5.0/ 5.0
100% pembeli merasa puas
3 rating • 1 ulasan
5(3)100%
4(0)0%
3(0)0%
2(0)0%
1(0)0%
Atur jumlah dan catatan
Stok Total: 24
Subtotal
Rp43.900
GY-511 6-DOF LSM303DLHC 3 Axis E-Compass Accelerometer Magnetometer
Rp43.900
GY-511 LSM303DLHC is a digital 3 axis accelerometer and 3 axis magnetometer with I2C interface.
Magnetic current and field are directly related to each other. When current flows in a wire (electrons start travelling in one direction), a magnetic field is created. The main idea of compass sensors is based on this relationship. The direction of the earth’s magnetic field affects the flow of electrons in the sensor. By measuring these changes in current, the sensor will be able to detect directions.
The GY-511 module uses the LSM303DLHC chip to detect and direct magnetic fields. The communication protocol of this module is I2C and you can connect it to different processors including Arduino boards using SCL and SDA pins.
Feature & Application:
16-bit data output
3 magnetic field axis and 3 acceleration axis
Full-scale range of ± 1.3 to ±8.1 magnetic field
±2g/±4g/±8g /±16g user-selectable full-scale acceleration ranges
6D/4D-orientation detection
Embedded FIFO
2 independent programmable interrupt generators for free-fall and motion detection
Power-down mode / low-power mode
Tilt-compensated compasses
Map rotation
Position detection
Motion-activated functions
Free-fall detection
Click/double-click recognition
Pedometers
Intelligent power-saving for handheld devices
Display orientation
Gaming and virtual reality input devices
Impact recognition and logging
Vibration monitoring and compensation
Pin Configuration:
VIN: Power supply module 3.3 to 5 volt
3V: There is a 5 to 3.3 volt regulator on the module. The maximum current that can be supplied by this pin is 100 mA.
GND: Ground
SCL: Clock Pin for I2C communication
SDA: Data pin for I2C communication
INT2: Interruption 2
INT1: Interruption 1
DRDY (DataReady): This pin is activated when new values are measured by the sensor and sent to the output.
Magnetic current and field are directly related to each other. When current flows in a wire (electrons start travelling in one direction), a magnetic field is created. The main idea of compass sensors is based on this relationship. The direction of the earth’s magnetic field affects the flow of electrons in the sensor. By measuring these changes in current, the sensor will be able to detect directions.
The GY-511 module uses the LSM303DLHC chip to detect and direct magnetic fields. The communication protocol of this module is I2C and you can connect it to different processors including Arduino boards using SCL and SDA pins.
Feature & Application:
16-bit data output
3 magnetic field axis and 3 acceleration axis
Full-scale range of ± 1.3 to ±8.1 magnetic field
±2g/±4g/±8g /±16g user-selectable full-scale acceleration ranges
6D/4D-orientation detection
Embedded FIFO
2 independent programmable interrupt generators for free-fall and motion detection
Power-down mode / low-power mode
Tilt-compensated compasses
Map rotation
Position detection
Motion-activated functions
Free-fall detection
Click/double-click recognition
Pedometers
Intelligent power-saving for handheld devices
Display orientation
Gaming and virtual reality input devices
Impact recognition and logging
Vibration monitoring and compensation
Pin Configuration:
VIN: Power supply module 3.3 to 5 volt
3V: There is a 5 to 3.3 volt regulator on the module. The maximum current that can be supplied by this pin is 100 mA.
GND: Ground
SCL: Clock Pin for I2C communication
SDA: Data pin for I2C communication
INT2: Interruption 2
INT1: Interruption 1
DRDY (DataReady): This pin is activated when new values are measured by the sensor and sent to the output.
Ada masalah dengan produk ini?