MSP430F1101AIPW Overview
The following description requires the official product sheet to ensure all numeric specifications and device limits are reproduced exactly as published. I will not invent electrical values, memory sizes, or package specifics. To produce a fully accurate, sourcing-ready product page and table, I need the device datasheet content. Once the sheet content is available, I will generate a concise, comparison-rich overview and full technical breakdown that meets procurement and engineering needs. For manufacturer reference and sourcing, visit IC Manufacturer.
MSP430F1101AIPW Technical Specifications
| Parameter | Value / Note |
|---|---|
| Core | Refer to official product sheet for exact core type and clock limits |
| Operating Voltage | Refer to official product sheet for device operating range (V) |
| Maximum Clock Frequency | Refer to official product sheet for maximum CPU clock (MHz) |
| Flash Memory | Refer to official product sheet for total program memory (bytes) |
| RAM | Refer to official product sheet for RAM size (bytes) |
| Package | Refer to official product sheet for package type and pin count |
| Operating Temperature | Refer to official product sheet for temperature range (??C) |
| Low-Power Modes | Refer to official product sheet for supported low-power modes and currents |
| Peripherals | Refer to official product sheet for integrated timers, ADC, communication peripherals |
| ESD and Reliability | Refer to official product sheet for ESD ratings and reliability data |
MSP430F1101AIPW Key Features
- Ultra-low-power 16-bit core ?? conserves energy in battery-powered designs when validated from datasheet currents.
- Integrated peripherals ?? reduces external components and BOM, as detailed in the product sheet.
- Compact package options ?? simplifies board layout and reduces footprint when confirmed by package drawing.
- Multiple low-power modes ?? extends battery life through defined sleep and standby currents listed in the datasheet.
Typical Applications
- Battery-powered sensors and portable handheld instruments where ultra-low active and standby current are critical for long operational life.
- Simple control nodes in industrial monitoring where a small MCU with integrated peripherals reduces system cost and component count.
- Low-cost consumer electronics that require modest processing, flexible I/O, and minimal external support circuitry to lower BOM.
- Educational and proof-of-concept platforms where a compact microcontroller package and familiar MSP430 architecture speed development cycles.
MSP430F1101AIPW Advantages vs Typical Alternatives
The device typically stands out for its ultra-low-power profile and compact integration compared with many 8? and 16?bit microcontrollers. When exact datasheet numbers are used, it often shows lower standby and active currents, fewer external components, and smaller package options than larger MCU families. These characteristics make it suitable for cost-sensitive, battery-powered designs where supply-voltage range, power modes, and minimal BOM drive selection.
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MSP430F1101AIPW Brand Info
The MSP430 family is developed by Texas Instruments and targets ultra-low-power embedded applications. This specific part follows the MSP430 architecture and design philosophy: low energy consumption, simple peripheral sets, and compact packaging tailored for sensors, metering, and portable applications.
FAQ
Where is the official datasheet?
The official datasheet is published by the manufacturer and contains the exact electrical specifications, package drawings, recommended operating conditions, and typical performance plots required for design and procurement.
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What supply voltage does it support?
Refer to the official product sheet for precise supply voltage limits, recommended operating range, and absolute maximum ratings before finalizing power supply design.
Which package does it ship in?
Package type, pinout, and mechanical dimensions are listed in the product sheet; use that reference for PCB land pattern and assembly planning.
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How to confirm temperature ratings?
Temperature range and derating factors are specified in the product sheet. Check those values to validate suitability for industrial or commercial environments.
Can I get power consumption numbers?
Yes. The product sheet provides measured current consumption for active modes, low-power modes, and I/O conditions; use those figures to model battery life accurately.