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MSP430: Accuracy of the MSP430`s built-in temperature sensor

Problem:
How accurate is the built-in temperature sensor in the ADC12 module?

Solution:
The nominal 0 deg C voltage and the temperature coefficient are 
given in the datasheet with their respective tolerances. 
The nominal 0 deg C voltage is specified to be 986mV +/- 5% max 
error. So, the 0 deg C voltage of the temperature sensor can vary 
worst case almost +/- 50mV from device-to-device. This is roughly 
equivalent to +/- 14C. Note, that this variance is primarily 
device-to-device dependent, so that with proper calibration on an 
individual device, very accurate absolute temperature can be 
obtained with the full resolution of the ADC12.



SURVEY

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Last Query: MSP430 (TM) Low Power Microcontroller

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New Knowledge Server Session
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Problem Selected
Code Composer Studio v2.2
Problem Selected
MSP430 (TM) Low Power Microcontroller
Solution (case) Considered
Review release notes for important information
Problem Selected
MSP430 (TM) Low Power Microcontroller
Solution (case) Considered
MSP430: Accuracy of the MSP430`s built-in temperature sensor
Solution (case) Considered
MSP430: Minimum input pulse width required for a MSP430 interrupt
Solution (case) Considered
MSP430: Requirement of an external capacitor for ADC12 module of the MSP430
Solution (case) Considered
MSP430: Use of 80 hex in MSP430 bootstrap loader (BSL) communications
Solution (case) Considered
MSP430: Differences between MSP430x337 and MSP430x337A USART modules
Solution (case) Considered
MSP430: Stabilizing the DCO in the Basic Clock module of the MSP430
Solution (case) Considered
MSP430: Use of flash block write (BLKWRT) mode on the MSP430
Solution (case) Considered
MSP430: Minimum input pulse width required for a MSP430 interrupt
Solution (case) Considered
MSP430: Accuracy of the MSP430`s built-in temperature sensor
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