MEMS digital output IMU, Acceleration range: ±2g/±4g/±8g/±16g, Angular rate range: ±125/±250/±500/±1000/±2000 dpsDesigned by ROBOTHINGS, Ships from Poland
LSM6DS33 BREAKOUT BOARD Package includes LSM6DS33 Breakout board Optional (Please select from the dropdown lists): Sensor MOLEX connector and precrimped wire, LED, transistor and passive elem...Read More…
LSM6DS33 BREAKOUT BOARD
Optional (Please select from the dropdown lists):
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What is it?
The LSM6DS33 is an inertial measurement unit consisting of 3 axis digital accelerometer and 3 axis digital gyroscope.
Sensor has user-selectable full scales of ±2g/±4g/±8g/±16g acceleration and ±125/±250/±500/±1000/±2000 dps angular rate speed. It is capable of output acceleration data with rates from 12.5 Hz to 6.664 kHz and angular rate speed 12.5 Hz to 1.666 kHz.
The device may be configured to generate event signals using independent inertial wake-up/free-fall/6D orientation/tap sensing/activity inactivity sensing events.
The interrupt signals can be connected to the transistor driving LED. The interrupt signal INT1 is default connected to the on-board LED. Both INT1 and INT2 are connected to the MOLEX connector.
The LSM6DS33 has an integrated 8kB buffer allowing the user to store data in order to limit intervention by the host processor.
LSM6DS33 Evaluation Module Features
Maximum non-destructive acceleration 10000g for 0.2ms
Sensor is suitable for
Standard C platform-independent drivers for MEMS motion and environmental sensors : st.com
Android sensor HAL for MEMS motion and environmental sensors: st.com
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Poczta Polska: Priority Shipping with Tracking Code
(Polish National Post) - Priority International Shipping. Estimated time to delivery: 6 - 14 business days. Seller ships within 24 hours after receive a payment. Important notice! The buyer is responsible for customs release and import duties that may be due in the destination country.
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We started the Robothings from our passion for electronics. Our goal is to make the things for makers, hobbyists and others interested in robotics and automation.
The main areas of our expertise are: MEMS sensors, signal conditioning, analog and digital control circuits, C/C++ and assembler application development for ARM and ATMEGA uC.