STAP (ST) uses its advanced MEMS technology to integrate 3 axis accelerometers and 3 axis magnetic coupons in a package, successfully developed the world's smallest electronic compass module.
This micro-chip is only 2mm x 2mm, which is more than 20% of the same product, which is suitable for advanced navigation and motion-sensing functions such as smartphones.
Even the smallest space saves the smartphone, the activity-monitoring bracelet or smart watch is very expensive, so that semiconductor new product LSM303C electronic compass is more closest competitive product, the printed circuit board of nearly 1mm2 Space, which helps designers optimize device configuration, minimize Wi-Fi, Bluetooth, and Cellular Radio Interference, increasing the performance of indoor navigation or advanced motion tracking. For other intelligent consumer electronics and professional applications, including wearable devices, the advantage of the LSM303C in size, enabling it to achieve the design of size smaller devices. In addition, on the printed circuit board, this accelerometer is compatible with the 12-lead pure accelerometer of the magnetometer to allow the designer to quickly update or enhance more basic products.
LSM303C integrates a high-performance three-axis magnet Sensor and an advanced three-axis accelerometer that provides accurate directional signals through its 16-digit output. The full range of this magnetic sensor is ± 16 Gauss or ± 1600 micensTra (μT), which is more dynamic than the other similar products in the market.
This accelerometer has three full-scale optional: ± 2, ± 4 or ± 8G, has high resolution and advanced output accuracy. The LSM303C also has advanced power management, temperature compensation, wide power supply voltage range and programmable interrupt generator for motion, free fall and magnetic field strength detection, helps to simplify system design. The low noise and low power feature of the LSM303C can also make the motion to operate continuously, thereby helping to simplify the software design.
The LSM303C can use a separate micro-gyroscope of the intended semiconductor, such as 3mm x 3mm L3GD20H, with a 9-axis perceived application in devices such as high-end smartphones, gaming machines or motion monitors. Semiconductors have a powerful MEMS sensor product portfolio, including independent accelerometers, magnetic sensors, and gyroscopes, electronic compass, 6 or 9 degree of freedom integrated modules, ARM-based intelligent sensors, INEMO engine sensor fusion software and INEMO-M1 Micro board system.
Fabio Pasolini, General Manager of Semiconductor Motor MEMS Product Department, said: "LSM303C is the world's smallest electronic compass, all of all smartphones and innovative sensing equipment for home, workplace, fitness and amateur activities. In addition, when used in conjunction with our MEMS gyroscope, you can support more advanced motion and positioning related functions. This new mini-sensor not only expands our MEMS product portfolio, but also maintains our MEMS products in the market leading advantage. This is attributed to our early continuous technical investment. "
Semiconductive Semicales have been provided with LSM303C, 2mm x 2mm x 1mm LGA packaged LSM303C is expected to be mass production in December 2013.
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