MSP430F2272TRHAT 16-Bit Low-Power Microcontroller, TRHAT Package

  • MSP430F2272TRHAT provides low-power microcontroller performance for efficient sensor data control.
  • Fast wake-up time minimizes energy per transaction, improving battery longevity.
  • Compact footprint reduces board-space requirements for dense embedded designs, modules.
  • Battery-powered sensor node uses low-power MCU, extending runtime between charges.
  • Production testing and qualification processes ensure robust operation under conditions.
SKU: MSP430F2272TRHAT Category: Brand:
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MSP430F2272TRHAT Overview

The MSP430F2272TRHAT is a member of the MSP430 family: a 16?bit ultra?low?power microcontroller series optimized for battery?sensitive and embedded control systems. To produce an accurate, specification?level product brief and sourcing content, I need the official product sheet for this exact part number. Supplying the device sheet lets me extract precise numerical values for memory, peripheral counts, power modes and packaging. For reference materials and manufacturer resources see IC Manufacturer.

MSP430F2272TRHAT Technical Specifications

Parameter Value / Source
Core architecture 16?bit RISC (see product sheet)
Operating voltage Refer to official datasheet for the precise VCC range and limits
Maximum CPU frequency See device datasheet for rated clock frequency (MHz)
On?chip Flash memory Exact Flash size available in the product sheet (KB)
RAM (SRAM) Consult official sheet for RAM capacity (bytes)
Analog peripherals Number and resolution of ADC channels listed in datasheet
Communications interfaces Peripherals such as UART/SPI/I2C/USCI listed in datasheet
Timers and PWM Timer details and capture/compare channels are specified in the product sheet
Package / pins Exact package type, pin count, and tape?and?reel marking found in product documentation
Operating temperature Temperature range and grades appear in the official datasheet

MSP430F2272TRHAT Key Features

  • Single 16?bit CPU delivering higher code density and deterministic control for embedded tasks.
  • Integrated mixed?signal peripherals such as ADC and timers, enabling reduced external BOM and faster integration.
  • Ultra?low?power design with multiple low?power modes, improving battery life in portable and sensor applications.
  • On?chip nonvolatile memory and RAM for compact firmware storage and fast runtime data handling; consult datasheet for exact sizes.

Typical Applications

  • Battery?powered sensor nodes and data loggers where extended standby life and low active current are essential for months or years of operation.
  • Industrial control endpoints that require deterministic 16?bit processing, analog measurement and reliable timer?based event handling.
  • Consumer portable devices needing compact microcontroller function with integrated peripherals to minimize component count and PCB area.
  • Motor control and power?management submodules leveraging on?chip timers and analog inputs for efficient control and monitoring tasks.

MSP430F2272TRHAT Advantages vs Typical Alternatives

The MSP430F2272TRHAT offers a balance of low power and deterministic 16?bit performance that often outperforms higher?clock 8?bit controllers in energy efficiency for the same control tasks. Its integrated analog and timer peripherals reduce the need for external ICs, cutting BOM cost and board area versus modular designs. For many embedded and battery?sensitive applications, the family??s low?power modes and peripheral integration provide a more compact, energy?efficient solution than typical mainstream microcontrollers.

MSP430F2272TRHAT Brand Info

The MSP430 line is produced by Texas Instruments, a global leader in analog and embedded processing. The brand is known for extensive documentation, development tools, and long product support life, which benefits design teams seeking reliable supply and reference designs for rapid prototyping and production.

FAQ

What package does this part use?

Package type and pin count vary by suffix; consult the official product sheet for the exact package designation, mechanical drawing, and tape?and?reel information for procurement.

Where can I find exact memory sizes?

Exact Flash and RAM capacities for this part number are listed in the device datasheet and memory map. Use the official product sheet to confirm image sizes for firmware planning.

How does it handle low?power modes?

Details on sleep and low?power modes, wake sources, and typical current consumption in each mode are specified in the datasheet; those figures guide battery life estimates accurately.

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What development tools are supported?

Toolchain support, recommended launchpads, and programmer/debugger compatibility are documented by the manufacturer and in the product’s user guide. Refer to those resources for setup steps.

How to confirm part marking and ordering?

Ordering codes, industrial temperature grades, and part marking details are specified in the ordering information section of the product sheet; use them to verify supplier listings and procurement requirements.

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