MSP430FR5739IDA Overview
The MSP430FR5739IDA is a 16?bit, FRAM?based microcontroller platform in the MSP430 family. To produce a complete, specification?accurate product description and comparison, the device datasheet or product sheet is required. With that document, the final copy will include exact memory sizes, peripheral counts, power figures, package details, and timing characteristics. For sourcing and cross?reference details consult IC Manufacturer for the official product page and datasheet link.
MSP430FR5739IDA Technical Specifications
| Parameter | Value / Note |
|---|---|
| CPU | 16?bit RISC |
| Non?volatile memory type | FRAM (refer to sheet for exact size) |
| Operating voltage | Refer to device datasheet for specified range |
| Operating temperature | Refer to product sheet for industrial grades |
| ADC resolution | Refer to datasheet (ADC12/ADC10 variants noted on family pages) |
| Communication interfaces | Multiple serial peripherals (UART/SPI/I2C options; confirm counts on sheet) |
| Timers | Programmable timers (refer to datasheet for channels and capabilities) |
| Package | IDA package code ?? see datasheet for pin count and dimensions |
MSP430FR5739IDA Key Features
- 16?bit CPU ?? efficient instruction set for low?overhead control tasks and compact code density.
- FRAM non?volatile memory ?? enables fast writes and high endurance compared to flash, improving data logging and configuration storage.
- Low?power operation ?? multiple sleep modes reduce active and standby energy for battery?powered systems.
- Integrated peripherals ?? timers and serial interfaces simplify mixed?signal integration and reduce BOM count when confirmed via datasheet.
Typical Applications
- Battery?powered sensor nodes and remote telemetry where low active and standby current extends operational life beyond typical MCU alternatives.
- Industrial control unit designs that require non?volatile parameter storage with fast write cycles and high endurance for frequent updates.
- Human?machine interfaces that need compact code, reliable configuration retention, and multiple serial interfaces for display and input management.
- Data?logging modules that benefit from FRAM??s fast writes and endurance for frequent sample storage and safe power?loss behavior.
MSP430FR5739IDA Advantages vs Typical Alternatives
Compared to many flash?based 16?bit microcontrollers, this FRAM?based device offers faster write speeds and higher endurance for configuration and logging tasks. Its low?power modes provide strong energy efficiency in both active and standby states. Integration of timers and serial peripherals reduces external components. Exact comparative metrics depend on datasheet values such as memory size, current consumption, and peripheral counts.
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MSP430FR5739IDA Brand Info
MSP430FR5739IDA is part of the MSP430 product family from Texas Instruments. Texas Instruments is a long?standing semiconductor manufacturer focusing on analog and low?power microcontroller solutions for industrial and embedded markets. The brand emphasizes documented datasheets, long lifecycle support, and broad distribution channels for engineering sourcing.
FAQ
What family is this device from?
The device belongs to the MSP430 family, a line of ultra?low?power 16?bit microcontrollers. For precise family subset features and comparisons, consult the official product datasheet or family selection guides.
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Where is the datasheet located?
Datasheets and technical resources are hosted on the manufacturer site and authorized distributors. Use the IC Manufacturer product page or the vendor??s website to download the official datasheet and parametric tables.
How is FRAM different from flash?
FRAM offers faster write speeds and higher cycle endurance than flash, enabling frequent updates to non?volatile storage with lower energy per write. Confirm endurance and speed values on the device datasheet for exact limits.
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Can it run from battery power?
MSP430 devices are designed for low?power battery operation, with multiple low?power modes. Specific current consumption numbers for active and standby operation are provided in the datasheet and should be checked against application requirements.
What documents should I request?
Request the full datasheet, device user guide, package mechanical drawing, and recommended land pattern. Also obtain electrical characteristics and application notes to validate power, timing, and peripheral behavior for sourcing and design.