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LSM303C - 3-axis accelerometer and magnetometer IMU 6DoF I2C/SPI module - SparkFun BOB-13303

Index: SPF-04835

The sensor is a combination of a 3-axis digital accelerometer and a compass. It allows to measure acceleration and magnetic field in configurable ranges. It communicates via the I2C or SPI bus and is powered from 1.9 V to 3.6 V.

LSM303C - 3-axis accelerometer and magnetometer IMU 6DoF I2C/SPI module - SparkFun BOB-13303
€16.90
€13.74 tax excl.
Unavailable
Discontinued product
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Manufacturer: SparkFun
Compatibility: Arduino Raspberry Pi

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The product has been discontinued. Check other products in category.

Product description: LSM303C - 3-axis accelerometer and magnetometer IMU 6DoF I2C/SPI - SparkFun module.

The MEMS module allows the measurement of acceleration and magnetic field in three axes of three-dimensional space. The device is a combination of a digital accelerometer and magnetometer, communicating via the SPI or I2C bus. In addition, it has a built-in temperature sensor, an integrated FIFO buffer and programmable interrupts, which allow, among other things, for free fall detection.

For communication with the central unit, the user can select the SPI or I2C interface. The module has the necessary passive elements for proper operation of the system. The leads are holes to solder thegoldpin connectors(not included in the set), which allow the sensor to be connected bywires ordirectly connected to the contact plate.

LSM303C module specification

  • Operating voltage: 1.9 V to 3.6 V
  • Communication interface: I2C or SPI
  • Accelerometer:
    • 3 axes: X, Y, Z
    • Adjustable range: ± 2 g, ± 4 g, ± 8 g
    • Resolution: 16 bits
  • Magnetometer (compass)
    • 3 axes: X, Y, Z
    • Scope: 16 gauss
    • Resolution: 13 bits
  • Outlets: holes for goldpin connectors - 2.54 mm raster
  • Built-in temperature sensor and FIFO queue
  • Programmable interruptions that allow, among other things, free fall detection
  • The jumpers enable disconnection of the I2C bus line pull-up resistors
  • Plate dimensions: 26 x 25 mm
  • Three mounting holes with diameter: 3 mm

Details on the technical parameters of the sensors can be found in the documentation.

Moduł LSM9DS0 - schemat wyprowadzeń

Since the maximum voltage with which the system operates is 3.3 V, a voltage converter is required to work with Arduino. The exception are modules working with 3.3V e.g. ArduinoPro Mini 328 - 3.3V/8MHz.

Product compatible with Arduino

In order to facilitate work with the module, the manufacturer has prepared auser guidewith a sample program for Arduino and project files with a library available onGitHub.

Module outputs

The sensor has leadings for mountinggoldpin-typeconnectors- 2.54 mm raster(not included in the set, must be purchased separately and soldered separately).

Pin

Description

VDD_IO

Supply voltage of the I/O pins of the system from 1.71 to VDD.

GND The weight of the system.

SDA

SDI

SDO

  • I2C bus data line (SDA).
  • SPI bus data line (MOSI).

SCL

SCLK

I2C bus clock line (TWI) and SPI.

INT_XL

Accelerometer interruption output i - (seedocumentationfor details).

DRDY

Breaking the akacelerometer informing that new magnetometer data is readable.

CS_XL

Choice of communication interface of the accelerometer:

  • high state (1):communication via I2C / SPI blocked,
  • low state (0):communication via SPI / I2C blocked.
CS_MAG

Selection of the communication interface of the magnetometer:

  • high state (1):communication via I2C / SPI blocked,
  • low state (0):communication via SPI / I2C blocked.
VDD Supply voltage from 1.9 V to 3.6 V.
INT_MAG Programmable magnetometer interrupt output - (details inthe documentation).

Package width 3.5 cm
Package height 0.4 cm
Package depth 3.5 cm
Package weight 0.003 kg

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