Renishaw's 13-bit magnetic rotary encoder-on-chip provides higher speeds, better noise control, improved time delay and accuracy, plus unique performance tailoring capability. The enhanced RLS AM8192B increases operational speeds to 38,000 rpm at 13-bit resolution (60,000 rpm at 12 bit), while a simple software interface allows designers to choose optimum settings for applications, as well as providing a HEX setting file for easy upload.
- Offers -40°C to 125°C operational temperature range
- Has superior shock and vibration resistance
- Frictionless, low-inertia operation enables consistent, wear-free 0.3° positioning accuracy at high speeds, acceleration and deceleration
- Separate magnet and ASIC eliminates wear, friction, and need for seals and bearings, assuring long-term reliability
- ASIC contains array of Hall-effect sensors that generate voltage when exposed to magnetic flux field
- ASIC's configurable internal interpolator converts Sine and cosine voltage outputs to a range of binary and decimal resolutions
- Permits operation in areas of high external magnetic fields via ASIC's ability to cancel magnetic interference
- Configurable using an external EEPROM
- Accesses absolute angle position value through SSI interface
- Relative changes of angle position simultaneously output as incremental A QUAD B encoder signals up to 8192 counts per revolution
- Simultaneous SSI and incremental capability enables both motor commutation and velocity control at the same time
- Uses 5V power supply
- RoHS (lead free) compliant
- Applications include motor control and automation systems
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