Specifications
• Photo Resistance at 10 Lux 10 - 15 kOhm 
• Dark Resisteance After 10 sec. Removal of 10 Lux 0.5 MOhm
• Peak Spectral Response 550 - 650 nm
• Maximum Power Dissipation 35mW
• Gamma Value at 10 - 100 Lux 0.7
• Maximum Breakdown Voltage 100 VDC
• Rise Response Time at 1 fc 35 ms
• Fall Response Time at 1 fc 5 ms
• Ambient Temperature -30 - 60 C

Features

• Plug-n-Play with FiO 2 and aMG CameraINF board
• Low-cost starter kit
• Ideal for learning image processing 
• Implement image processing algorithm with Hardware in the Loop design and test wtih 
  • Matlab Image Processing Toolbox
  • Simulink Computer Vision System Toolbox
  • Waijung Blockset
• We recommend using FiO 2 with additional RAM for optimal processing power.
• The set include:
  • OV7670 Camera module
  • aMG Camera INF board
  • 1x 2 inches cable
  • 8x 2.54mm Stackable headers (Not soldered)

Example Projects

• Basic Image Processing for Moving Object Tracking
• Real-Time Moving Object Tracking

Features

• Based on STMicroelectronics MEMS Sensors
  
  • LSM303DLM 3-axis accelerometer and 3-axis magnetometer
  • L3G4200D 3-axis rate gyro
• I2C Interface with adjustable address using resistors
• 3.3V System
• On-board 3.3V regulator capable of accepting up to 12VDC external supply
• Import real-time data for analysis directly into Matlab with RapidSTM32 Blockset I2C Block and FiO Boards
• Develop and test your own algorithm in Matlab / Simulink
• ROHS Compliant

Further information

• L3G4200D product homepage
• LSM303DLM product homepage
• Detailed I²C Tutorial 

Tilt-Compensated Compass Tutorial

Reading aMG IMU - 9A data

Connect aMG IMU - 9A with FiO Std (I2C-1)

Reading aMG IMU 9A Tutorial (Thai Narration)