Hysteresis vs. VCM and HYSMODE
Figure 1. Hysteresis over CM Voltage and HYSMODE at VDD = 5V and
Temperature 25°C in Low Power Mode Disabled
Figure 2. Hysteresis over CM voltage and HYSMODE at VDD = 5V and
Temperature 25C in Low Power Mode Enabled
Hysteresis vs. VCM and Temperature
Figure 3. Hysteresis over CM Voltage and Temperature at VDD = 5V and
HYSMODE = 0x1 in Low Power Mode Disabled
Figure 4. Hysteresis over CM
Voltage and Temperature at VDD = 5V and HYSMODE = 0x1 in
Low Power Mode Enabled
Figure 5. Hysteresis over CM
Voltage and Temperature at VDD = 5V and HYSMODE = 0x2 in
Low Power Mode Disabled
Figure 6. Hysteresis over CM
Voltage and Temperature at VDD = 5V and HYSMODE = 0x2 in
Low Power Mode Enabled
Figure 7. Hysteresis over CM
Voltage and Temperature at VDD = 5V and HYSMODE = 0x3 in
Low Power Mode Disabled
Figure 8. Hysteresis over CM
Voltage and Temperature at VDD = 5V and HYSMODE = 0x3 in
Low Power Mode Enabled
Offset over CM Voltage
Figure 9. Offset over CM Voltage and HYSMODE at VDD = 5V and
Temperature 25°C in Low Power Mode Disabled
Figure 10. Offset over CM Voltage and HYSMODE at VDD = 5V and
Temperature 25°C in Low Power Mode Enabled
Figure 11. Offset over CM Voltage and Temperature at VDD = 5V and
HYSMODE = 0x1 in Low Power Mode Disabled
Figure 12. Offset over CM Voltage and Temperature at VDD = 5V and
HYSMODE = 0x1 in Low Power Mode Enabled
