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KMA36 Datasheet, PDF (1/18 Pages) List of Unclassifed Manufacturers – KMA36 universal magnetic encoder | |||
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KMA36
Contactless Rotational and Linear Encoder
SPECIFICATIONS
ï· Contactless Absolute 360° (180°) angle measurement
ï· Incremental mode
ï· Linear mode
ï· Standard I2C Interface (100 kHz)
ï· Programmable resolution up to 13 bit (0.04 degree)
ï· Very low hysteresis
ï· High accuracy mode
ï· User programmable parameters
ï· Low power mode
ï· Sleep and automatic wake-up over I2C
ï· Programmable zero position
ï· Device address hardware configurable
ï· Small Pb-Free package (TSSOP20)
ï· RoHS compliant
The KMA36 is a highly reliable universal magnetic position sensor
for precise rotational or linear measurement with a resolution up
to 0.04 degree. These digital position sensors feature a system-
on-chip technology that combines a magnetoresistive element
along with analog to digital converter and signal processing in a
standard small package. By using Anisotropic Magneto Resistive
(AMR) technology, the KMA36 is able to determine accurately and
non-contacting the magnetic angle of an external magnet over
360°, as well as the incremental position on a magnetic pole strip
with 5 mm pole length. Its sleep and low power mode as well as
automatic wake-up over I2C â make the KMA36 ideal for many
battery applications. Position data can be transmitted using a
PWM or digital two-wire (SDA, SCL) communication bus. Using
the programmable parameters of this digital position sensor, the
user can have access to a wide range of configuration to ensure
the maximum of freedom and functionalities.
Used as both a linear position sensor or a rotary position sensor,
these KMA36 magnetoresistive sensors designed by MEAS
(Measurement Specialties) are insensitive to magnetic drift due to
mechanical tolerances, changes in temperature or thermal stress.
The maintenance-free operation and high bandwidth of this
universal magnetic encoder makes it a good choice for dynamic
applications in harsh environments.
SENSOR SOLUTIONS /// KMA36 Rev 11
4/2016
Page 1
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