MSP430FR6972IRGCR Overview
The MSP430FR6972IRGCR is an MSP430-family, FRAM-based microcontroller line item. To produce an exact, specification-accurate product description, I need the official product sheet or datasheet content for this exact ordering code. Once supplied, I will extract and present verified numeric specifications, peripheral counts, package details, and power/temperature ratings in a concise technical format for engineers and sourcing specialists. For manufacturer-level sourcing guidance and cross-reference, see IC Manufacturer.
MSP430FR6972IRGCR Technical Specifications
| Parameter | Value / Note |
|---|---|
| Core architecture | To be extracted from the supplied product sheet |
| Non-volatile memory (FRAM) | To be extracted from the supplied product sheet |
| Operating voltage | To be extracted from the supplied product sheet |
| Maximum CPU clock | To be extracted from the supplied product sheet |
| RAM / SRAM | To be extracted from the supplied product sheet |
| I/O count | To be extracted from the supplied product sheet |
| Package type and pins | To be extracted from the supplied product sheet |
| Operating temperature range | To be extracted from the supplied product sheet |
| Integrated peripherals | To be extracted from the supplied product sheet |
| Typical active / standby current | To be extracted from the supplied product sheet |
MSP430FR6972IRGCR Key Features
- Non-volatile FRAM memory technology for fast writes and high endurance, enabling frequent data logging with low write-energy overhead.
- Ultra-low-power modes that extend battery life in portable and energy-sensitive applications by minimizing standby consumption.
- Rich peripheral set (timers, serial interfaces, ADC/DAC options) to simplify system integration and reduce external component count.
- Deterministic behavior suitable for real-time control tasks when paired with low-latency FRAM writes and responsive timers.
Typical Applications
- Battery-powered sensing nodes where frequent non-volatile logging and low sleep current extend field life and reduce maintenance visits.
- Portable medical instruments that need secure non-volatile storage, low-power operation, and deterministic sampling for reliable patient monitoring.
- Industrial sensor controllers requiring robust non-volatile data retention across power cycles and reliable timing/peripheral integration.
- Consumer handheld devices that benefit from fast non-volatile writes, low standby current, and integrated serial interfaces for user I/O and display control.
MSP430FR6972IRGCR Advantages vs Typical Alternatives
The FRAM-based MSP430 device offers lower write energy and higher endurance compared with typical flash-based microcontrollers, reducing wear-out risk for high-write applications. Its family-level focus on ultra-low-power operation yields lower standby and active currents in many use cases, which can halve battery drain compared to higher-voltage alternatives. Integration of timers and serial peripherals reduces external components and board area, improving reliability and lowering BOM cost in mass production.
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MSP430FR6972IRGCR Brand Info
The MSP430FR6972IRGCR is a Texas Instruments product in the MSP430 FRAM microcontroller family. Texas Instruments supplies a broad portfolio of low-power MCUs and development tools, with robust technical documentation and global distribution channels for industrial and commercial sourcing.
FAQ
Who manufactures this part?
Texas Instruments manufactures the MSP430FR6972IRGCR. TI provides datasheets, ordering information, and application notes on its website and through authorized distributors.
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Where can I obtain the datasheet?
Obtain the official datasheet and device-specific ordering guide from the manufacturer’s website or an authorized distributor. The datasheet contains verified electrical, mechanical, and timing specifications.
How do I confirm the package and pinout?
Confirm package and pinout by consulting the mechanical drawings and pin assignments in the device datasheet or packaging information PDF provided by the manufacturer and distributors.
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What should I check for sourcing?
Check manufacturer-authorized distributors, availability lead times, MOQ, and EOL notices. Verify the exact ordering code and temperature grade to match production requirements.
Can I get example designs?
Reference designs, development kits, and application notes are typically available from the manufacturer. They provide schematic examples, PCB layouts, and software libraries specific to the device family.



