BMA250 SHUTL Bosch Sensortec, BMA250 SHUTL Datasheet

BMA250 DAUGHTERCARD FOR DEV KIT

BMA250 SHUTL

Manufacturer Part Number
BMA250 SHUTL
Description
BMA250 DAUGHTERCARD FOR DEV KIT
Manufacturer
Bosch Sensortec
Series
-r
Datasheets

Specifications of BMA250 SHUTL

Featured Product
BMA250 - Digital, Triaxial Acceleration Sensor
Sensor Type
Accelerometer, 3 Axis
Sensing Range
±2g, 4g, 8g, 16g
Interface
-
Sensitivity
256LSB/g, 128LSB/g, 64LSB/g, 16LSB/g
Voltage - Supply
-
Embedded
No
Utilized Ic / Part
BMA250
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
Other names
828-1024
BMA250
Digital, triaxial acceleration sensor
Bosch Sensortec
General description
The BMA250 is an advanced, ultra-small, triaxial,
low-g acceleration sensor with digital interfaces,
aiming for low-power consumer electronics applica-
tions.
The BMA250 allows measurement of accelerations
in 3 perpendicular axes and thus senses tilt, motion,
shock and vibration in cellular phones, handhelds,
computer peripherals, man-machine interfaces,
virtual reality features and game controllers.
BMA250 target applications
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Sensor features
With its size of only 2 mm x 2 mm the BMA250
represents a new generation of digital accelerati-
on sensors. The BMA250 integrates a multitude of
features that facilitate its use especially in the area
of motion detection applications, such as device ori-
entation detection, gaming, HMI and menu browser
control. Featuring a full operation current consump-
tion of only 139 µA the BMA250 is ideally suited for
mobile consumer electronic devices. In low-power
mode operation the current consumption can be
even further reduced by more than one order of
magnitude.
The BMA250 is highly configurable in order to give
the designer full flexibility when integrating the sen-
sor into his system.
Display profile switching (portrait/landscape,
face-up/face-down switching)
Flat detection
Tap sensing function
Menu scrolling
Gaming
Advanced power management for mobile devices
Shock and free-fall detection
Step-counting
Tilt compensation for electronic compass
Sensor operation
The BMA250 supports two modes of operation:
1) Streaming data mode: Acceleration data is directly
read-out via the sensor’s digital interface and comput-
ed by a system µController, application processor or a
base-band processor.
2) Interrupt engine mode: Acceleration data is com-
puted already within the BMA250 by the integrated,
programmable interrupt engine. Depending on the
programmable settings the integrated interrupt engine
of the BMA250 signals the occurrence of certain
events via the sensors` two interrupt pins. The corres-
ponding registers of the BMA250 can easily be set and
read-out via the digital sensor interface.
BMA250
Digital resolution
Resolution
(in ±2g range)
Measurement ranges
(programmable)
Sensitivity
(calibrated)
Zero-g offset
(over life-time)
Bandwidths
(programmable)
Digital inputs/outputs
Supply voltage
I/0 supply voltage
Temperature range
Current consumption
f
f
LGA package
Shock resistance
full operation
low-power mode
(V
DD
(V
)
DDIO
)
Technical data
139 µA
±2 g, ±4 g, ±8 g, ±16 g
7 µA
1 µA
10.000 g x 200 µs
2x interrupt pins
±2 g: 256 LSB/g
±4 g: 128 LSB/g
±16 g: 16 LSB/g
2 x 2 x 0.95 mm
±8 g: 64 LSB/g
1000 Hz ... 8 Hz
(@ 40 Hz data rate)
(@ 2 kHz data rate)
(@ 1 Hz data rate)
-40 … +85°C
1.62 … 3.6 V
1.2 … 3.6 V
SPI & I
±80 mg
3.9 mg
10 bit
2
C,
3

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BMA250 SHUTL Summary of contents

Page 1

... BMA250 Digital, triaxial acceleration sensor Bosch Sensortec General description The BMA250 is an advanced, ultra-small, triaxial, low-g acceleration sensor with digital interfaces, aiming for low-power consumer electronics applica- tions. The BMA250 allows measurement of accelerations in 3 perpendicular axes and thus senses tilt, motion, ...

Page 2

... Data & Specification subject to change without notice © Bosch Sensortec GmbH reserves all rights in the event of industrial property rights. We reserve all rights of disposal such as copying and passing on to third par- ties. BOSCH and the symbols are registered trademarks of Robert Bosch GmbH, Germany. ...

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