iC-PNE Series
Description
The iC-PNE series of optical encoder iCs features monolithically integrated photosensors. Precision sine/cosine signals are output for a high-resolution interpolation by subsequent devices, such as iC-MNF, resolving a singleturn position with 23 bits and higher. Output amplitudes of several hundred millivolts are achieved at low illumination levels, saving LED current for durability. As a typical Nonius scale for iC-PNE repeats 8 times per turn, 4 sector tracks are scanned digitally by additional photosensors. This section runs independently on a lower supply voltage with extremely low power consumption, allowing battery operation. The typical application of iC-PNE devices are absolute position encoders for motion control and drive applications.
Types and Packages
- iC-PNE2648 oQFN32-5×5, RoHS compliant MSL 5a, 245°C
- iC-PNE3348 oQFN32-5×5, RoHS compliant MSL 5a, 245°C
- iC-PNE3948 oQFN32-5×5, RoHS compliant MSL 5a, 245°C
Features
- For compact, high resolution absolute position encoders
- Monolithic 3-channel HD phased array with excellent signal matching
- Embedded octal sector detection by 4-bit Gray code scanning
- Moderate track pitch for reduced crosstalk
- Ultra-low dark currents for operation at high temperatures
- Low-noise photocurrent amplifiers with 1 MΩ transimpedance gain
- Enhanced EMI tolerance by low impedance differential, short-circuit-proof, analog sine/cosine outputs
- Operation from 4.1 V up, respectively 1.8 V for digital section
- Operational temperature range of -40 to +125 °C
- Space-saving, RoHS compliant optoQFN package
- Sampling with evaluation kit and code disc
Application
- Absolute position encoders
- AC servo feedback
