPC, SPC, GMW, SMW, MDC


    Original
    PDF