MSP430FR2675TRHAT 16-bit FRAM Microcontroller, TRHAT Package

MSP430FR2675TRHAT Overview

The MSP430FR2675TRHAT is a low-power, 16-bit microcontroller with nonvolatile FRAM and a rich peripheral set optimized for industrial sensing and battery-powered control. It delivers fast nonvolatile writes, deterministic execution, and multiple low-power modes to extend battery life. The device integrates serial communication, timers, analog inputs, and comparators for compact sensor nodes and control units. For procurement and technical resources visit IC Manufacturer.

MSP430FR2675TRHAT Technical Specifications

MSP430FR2675TRHAT Key Features

• 16-bit RISC core ?? delivers balanced performance for control loops with lower code size than 32-bit alternatives.
• FRAM nonvolatile memory ?? enables fast writes, high endurance, and lower power for dynamic logging and configuration storage.
• Multiple low-power modes ?? extend battery life in remote sensors by dropping consumption to single-digit microamps.
• Integrated serial peripherals ?? UART, I2C and SPI support simplifies connectivity to sensors, memory, and radios.

Typical Applications

• Battery-powered wireless sensor nodes where fast FRAM writes and sub-??A standby currents increase uptime and reduce maintenance intervals for distributed sensing.
• Industrial control modules that require deterministic nonvolatile storage for calibration data and robust low-power operation across temperature extremes.
• Portable measurement equipment that needs compact MCU integration, precise ADC sampling, and nonvolatile data logging without external memory chips.
• Smart metering and utility endpoints that benefit from FRAM endurance, reliable serial interfaces for communications, and low active and standby power consumption.

MSP430FR2675TRHAT Advantages vs Typical Alternatives

The device combines FRAM durability with a 16-bit core to offer faster, lower-energy nonvolatile writes than flash-based MCUs and smaller code size than many 32-bit parts. It provides multiple low-power modes and single-digit microamp standby currents for longer battery life versus higher-power MCUs. Integrated timers and serial peripherals reduce external components and BOM cost, enabling denser, more reliable designs in sensing and control applications.

MSP430FR2675TRHAT Brand Info

MSP430FR2675TRHAT is part of the MSP430 family from Texas Instruments. The brand is known for low-power mixed-signal MCUs and wide industrial support. Texas Instruments provides device documentation, development tools, and reference designs to accelerate product development and production sourcing.

FAQ

What package options are available?

The MSP430FR2675TRHAT is available in multi-pin packages suitable for compact embedded designs. Typical industrial packaging includes 64-pin options that balance I/O count with PCB footprint for control and sensor modules.

How does FRAM help in embedded systems?

FRAM provides fast write times, high endurance, and low write energy compared with flash. This enables frequent nonvolatile logging, in-field parameter updates, and wear-free configuration storage in embedded and battery-powered systems.

What power profiles are supported?

The MCU supports active modes for program execution and multiple low-power standby modes for sleep and deep-sleep operation. Designers can trade off wake latency for lower steady-state current to maximize battery life in duty-cycled applications.

Which interfaces support sensor and radio connectivity?

On-chip serial interfaces include UART, I2C and SPI modules. These provide standard links to ADC front ends, digital sensors, flash or external memory, and RF transceivers without added interface components.

Where to find development resources?

Development tools, reference designs, and documentation are available from the manufacturer and partner ecosystems. Use the official product pages and evaluation modules to prototype, test power modes, and validate peripheral integration.