Figure 1. Absolute Accuracy vs. VDD
(fADC = 115 ksps) at T = 25°C, REFSEL = Internal Reference
Figure 2. Absolute Accuracy vs. VREF
(VDD = 5.0V, fADC = 115 ksps), REFSEL = Internal Reference
Figure 3. DNL Error vs. VDD
(fADC = 115 ksps) at T = 25°C, REFSEL = Internal Reference
Figure 4. DNL vs. VREF (VDD
= 5.0V, fADC = 115 ksps), REFSEL = Internal Reference
Figure 5. Gain Error vs. VDD
(fADC = 115 ksps) at T = 25°C, REFSEL = Internal Reference
Figure 6. Gain Error vs. VREF
(VDD = 5.0V, fADC = 115 ksps), REFSEL = Internal Reference
Figure 7. INL vs. VDD (fADC
= 115 ksps) at T = 25°C, REFSEL = Internal Reference
Figure 8. INL vs. VREF (VDD
= 5.0V, fADC = 115 ksps), REFSEL = Internal Reference
Figure 9. Offset Error vs. VDD
(fADC = 115 ksps) at T = 25°C, REFSEL = Internal Reference
Figure 10. Offset Error vs. VREF
(VDD = 5.0V, fADC = 115 ksps), REFSEL = Internal Reference
Figure 11. Absolute Accuracy vs. VDD
(fADC = 115 ksps, T = 25°C), REFSEL = External Reference
Figure 12. Absolute Accuracy vs. VREF
(VDD = 5.0V, fADC = 115 ksps, REFSEL = External Reference)
Figure 13. DNL vs. VDD (fADC
= 115 ksps, T = 25°C, REFSEL = External Reference)
Figure 14. DNL vs. VREF (VDD
= 5.0V, fADC = 115 ksps, REFSEL = External Reference)
Figure 15. Gain vs. VDD (fADC
= 115 ksps, T = 25°C, REFSEL = External Reference)
Figure 16. Gain vs. VREF (VDD
= 5.0V, fADC = 115 ksps, REFSEL = External Reference)
Figure 17. INL vs. VDD (fADC
= 115 ksps, T = 25°C, REFSEL = External Reference)
Figure 18. INL vs. VREF (VDD
= 5.0V, fADC = 115 ksps, REFSEL = External Reference)
Figure 19. Offset vs. VDD
(fADC = 115 ksps, T = 25°C, REFSEL = External Reference)
Figure 20. Offset vs. VREF
(VDD = 5.0V, fADC = 115 ksps, REFSEL = External Reference)
