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Stackpole MR Molded Low Resistance Metal Element Resistors | NAC Semi

Stackpole MR Molded Low Resistance Metal Element Resistors

Stackpole MR molded metal element resistors provide low resistance values in an axial, two-lead through-hole package with tinned copper leads. MRS identifies the high-stability version; use the Series filter to distinguish it from MR. Standard MR power options are 1 W, 3 W, 5 W, and 10 W at 70 °C. The listed MRS part has a coded 3 W rating; its rating temperature is not separately specified in the ordering guide.

Stackpole MR series resistors
Representative series image; actual appearance varies by part.

Download the MR series datasheet (PDF)

Search an exact part number or use the dropdowns to compare characteristics. Select a part number to search NAC Semi.

139 Stackpole MR parts
Part NumberSeriesResistanceTolerance (±%)Power Rating (W)Datasheet
Part NumberSeriesResistanceTolerance (±%)Power Rating (W)Datasheet
MR10FBR100MR100 mΩ110PDF
MR10FBR250MR250 mΩ110PDF
MR10FT25L0MR25 mΩ110PDF
MR10FT50L0MR50 mΩ110PDF
MR10FT80L0MR80 mΩ110PDF
MR10FTR300MR300 mΩ110PDF
MR10JB20L0MR20 mΩ510PDF
MR10JT30L0MR30 mΩ510PDF
MR10JT40L0MR40 mΩ510PDF
MR10JTR500MR500 mΩ510PDF
MR1FB10L0MR10 mΩ11PDF
MR1FB15L0MR15 mΩ11PDF
MR1FB20L0MR20 mΩ11PDF
MR1FB22L0MR22 mΩ11PDF
MR1FB30L0MR30 mΩ11PDF
MR1FB50L0MR50 mΩ11PDF
MR1FB70L0MR70 mΩ11PDF
MR1FT10L0MR10 mΩ11PDF
MR1FT22L0MR22 mΩ11PDF
MR1FT25L0MR25 mΩ11PDF
MR1FT45L0MR45 mΩ11PDF
MR1FT50L0MR50 mΩ11PDF
MR1FT80L0MR80 mΩ11PDF
MR1FTR100MR100 mΩ11PDF
MR1JB13L0MR13 mΩ51PDF
MR1JB20L0MR20 mΩ51PDF
MR1JB22L0MR22 mΩ51PDF
MR1JB35L0MR35 mΩ51PDF
MR1JB50L0MR50 mΩ51PDF
MR1JB60L0MR60 mΩ51PDF
MR1JB70L0MR70 mΩ51PDF
MR1JB90L0MR90 mΩ51PDF
MR1JBR100MR100 mΩ51PDF
MR1JT22L0MR22 mΩ51PDF
MR1JT50L0MR50 mΩ51PDF
MR1JT68L0MR68 mΩ51PDF
MR1JT80L0MR80 mΩ51PDF
MR3FB20L0MR20 mΩ13PDF
MR3FB25L0MR25 mΩ13PDF
MR3FB30L0MR30 mΩ13PDF
MR3FB40L0MR40 mΩ13PDF
MR3FB50L0MR50 mΩ13PDF
MR3FB5L00MR5 mΩ13PDF
MR3FB60L0MR60 mΩ13PDF
MR3FB70L0MR70 mΩ13PDF
MR3FB75L0MR75 mΩ13PDF
MR3FB7L00MR7 mΩ13PDF
MR3FB7L50MR7.5 mΩ13PDF
MR3FBR100MR100 mΩ13PDF
MR3FBR110MR110 mΩ13PDF
MR3FK10L0MR10 mΩ13PDF
MR3FT10L0MR10 mΩ13PDF
MR3FT15L0MR15 mΩ13PDF
MR3FT20L0MR20 mΩ13PDF
MR3FT25L0MR25 mΩ13PDF
MR3FT30L0MR30 mΩ13PDF
MR3FT33L0MR33 mΩ13PDF
MR3FT35L0MR35 mΩ13PDF
MR3FT40L0MR40 mΩ13PDF
MR3FT45L0MR45 mΩ13PDF
MR3FT50L0MR50 mΩ13PDF
MR3FT5L00MR5 mΩ13PDF
MR3FT60L0MR60 mΩ13PDF
MR3FT68L0MR68 mΩ13PDF
MR3FT6L00MR6 mΩ13PDF
MR3FT70L0MR70 mΩ13PDF
MR3FT75L0MR75 mΩ13PDF
MR3FT7L00MR7 mΩ13PDF
MR3FT80L0MR80 mΩ13PDF
MR3FT85L0MR85 mΩ13PDF
MR3FT8L00MR8 mΩ13PDF
MR3FT90L0MR90 mΩ13PDF
MR3FTR100MR100 mΩ13PDF
MR3FTR120MR120 mΩ13PDF
MR3FTR150MR150 mΩ13PDF
MR3FTR200MR200 mΩ13PDF
MR3JB10L0MR10 mΩ53PDF
MR3JB13L0MR13 mΩ53PDF
MR3JB50L0MR50 mΩ53PDF
MR3JB68L0MR68 mΩ53PDF
MR3JB70L0MR70 mΩ53PDF
MR3JB75L0MR75 mΩ53PDF
MR3JB8L00MR8 mΩ53PDF
MR3JBR100MR100 mΩ53PDF
MR3JT10L0MR10 mΩ53PDF
MR3JT20L0MR20 mΩ53PDF
MR3JT22L0MR22 mΩ53PDF
MR3JT25L0MR25 mΩ53PDF
MR3JT30L0MR30 mΩ53PDF
MR3JT50L0MR50 mΩ53PDF
MR3JT51L0MR51 mΩ53PDF
MR3JT75L0MR75 mΩ53PDF
MR3JT80L0MR80 mΩ53PDF
MR3JT82L0MR82 mΩ53PDF
MR3JTR100MR100 mΩ53PDF
MR3JTR200MR200 mΩ53PDF
MR5FB10L0MR10 mΩ15PDF
MR5FB20L0MR20 mΩ15PDF
MR5FB25L0MR25 mΩ15PDF
MR5FB30L0MR30 mΩ15PDF
MR5FB40L0MR40 mΩ15PDF
MR5FB50L0MR50 mΩ15PDF
MR5FB5L00MR5 mΩ15PDF
MR5FB70L0MR70 mΩ15PDF
MR5FB75L0MR75 mΩ15PDF
MR5FBR100MR100 mΩ15PDF
MR5FBR150MR150 mΩ15PDF
MR5FBR200MR200 mΩ15PDF
MR5FT10L0MR10 mΩ15PDF
MR5FT20L0MR20 mΩ15PDF
MR5FT25L0MR25 mΩ15PDF
MR5FT30L0MR30 mΩ15PDF
MR5FT50L0MR50 mΩ15PDF
MR5FT5L00MR5 mΩ15PDF
MR5FT6L00MR6 mΩ15PDF
MR5FT70L0MR70 mΩ15PDF
MR5FT70L0-LLMR70 mΩ1PDF
MR5FT75L0MR75 mΩ15PDF
MR5FT7L50MR7.5 mΩ15PDF
MR5FT80L0MR80 mΩ15PDF
MR5FT8L00MR8 mΩ15PDF
MR5FTR100MR100 mΩ15PDF
MR5FTR170MR170 mΩ15PDF
MR5FTR200MR200 mΩ15PDF
MR5FTR300MR300 mΩ15PDF
MR5JB25L0MR25 mΩ55PDF
MR5JB30L0MR30 mΩ55PDF
MR5JB50L0MR50 mΩ55PDF
MR5JB60L0MR60 mΩ55PDF
MR5JB70L0MR70 mΩ55PDF
MR5JB80L0MR80 mΩ55PDF
MR5JB90L0MR90 mΩ55PDF
MR5JBR100MR100 mΩ55PDF
MR5JBR120MR120 mΩ55PDF
MR5JT15L0MR15 mΩ55PDF
MR5JT50L0MR50 mΩ55PDF
MR5JTR100MR100 mΩ55PDF
MR5JTR120MR120 mΩ55PDF
MRS3FTR200MRS200 mΩ13PDF

TCR is value dependent, with a published family range of ±50 to ±400 ppm/°C. Contact Stackpole for the exact TCR of a selected part. A -LL suffix identifies the existing special version. It retains its encoded resistance and tolerance; its unverified power rating remains blank. Consult the shared MR/MRS/TMR datasheet for derating and construction details.