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Images in Public (Denise SANFILIPPO)

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Public (Denise SANFILIPPO)

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  • Figure 10: Initialize library hidden commands.
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  • Figure 1: Application example where a precise positioning module based on ASM330LHB is used.
  • Figure 2: ST offers a solution based on two identical ASM330LHB inertial measurement units (IMU 1 and IMU 2) as well as the ASILB-LIBRARY software library, called "Sensing module" and "Safety Engine", respectively, for applications up to ASIL B.
  • Figure 3: Design concept of ASM330LHBxx_ASILB_library.
  • Figure 4: Unico launcher.
  • Figure 5: Unico main window.
  • Figure 6: Plot tool.
  • Figure 7: Data tool.
  • Figure 8: [Options] tab.
  • Figure 9: [Save] tab.
  • Figure 7: Data tool.
  • Figure 1: MEMS-Studio Overview
  • Figure 2: MEMS-Studio features
  • Figure 3: ST hardware supported by MEMS-Studio
  • Figure 4: Sensor selection – ProfiMEMS firmware
  • Figure 5: Sensor selection - DatalogExtended firmware
  • Figure 6: Sensor and board references
  • Figure 7: Steps to get start quickly with MEMS-Studio
  • Figure 4: ProfiMEMS STEVAL-MKI109V3 board connected to the PC via USB
  • Figure 5: MEMS-Studio - Connect section
  • Figure 6: MEMS-Studio - Sensor Evaluation section
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  • Figure 7: MEMS expansion board for STM32 Nucleo
  • Figure 8: MEMS-Studio - Sensor Fusion tab
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