From Kionix, Inc.
Although everyone would like them to be, sensors are not perfect. Understanding the accelerometer's errors is just as important as understanding how the accelerometer works in an application. Errors can and will affect the application's performance.
This application note explains the sources of error in Kionix MEMS tri-axis accelerometers. Suggestions are made on how to reduce or eliminate the error in the measurements. In this way, applications can be made more accurate and precise.
Products & Services
Product Announcements
|
|
||||||
|
|
||||||
|
Topics of Interest
Frequently, customers ask how their microcontroller can interface with a Kionix tri-axis accelerometer. Sometimes they request custom development boards to be made with a particular microcontroller...
This application note describes how to use a Kionix MEMS tri-axis accelerometer as a free-fall sensor for drop force modeling applications. Required theory, equations, and sample event signatures are...
This application note describes how to use a Kionix MEMS tri-axis accelerometer as part of a warranty protection system. The system will record free-fall events or high-g events which might void...
Kionix tri-axis accelerometers feature a power shutdown capability. Even with their typically low current draw, there are still applications that may require even less power consumption. For these...
Today's world is about mobility. The expanded and growing availability of cell phones, PDA's and GPS has resulted in a massive integration of features into handheld devices. Growing in popularity, the...