MSP430F2011TPW Overview
The MSP430F2011TPW overview below is staged to ensure a fully accurate, datasheet-driven product description. To meet strict sourcing, application, and specification needs for engineers and sourcing specialists, I will use only the official product sheet to populate numeric specifications, package details, electrical characteristics, and timing data. Attach the original product sheet or a link so the content can be completed precisely and without assumption. For vendor and supply context, see IC Manufacturer for distribution and logistics references that will be integrated after the sheet is supplied.
MSP430F2011TPW Technical Specifications
| Parameter | Value (from official sheet) |
|---|---|
| Core | TBD (refer to supplied datasheet) |
| Operating voltage range | TBD (refer to supplied datasheet) |
| Maximum clock frequency | TBD (refer to supplied datasheet) |
| Flash memory / ROM | TBD (refer to supplied datasheet) |
| RAM | TBD (refer to supplied datasheet) |
| Number of GPIOs | TBD (refer to supplied datasheet) |
| On-chip peripherals (timers, ADC, UART, etc.) | TBD (refer to supplied datasheet) |
| Package and pin count (TPW suffix) | TBD (refer to supplied datasheet) |
| Operating temperature range | TBD (refer to supplied datasheet) |
| Typical power consumption | TBD (refer to supplied datasheet) |
MSP430F2011TPW Key Features
- 16?bit core capability ?? delivers compact code and deterministic control for low-power real-time tasks when confirmed by the sheet.
- Integrated timers and peripherals capability ?? enables precise timing, PWM, and serial connectivity, reducing BOM compared to discrete solutions.
- Low-power operation capability ?? improves battery life and thermal margin versus higher-power 8/32-bit alternatives when validated by datasheet numbers.
- Small-footprint package capability ?? supports dense board layouts and cost-effective assembly for volume production when package data is verified.
Typical Applications
- Battery-powered sensor nodes and handheld instruments where low active and standby current extends service life and minimizes maintenance intervals.
- Industrial process controllers that require deterministic 16-bit control, compact firmware, and stable timing for repetitive control loops and safety monitoring.
- Consumer products and remote controls that need long battery life plus simple analog and digital I/O integration to reduce component count.
- Metering and data-logging modules that demand reliable low-power sampling, local storage, and occasional wireless or serial uplink bursts.
MSP430F2011TPW Advantages vs Typical Alternatives
Using only confirmed sheet data ensures accurate comparison. When validated, this device typically offers lower active and standby current than many 8-bit microcontrollers, and a 16-bit core that can deliver more efficient numeric processing. The integrated peripheral set and compact package often reduce total system cost and PCB area versus multi-chip solutions. Final advantages such as memory size, speed, and package-specific trade-offs will be documented precisely from the supplied datasheet to make direct, numbers-based comparisons with competing parts.
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MSP430F2011TPW Brand Info
To ensure brand-accurate voice and sourcing details, I will reference the manufacturer name and official brand positioning from the supplied product sheet. The MSP430F2011TPW is associated with the MSP430 family brand identity and vendor ecosystem; final brand copy will be inserted verbatim from the datasheet and manufacturer documentation once the sheet is attached.
FAQ
What data do you need?
I need the official product sheet or datasheet for MSP430F2011TPW. That document contains certified electrical specs, package drawings, and timing tables required to produce precise technical content and a complete specification table.
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Can you confirm the package?
Package suffix interpretations vary by vendor. I will confirm the exact package type, pin count, mechanical drawing, and tape-and-reel details from the supplied datasheet to avoid incorrect assembly or sourcing decisions.
Will you include electrical tables?
Yes. Once the official sheet is supplied, I will extract operating voltages, current consumption, timing parameters, and absolute maximum ratings into a clear table for engineers and sourcing specialists.
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How will comparisons be made?
Comparisons will use only values from the official sheet and comparable datasheets. I will highlight measurable advantages such as current, memory density, peripheral count, and package size with concrete numbers.
What format will deliverables use?
Deliverables will be a technical HTML fragment suitable for product pages and catalogs, with concise specs, feature bullets, application notes, and an FAQ, all strictly sourced from the supplied datasheet.



