MSP430FR2032IPMR Overview
The product sheet for MSP430FR2032IPMR is not attached here, so a specification-accurate, sheet-driven product description cannot be completed. To produce a technical, sourcing-ready overview and full specification set strictly from authoritative data, I need the device datasheet or product brief. Once the sheet is uploaded or pasted, I will extract measured values, package codes, pinouts, electrical limits and validated performance figures and deliver a precise description scoped only to that information. For reference and sourcing links visit IC Manufacturer.
MSP430FR2032IPMR Technical Specifications
| Parameter | Value (from product sheet) |
|---|---|
| Microcontroller core | Refer to supplied product sheet for exact core description. |
| Nonvolatile memory (FRAM) | Refer to supplied product sheet for FRAM capacity and organization. |
| Volatile memory (RAM) | Refer to supplied product sheet for RAM size and availability. |
| Maximum CPU clock | Refer to supplied product sheet for maximum operating frequency (MHz). |
| Operating voltage range | Refer to supplied product sheet for recommended VCC range (V). |
| Operating temperature range | Refer to supplied product sheet for industrial/extended temperature ratings (??C). |
| Available packages | Refer to supplied product sheet for package codes, pin counts, and footprints. |
| Peripherals and I/O | Refer to supplied product sheet for ADC, timers, communication interfaces and GPIO count. |
| Typical active and standby currents | Refer to supplied product sheet for current consumption at specified modes and voltages (??A/mA). |
| ESD and reliability ratings | Refer to supplied product sheet for ESD, moisture sensitivity and qualification details. |
MSP430FR2032IPMR Key Features
- 16?bit MSP430 core ?C delivers a balance of processing performance and low-power operation when verified against the datasheet.
- FRAM nonvolatile memory ?C offers fast write cycles and endurance compared with typical flash, as specified in the product brief.
- Ultra?low power modes ?C reduces battery drain in standby and sleep modes; exact currents and mode behavior are in the datasheet.
- Integrated peripherals ?C timers, ADC and serial interfaces improve system integration; confirm available channels and resolution from the sheet.
Typical Applications
- Battery-powered sensor nodes and data loggers that need frequent nonvolatile writes and low standby current; confirm power and memory size on the datasheet.
- Industrial control interfaces where deterministic wake/sleep transitions and reliable nonvolatile storage are required over many cycles.
- Low-power handheld devices that benefit from FRAM endurance and fast write speed for runtime data logging and configuration storage.
- Consumer metering and utility endpoints that require nonvolatile parameter storage, secure boot options, and long-term reliability per the product brief.
MSP430FR2032IPMR Advantages vs Typical Alternatives
The specific advantages depend on datasheet parameters. In general, FRAM-based MSP430 devices combine fast nonvolatile writes and high write endurance versus flash, supporting frequent updates without wear-leveling. The MSP430 core targets lower active and standby currents compared with many 8/32-bit alternatives. For sourcing and design trade-offs, compare the datasheet??s FRAM capacity, supply range, current consumption and peripheral set directly against alternatives to quantify benefits in power, endurance and integration.
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MSP430FR2032IPMR Brand Info
MSP430FR2032IPMR is part of the MSP430 FRAM microcontroller family from Texas Instruments. The family emphasizes ultra?low power operation and nonvolatile FRAM memory for robust embedded control. Consult the official TI product documentation for authorized ordering codes, lifecycle status and technical support resources specific to this part number.
FAQ
Where is the device datasheet?
The definitive datasheet and product brief are hosted on the manufacturer??s website. To create a sheet-accurate description, attach or paste that datasheet text so the exact electrical and mechanical details can be cited.
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Can you compare power consumption?
Yes. Once the datasheet is provided, I can extract active and standby currents, then compare them numerically to typical flash-based or SRAM-based competitors for clear trade-offs.
Do you need package drawings?
Yes. Upload the package mechanical drawings or the datasheet sections that list package dimensions and recommended land patterns for accurate PCB footprint and assembly guidance.
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Will you include ordering codes?
After the product sheet is supplied, I will list exact ordering codes, temperature grades and packaging options exactly as shown in the official documentation for sourcing purposes.
How will you ensure technical accuracy?
I will extract all numeric values, limits and functional descriptions directly from the supplied product sheet and quote only those documented figures so the description is traceable to the datasheet.