MSP430F5171IYFFT Overview
The MSP430F5171IYFFT entry refers to a specific model in the MSP430 microcontroller family. Accurate, procurement-ready content for this device depends on the official product sheet to confirm electrical ratings, memory sizes, peripheral counts, and package details. I do not have that sheet in this session, so I cannot invent numeric specifications or brand claims. Supplying the datasheet or pasting its content enables extraction of exact voltages, clock speeds, memory, pin counts and temperature grades for engineering and sourcing decisions. For official reference see IC Manufacturer.
MSP430F5171IYFFT Technical Specifications
| Parameter | Value (from sheet) |
|---|---|
| Device family | Refer to supplied product sheet |
| Core architecture | Refer to supplied product sheet |
| Operating voltage (V) | Refer to supplied product sheet |
| Maximum CPU clock (MHz) | Refer to supplied product sheet |
| Flash memory (kB) | Refer to supplied product sheet |
| SRAM (kB) | Refer to supplied product sheet |
| Package type / pins | Refer to supplied product sheet |
| Temperature grade (??C) | Refer to supplied product sheet |
| Number of I/O pins | Refer to supplied product sheet |
| Key integrated peripherals | Refer to supplied product sheet |
MSP430F5171IYFFT Key Features
- Microcontroller core ?? Exact core type and instruction set improve code density and deterministic performance when confirmed from the datasheet.
- On-chip peripherals ?? Integrated timers, ADCs, serial interfaces and DMA reduce board-level parts and simplify system design once counts are verified.
- Low-power operation ?? MSP430 family devices typically emphasize ultra-low-power modes for long battery life; confirm standby and active currents from the sheet for system budgeting.
- Package and temperature resilience ?? Industrial-grade options and specific package types influence assembly and reliability; verify package code and temperature range in the official product sheet.
Typical Applications
- Battery-powered sensing and telemetry nodes requiring tight power budgets and accurate analog conversion; confirm ADC resolution and power consumption from the datasheet to validate suitability.
- Industrial control interfaces that need deterministic timers and reliable UART/SPI/I2C communications; consult the sheet for peripheral counts and electrical interface levels before design.
- Energy metering and power-monitoring equipment that demand precise ADC performance and onboard low-power modes; check documented ADC specs and temperature limits in the product sheet.
- Human-machine interface controllers where multiple GPIOs, timers and serial peripherals consolidate functionality; use the datasheet to confirm I/O count and drive capabilities for touch or display control.
MSP430F5171IYFFT Advantages vs Typical Alternatives
The MSP430 family is known for compact code density and extensive low-power modes, which often yield lower active and standby energy than many 8-bit competitors. When the official MSP430F5171IYFFT datasheet is available, engineers can compare concrete numbers ?? such as VDD range, flash and SRAM sizes, and peripheral counts ?? to alternatives. That direct, numeric comparison helps prioritize this device where lower power, integrated analog and timers, and specific package options drive board-level savings and simplified BOM management.
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MSP430F5171IYFFT Brand Info
The MSP430 series is produced by Texas Instruments, a global semiconductor supplier known for mixed-signal and embedded processing products. For the MSP430F5171IYFFT, Texas Instruments provides datasheets, reference designs and development tools; consult TI resources and the official product sheet to confirm hardware and software support for this specific ordering code.
FAQ
What is the device family?
Identify the precise MSP430 subfamily and feature set from the official product sheet. The family name determines architecture, typical power profile, and peripheral integration that are critical for system selection.
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What package and pin count apply?
Package type and pin count are specified by the full ordering code. Check the datasheet to confirm package dimensions, thermal characteristics and PCB footprint to ensure mechanical and soldering compatibility.
What are the voltage and temperature limits?
Supply voltage range and operating temperature limits are essential for reliability and must be taken from the datasheet to calculate margins, regulator choices, and environmental suitability for industrial use.
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Where to find memory and peripheral counts?
Flash, RAM sizes and peripheral quantities are listed in the memory map and device summary of the datasheet. Use those numerical values to size firmware, allocate buffers, and verify available interfaces for application needs.
How to obtain production and sourcing details?
Production status, ordering codes, packaging options and reel quantities are provided in the manufacturer??s ordering guide and datasheet. Refer to those documents to align procurement, lead times and component lifecycle planning.