20 July 2009
Mouser Electronics First to Stock Freescale MMA7660FC Accelerometer
Sensor features 3-axis low-g I2C digital embedded intelligence
Mouser Electronics, Inc., known for its rapid introduction of the newest products, today announced it is the first to stock Freescale Semiconductor's MMA7660FC, a 3-axis +/-1.5g I2C digital capacitive accelerometer with integrated embedded intelligence and reduced power consumption.
The Freescale Semiconductor MMA7660FC 3-Axis Accelerometer features programmable functions such as orientation, tap, and shake detection, as well as a unique auto-wake for extended battery life. Packaged in a small, low-profile 3x3x0.9mm DFN, it enhances portable electronic user interfaces for mobile phones, small appliances, and gaming. The MMA7660FC uses I2C communication and programmable interrupt functionality to provide direct communication to the main system processor with simplicity and flexibility. For more information, about Freescale's MMA7660FC 3-Axis Accelerometer, visit http://www.mouser.com/freescale_mma7660fc.
Mike Scott, Mouser Vice President of Active Products, says, "The Freescale MMA7660FC Accelerometer combines highly intelligent features with reduced power consumption and very small packaging, making it extremely valuable to design engineers who are prototyping portable consumer devices or other designs where both functionality and size are critical."
Known for its broad-based product line, unsurpassed customer service, and streamlined warehouse operations, Mouser continuously offers customers the most innovative products and latest technologies for their new design projects.
Author
Mouser Electronics
Supporting Information
Websites
http://www.mouser.com/freescale_mma7660fc/?utm_source=newelectronics-paidad&utm_medium=feature&utm_campaign=mar-newelectronics-Freescale-MMA7660FC
Companies
Mouser Electronics
This material is protected by Findlay Media copyright
See Terms
and Conditions.
One-off usage is permitted but bulk copying is not.
For multiple copies contact the
sales team.