XV7011BB
XV7011BB is High-stability Gyro Sensor manufactured by EPSON.
Features
SPI / I2C serial interface Angular rate output (16/24bit) Excellent bias stability over temperature Embedded temperature sensor Integrated user-selectable digital filter Wide supply voltage range 2.7 to 3.6V Low power consumption 0.9m A Rate range ±100 °/s Pb free EU Ro HS pliant
Applications
Anti-vibration and attitude control for industrial applications etc. Motion detection for man machine interface
CW(+)
Description
The XV7011BB feature superior bias output stability and low noise. Epson achieves this performance by using quartz substrates manufactured based on our proprietary QMEMS technology. In addition to patibility for digital output interfaces (SPI, I2C), these sensors allow for independent interface power supply voltage settings to enable munications with various interfaces. User-selectable low-pass filters and high-pass filters enable a wide range of cut-off frequencies. Designed for low power consumption, these sensors are suitable for a wide range of uses, from wearable devices and other consumer electronics to industrial equipment.
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Seiko Epson Corporation Document No.: XV7011BB_AE_Ver. 1.00
Date: Mar. 19th 2015
- About the symbols used in this catalog
- A lead-free product.
- pliant with the EU Ro HS directive.
- About products without the Pb-Free label Product terminals are lead-free but the internal ponents of the product contain lead (high melting point solder lead as well as the lead contained in the glass of an electronic ponent are both not applicable under the EU Ro HS directive).
- Indicates a product intended for use in an automobile (body, information systems, etc.). The product has been designed and manufactured in accordance with a quality assurance program suited for the on-board environment of an automobile.
- Indicates a product intended for use to further the safe operation of an automobile (driving, stopping, turning). The product has been designed and manufactured in accordance with a quality assurance program suited...