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Alternatives to STMicroelectronics LIS3MDLTR

STMicroelectronics LIS3MDLTR and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.

Equivalent and substitute parts for STMicroelectronics LIS3MDLTR

LIS3MDLTR compared against its qualified second sources
LIS3MDLTRSTMicroelectronicsIIS2MDCTRSTMicroelectronicsLIS2MDLTRSTMicroelectronics+1more
FFF CompatibilityThe internal pin configuration is completely different from the LIS3MDL (same pin configuration as LIS2MDL), which necessitates a board layout redesign.Utilizes the identical 12-LGA (2x2 mm) package outline, with a slightly lower package thickness of 0.7 mm.Features similar interfaces (I2C/SPI) and operates as a 3-axis magnetometer, but has lower peak sensitivity and does not support the same selectable full-scale settings.The pinout assignments for LGA-12 are entirely different (e.g., SCL/SPC is Pin 1 but CS is Pin 3 on LIS2MDL vs Pin 10 on LIS3MDL), requiring a PCB layout redesign.Both parts are housed in a 12-LGA (2.0 x 2.0 mm) package, although LIS2MDL has a lower profile height of 0.7 mm compared to 1.0 mm for LIS3MDL.While it provides 3-axis magnetoresistive sensing, its sensitivity is significantly lower (~1.5 mGauss/LSB) and it lacks the high resolution performance and adjustable full-scale ranges of the LIS3MDL.
AI Summary

LIS3MDLTR by STMicroelectronics: Magnetoresistive Sensor X, Y, Z Axis 12-LGA (2x2).

An industrial-grade equivalent to the LIS2MDL from STMicroelectronics. It offers temperature compensation and extended reliability, but shares the same pinout incompatibility and lower resolution tradeoffs.

  • Active lifecycle status designed for professional and industrial use-cases
  • Includes internal temperature compensation for improved stability
  • Lower supply voltage minimum limit of 1.71V
  • Much lower magnetic resolution and sensitivity compared to LIS3MDL
  • Incompatible pin assignments require schematic and PCB redesign

This is the manufacturer's recommended consumer-grade alternative. It is housed in the same 2.0 x 2.0 mm LGA package footprint, but features a different internal pinout structure and lower resolution/sensitivity.

  • Active lifecycle status with long-term support
  • Slightly wider supply voltage range down to 1.71V (vs 1.9V)
  • Excellent power consumption characteristics
  • Significantly lower sensitivity (~1.5 mGauss/LSB vs 6842 LSB/gauss / 0.146 mgauss/LSB)
  • Lacks adjustable full-scale ranges of ±4/±8/±12/±16 gauss
Lifecycle StatusObsoleteActiveActive
Market AvailabilityNon-stockIn stockNon-stock
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