Measurement Specialties' KMA36 features a system-on-chip technology that combines a magnetoresistive element with an 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 contactlessly 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. The KMA36 is ideal for many battery applications, featuring sleep and low power mode as well as automatic wake-up over I²C. Position data can be transmitted using a PWM or two-wire (SDA, SCL) communication bus. Using the programmable parameters, the user can have access to a wide range of configuration to ensure the maximum of freedom and functionalities.
| Features |
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- Contactless absolute 360° (180°) angle measurement
- Incremental mode
- Linear mode
- Standard I²C interface (100 kHz)
- Programmable resolution up to 13 bit (0.04 degree)
- Very low hysteresis
- High-accuracy mode
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- User programmable parameters
- Low-power mode
- Sleep and automatic wake-up over I²C
- Programmable zero position
- Device address hardware configurable
- Small, Pb-free package (TSSOP20)
- RoHS compliant
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| Applications |
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- Industrial environments
- Harsh environments
- Handling machines
- Machine tools
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- Robotics
- Potentiometers
- Motor motion control
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Measurement Specialties' KMA36 features a system-on-chip technology that combines a magnetoresistive element with an 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 contactlessly 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. The KMA36 is ideal for many battery applications, featuring sleep and low power mode as well as automatic wake-up over I²C. Position data can be transmitted using a PWM or two-wire (SDA, SCL) communication bus. Using the programmable parameters, the user can have access to a wide range of configuration to ensure the maximum of freedom and functionalities.
