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GMR50 - High power low ohmic chip shunt resistors

Download the GMR50 datasheet PDF. This datasheet also covers the GMR100 variant, as both devices belong to the same high power low ohmic chip shunt resistors family and are provided as variant models within a single manufacturer datasheet.

General Description

Part No.

Key Features

  • 1)High power (3W to 10W ) 2)High heat dissipation 3)Excellent TCR characterristics 4)Low ohmic (5mΩ to 220mΩ) Datasheet.
  • Products list Size Part No. (mm) (inch) GMR50 5025 2010 GMR100 6432 2512 GMR320 7142 2817 Rated power Temperature★1 (Rated terminal Tolerance coefficient Temperature) (ppm / ℃) Resistance range Operating temperature range (℃) Automotive grade available 4W (90℃) 3W (110℃) F ( ±1% ) 0 ~+25 5mΩ ±25 10~220mΩ (E24 series)★2 -65 ~ +170 Yes 7W (70℃) 5W (110℃) F.

📥 Download Datasheet

Note: The manufacturer provides a single datasheet file (GMR100-ROHM.pdf) that lists specifications for multiple related part numbers.

Datasheet Details

Part number GMR50
Manufacturer ROHM
File Size 954.04 KB
Description High power low ohmic chip shunt resistors
Datasheet download datasheet GMR50 Datasheet

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

View original datasheet text
High power low ohmic chip shunt resistors GMR series ●Features 1)High power (3W to 10W ) 2)High heat dissipation 3)Excellent TCR characterristics 4)Low ohmic (5mΩ to 220mΩ) Datasheet ●Products list Size Part No. (mm) (inch) GMR50 5025 2010 GMR100 6432 2512 GMR320 7142 2817 Rated power Temperature★1 (Rated terminal Tolerance coefficient Temperature) (ppm / ℃) Resistance range Operating temperature range (℃) Automotive grade available 4W (90℃) 3W (110℃) F ( ±1% ) 0 ~+25 5mΩ ±25 10~220mΩ (E24 series)★2 -65 ~ +170 Yes 7W (70℃) 5W (110℃) F ( ±1% ) 0 ~+25 5mΩ ±20 10~220mΩ (E24 series)★2 -65 ~ +170 Yes 10W (70℃) 7W (110℃) F ( ±1% ) 0 ~+25 5mΩ ±25 10~100mΩ (E24 series)★2 -65 ~ +170 Yes ★1 (+20℃ ~ +60℃) ★2 Development schedule will vary depending on resistance value.