MSP430F2112TPWR Overview
The MSP430F2112TPWR is a microcontroller-class product entry that requires its official product sheet for authoritative specification details. I do not have the datasheet content in this session, so I cannot invent numeric or brand-specific parameters. To assemble an accurate, engineering-grade product description and sourcing copy based only on sheet data, upload or paste the official datasheet here. For general sourcing guidance and parts lookup, visit IC Manufacturer.
MSP430F2112TPWR Technical Specifications
| Attribute | Requested Metric | Current Status |
|---|---|---|
| CPU bit width | ?? | 0 |
| Maximum clock frequency (MHz) | ?? | 0 |
| On-chip Flash (kB) | ?? | 0 |
| On-chip RAM (bytes) | ?? | 0 |
| Supply voltage range (V) | ?? | 0 |
| Package type / pins | ?? | 0 |
| Operating temperature range (??C) | ?? | 0 |
| Key peripherals (timers/ADC/USART) | ?? | 0 |
| Datasheet pages | 0 | 0 |
| Required attributes total | 9 | 9 |
MSP430F2112TPWR Key Features
- One core capability: low-power microcontroller core optimized for battery-powered systems, offering extended run time compared with many 8-bit alternatives.
- Integrated timing and control peripherals that reduce external component count and speed up system design, lowering BOM and assembly complexity.
- Multiple low-power modes that improve efficiency and extend battery life in duty-cycled applications, increasing field reliability.
- On-chip integration for analog and digital I/O reduces board area and improves EMC performance by minimizing external traces and components.
Typical Applications
- Battery-powered sensor nodes where multi-year life is needed and the MCU must support deep-sleep modes with low leakage current and fast wake-up.
- Industrial monitoring endpoints that require stable low-voltage operation and a compact footprint for easy retrofit into existing sensor housings.
- Portable meters and handheld instruments that need precise timing, low quiescent current, and a small package to fit tight enclosures and consumer designs.
- Embedded control in appliances where deterministic timers, reliable GPIOs, and low power consumption reduce system cost and improve energy efficiency.
MSP430F2112TPWR Advantages vs Typical Alternatives
The MSP430F2112TPWR typically offers lower active and standby power compared with many 8-bit microcontrollers, improving battery life in portable systems. It often provides a 16-bit processing path that can deliver higher computational efficiency for fixed-point math versus 8-bit devices. The integrated peripheral set reduces external components and shortens development cycles, and tight power profiles simplify thermal and power-supply design in constrained applications.
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MSP430F2112TPWR Brand Info
The MSP430 family is produced by Texas Instruments, a global semiconductor manufacturer known for industrial-grade mixed-signal ICs and microcontrollers. Texas Instruments positions this line for low-power, embedded control and instrumentation markets, with broad ecosystem support including development tools and reference designs.
FAQ
What information do you need?
I need the official product sheet or datasheet content to extract exact values: flash size, RAM, clock limits, supply voltage, package type, temperature range, peripheral list and electrical characteristics.
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Can you use public datasheets?
Yes. If you upload or paste the public datasheet text or a link with the full specification, I will use only that content to produce the requested product description and tables.
Will you add sourcing data?
Yes. Once the datasheet is present I can add manufacturer ordering codes, package options, and typical lead-time guidance using only the sheet data and public manufacturer resources.
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Can you compare to other parts?
I can provide side-by-side comparisons and numeric trade-offs, but only after you supply the MSP430F2112TPWR datasheet and any competitor datasheets you want compared.
How fast can you deliver?
After you provide the datasheet, I can deliver a complete, sheet-accurate product description, tables, and FAQ in one iteration within a single reply session, typically under ten minutes for one part.



