ST STEVAL-MKI100V1 MEMS demonstration board based on the LPY4150AL (dual-axis pitch yaw ±1500 dps analog gyroscope) handbook

STEVAL-MKI100V1 is a demonstration board based on LPY4150AL (dual-axis pitch and yaw ±1500 dps analog gyroscope) MEMS sensor, featuring analog and digital working modes and RoHS compliance.


ST STEVAL-MKI100V1 MEMS demonstration board based on the LPY4150AL (dual-axis pitch yaw ±1500 dps analog gyroscope) handbook - cover page
Brand
STMicroelectronics
Category
Other Electronics
Document type
Product Leaflet
Language
English
Pages
4
File format
PDF
File size
121 KB
Published
07 August, 2012
Updated
28 September, 2023
MD5 checksum
11C081D84650ADA90D297C7B8509469D

About this manual

The STEVAL-MKI100V1 is a demonstration board designed for the LPY4150AL product family, providing a ready-to-use platform. It includes a sensing element and an ST7 microcontroller interface that translates sensor information into measurable signals for external applications.

What's inside

  • Features
  • Description
  • Working Modes
  • Schematic Diagram
  • Revision History
  • Disclaimer

Specifications

Sensing ElementLPY4150AL
Sensing Element Typedual-axis pitch and yaw analog gyroscope
MicrocontrollerST7
Working ModesAnalog (AWM) and Digital (DWM)
ComplianceRoHS compliant

Frequently asked questions

What are the two working modes of the STEVAL-MKI100V1?

The board operates in analog working mode (AWM) where the microcontroller is disabled, and digital working mode (DWM) where the microcontroller is enabled.

How does the analog working mode function?

In analog mode, the microcontroller is disabled and the analog outputs are available to the user on a dedicated connector.

What is the function of the digital working mode?

In digital mode, the microcontroller is enabled to allow digital acquisition of output signals, viewing them on a PC via GUI, and controlling device pins.

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