MSP430F2131IPWR Overview
The supplied request references the MSP430F2131IPWR but does not include the specific product sheet required to extract accurate, verifiable specifications. To produce a technical, sourcing-ready product description that uses only data from the original sheet, the exact datasheet or the sheet content must be available. Once the sheet is provided, this page can present verified memory sizes, clock rates, pin count, power modes, peripherals, electrical limits, and packaging details that sourcing and engineering teams need. For official manufacturer references visit IC Manufacturer.
MSP430F2131IPWR Technical Specifications
| Parameter | Value / Source |
|---|---|
| Core | Refer to the provided product sheet for exact core type and instruction set. |
| Operating Voltage | Refer to the provided product sheet for min/max VCC values and recommended ranges. |
| Max Clock Frequency | See the original datasheet for the guaranteed maximum CPU clock frequency. |
| Nonvolatile Memory | Consult the sheet for on-chip flash/FRAM capacity and endurance figures. |
| SRAM / RAM | Refer to the datasheet for available RAM size and retention characteristics. |
| Package / Pins | Refer to the sheet for the exact package type, pin count, and footprint dimensions. |
| Temperature Range | Check the datasheet for guaranteed operating temperature limits and grading. |
| Peripherals | See the product sheet for included timers, serial interfaces, ADCs, and I/O counts. |
| Power Consumption | Refer to the datasheet for active and low-power mode current figures at given voltages. |
MSP430F2131IPWR Key Features
- Low-power operation modes that reduce system energy draw when idle; exact currents available in the sheet.
- Integrated peripherals such as timers and serial interfaces to reduce external component count; see datasheet for specific counts.
- Compact packaging suitable for space-constrained boards; check the sheet for pinout and mechanical drawing.
- Deterministic performance from a 16-bit microcontroller architecture; exact clock and timing specs are listed in the product sheet.
Typical Applications
- Battery-powered sensor nodes and portable instrumentation that require long standby life and predictable wake cycles; confirm power-mode currents on the sheet.
- Motor control and actuation sub-modules where compact MCU and integrated timers simplify design and reduce board area.
- Industrial monitoring endpoints that need robust I/O and low-power sleep modes in harsh environments; consult the datasheet for temperature and electrical limits.
- Consumer devices requiring small-footprint microcontrollers with integrated serial interfaces to connect sensors and displays; verify peripheral counts on the sheet.
MSP430F2131IPWR Advantages vs Typical Alternatives
The MSP430F2131IPWR typically competes on low-power consumption, ease of integration, and compact packaging. Compared with many 8-bit alternatives, a 16-bit MSP430 architecture can deliver faster processing per instruction and more efficient data handling. The integration of timers and serial peripherals reduces external BOM and board area. Exact numeric advantages such as current draw, memory sizes, and clock limits are documented in the official product sheet and should be compared directly for sourcing decisions.
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MSP430F2131IPWR Brand Info
The MSP430F2131IPWR is part of the MSP430 family from Texas Instruments. The family focuses on ultra-low-power 16-bit microcontrollers for embedded applications. For authentic ordering, documentation, and variant comparisons rely on the manufacturer’s datasheets and product pages hosted by Texas Instruments and authorized distributors.
FAQ
What is required to create the full spec sheet?
To generate a complete, accurate product description I must extract values directly from the original product sheet or datasheet. That source provides definitive numbers for memory, clock, power, peripherals, and package details that are required for engineering and procurement.
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Can I get verified electrical limits?
Yes. Verified electrical limits such as absolute maximums, recommended operating conditions, and current consumption are published only in the official datasheet and must be referenced directly for design safety and regulatory compliance.
How should I compare part variants?
Compare package type, memory size, operating voltage, ambient temperature rating, and peripheral mix. Use the manufacturer’s datasheet tables to compare exact numeric differences between variants for sourcing and BOM decisions.
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Where to find package mechanical drawings?
Package dimensions, pin assignments, and land pattern recommendations are included in the mechanical and packaging sections of the datasheet. Use those drawings for PCB footprint and assembly planning.
Who validates authenticity and purchasing?
Purchase and authenticity should be validated through authorized distributors or the manufacturer. Datasheet reference numbers, orderable part numbers, and package suffixes in the sheet help confirm the exact device ordered.