MSP430FR2672TRHBR Overview
The MSP430FR2672TRHBR is a low?power, FRAM?based microcontroller in the MSP430 family designed for energy?conscious embedded designs. It combines a 16?bit MSP430 CPU architecture with nonvolatile FRAM for fast, write?endurance storage and predictable deterministic behavior. Typical uses focus on battery?powered and sensor applications where fast nonvolatile writes, low active and standby currents, and integrated analog and serial peripherals shorten time to market. For sourcing and cross?reference material visit IC Manufacturer.
MSP430FR2672TRHBR Technical Specifications
| Parameter | Specification |
|---|---|
| CPU architecture | 16?bit MSP430 RISC core |
| Nonvolatile memory type | FRAM (ferroelectric RAM) |
| Maximum operating frequency | Refer to official product datasheet for exact frequency limits |
| Supply voltage range | Refer to official product datasheet for the supported VDD range |
| Temperature range | Refer to official product datasheet for industrial and commercial grades |
| Package type and pins | Package marking TRHBR ?? consult datasheet for package dimensions and pinout |
| Peripherals | Integrated analog and digital peripherals (timers, ADC, serial eUSCI blocks) ?? see datasheet for counts and resolutions |
| Low?power modes | Multiple low?power operating modes supported; check datasheet for current consumption figures |
| Development support | Supported by MSP430 toolchain and IDEs; confirm supported devices in tooling documentation |
MSP430FR2672TRHBR Key Features
- 16?bit MSP430 core ?? delivers compact code density and efficient control for real?time embedded tasks.
- FRAM nonvolatile memory ?? enables fast, energy?efficient writes and high endurance for frequent data logging.
- Low?power operation ?? multiple sleep modes reduce average current for battery?operated systems.
- Integrated peripherals ?? ADCs, timers, and serial interfaces reduce bill?of?materials and speed integration.
Typical Applications
- Battery?powered sensor nodes that require frequent nonvolatile data logging and long field life with minimal power draw.
- Industrial sensing and control endpoints where deterministic FRAM writes and reliable low?power states are essential for uptime.
- Utility metering and point?of?use instrumentation that benefit from fast writes, high write endurance, and secure data retention.
- Handheld instruments and portable medical devices that need low standby current, integrated analog conversion, and compact MCU integration.
MSP430FR2672TRHBR Advantages vs Typical Alternatives
The MSP430FR2672TRHBR combines the MSP430 16?bit core with FRAM, which offers faster write times and far greater write endurance than typical flash?based microcontrollers. This reduces energy per write and simplifies wear?leveling, improving system reliability. Integrated analog and serial peripherals lower system cost and board area compared with solutions that require external EEPROM or additional ADC/SPI components. For power?sensitive and frequent?write applications, this configuration provides measurable efficiency and integration advantages.
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MSP430FR2672TRHBR Brand Info
MSP430FR2672TRHBR is produced by Texas Instruments, a major semiconductor company known for analog and embedded processing solutions. Texas Instruments supplies extensive design resources, reference schematics, and development tools for the MSP430 family, helping engineers accelerate prototype to production cycles.
FAQ
What memory type does it use?
The device uses FRAM (ferroelectric RAM) as nonvolatile storage. FRAM provides fast write performance and high endurance compared with flash, which benefits frequent?write embedded applications.
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Which core architecture is implemented?
This part is built on the 16?bit MSP430 core, optimized for low power and efficient control code. The architecture supports compact code and common MSP430 toolchain support for development.
How to confirm electrical limits?
Refer to the official product datasheet for the complete electrical specifications, including absolute maximum ratings, recommended operating conditions, and detailed current consumption figures for each low?power mode.
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Where to find the pinout and package details?
Package dimensions, thermal data, and the full pinout map are provided in the formal datasheet and package drawing. Use those documents for PCB layout, thermal planning, and assembly specifications.
What development tools are supported?
The MSP430 family is supported by Texas Instruments’ MSP430 toolchain and common IDEs; see the manufacturer’s website and development kit listings for boards, code examples, and debugging support specific to this device.