This report introduced the methodology to implement an ultra low power real time clock with temperature compensation function in MSP430F6736. This report describes the crystal’s temperature characteristics and posts to use MSP430F6736’s RTC_C module plus software to implement a ultra low power RTC: with automatic temperature compensation feature and second ticks generation function. This report finally builds up reference code which runs in MSP430F6736 and provides test result.
Part Number | Name | Companion Part | |
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MSP430F6736 | MSP430F6736 | Buy Datasheet | |
SN65HVD3082E | SN65HVD3082E | Buy Datasheet | |
UA78L05 | UA78L05 | Buy Datasheet |
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Download the bill of materials for TIDM-TEMPCOMPENSATED-RTC | Download |
Quickly understand overall system functionality.
Download the schematic for TIDM-TEMPCOMPENSATED-RTCGet results faster with test and simulation data that's been verified.
Download the test file for TIDM-TEMPCOMPENSATED-RTCTitle | Updated | Type | Size (KB) | |
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Microcontroller Based Temperature Compensated Real Time Clock Solution Gerber | 04 Dec 2014 | ZIP | 203 | |
Microcontroller Based Temperature Compensated Real Time Clock Solution BOM | 04 Dec 2014 | 136 | ||
Microcontroller Based Temperature Compensated Real Time Clock Solution Schematic | 04 Dec 2014 | 63 |