1. Electrical System Specifications (Table 11 & 12)

️· Resolution:
- 10-bit: 0.352 degrees
️· Least Significant Bit (LSB):
- 7-bit: 2.813 degrees
- 8-bit: 1.406 degrees
- 9-bit: 0.703 degrees
- 10-bit: 0.352 degrees
️· Integral Non-Linearity (INL):
- Optimum (best magnet placement, 25°C): ±0.5 degrees
- Across Temperature (-40 to +150°C): ±0.9 degrees
- Across Displacement Tolerance: ±1.4 degrees
️· Differential Non-Linearity (DNL): ±0.176 degrees
️· Transition Noise (TN): 0.12 Deg RMS
️· Hysteresis: 0.704 degrees
️· Power-On Reset Thresholds:
- On Voltage: 1.37 - 1.9 - 2.6 V
- Off Voltage: 1.08 - 1.9 - 2.6 V
️· Power-Up Time: 50 ms
️· System Propagation Delay:
- Absolute Output: 48 µs
- Incremental Output: 192 µs
️· Sampling Rate:
- Absolute Output (25°C): 9.90 - 10.94 kHz
- Absolute Output (-40 to +150°C): 9.38 - 11.46 kHz
️· Read-out Clock Frequency: 1 MHz

2. Magnetic Input Specifications (Table 2)

️· Magnet Type: NdFeB (Neodymium Iron Boron) or SmCo (Samarium Cobalt) recommended.
️· Magnetic Input Field Amplitude (Bpeak): 45 - 75 mT (milliTesla)
️· Magnetic Offset (Boffset): ±10 mT
️· Field Non-Linearity: 5%
️· Input Frequency:
- Absolute Mode: 10 Hz (at 600 RPM)
- Incremental Mode: 166 Hz (at 10,000 RPM)
️· Displacement Radius (max X-Y offset): 0.25 mm
️· Chip Placement Tolerance: ±0.235 mm
️· Magnet Temperature Drift:
- NdFeB: -0.12%/K
- SmCo: -0.035%/K

3. Programming Conditions (Table 4)

️· Programming Voltage (Vprog): 3.0 - 3.6 V
️· Programming Voltage Off Level (VprogOff): 0 - 1 V
️· Programming Current (IPROG): 100 mA