This application report shows nonlinear methods--with quadratic and cubic equations--to improve the accuracy of the 14-bit analog-to-digital converter (ADC) of the MSP430 family. The methods used differ in RAM and ROM requirements calculation speed achievable improvement and complexity. The influence of the restricted calculation accuracy for 8-bit coefficients is compared to the accuracy of fl
Part Number | Name | Companion Part | |
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MSP-EVK430A320 | MSP-EVK430A320 | Buy Datasheet | |
MSP-EVK430B320 | MSP-EVK430B320 | Buy Datasheet | |
MSP-STK430A320 | MSP-STK430A320 | Buy Datasheet | |
MSP-STK430B320 | MSP-STK430B320 | Buy Datasheet | |
MSP430P325AIFN | MSP430P325AIFN | Buy Datasheet | |
MSP430P325AIPG | MSP430P325AIPG | Buy Datasheet | |
MSP430P325AIPM | MSP430P325AIPM | Buy Datasheet | |
MSP430P325IFN | MSP430P325IFN | Buy Datasheet | |
MSP430P325IPG | MSP430P325IPG | Buy Datasheet | |
MSP430P325IPM | MSP430P325IPM | Buy Datasheet | |
MSP430P325IPMR | MSP430P325IPMR | Buy Datasheet | |
PMS430E325FZ | PMS430E325FZ | Buy Datasheet |