MSP430F2232IRHAT Overview
The MSP430F2232IRHAT is a member of the MSP430 microcontroller family designed for low-power, embedded control tasks. To produce an accurate, specification-driven description and sourcing summary, the original product sheet is required so every electrical parameter, package marking and timing datum is quoted exactly as documented. Using only sheet-sourced data guarantees engineering-readiness for BOM selection, thermal planning and firmware integration. For manufacturer-level reference and part-number context visit IC Manufacturer. Once the referenced product sheet is supplied, a full technical brief, table and applications guidance will be generated from that source alone.
MSP430F2232IRHAT Technical Specifications
| Parameter | Value (from product sheet) |
|---|---|
| Core architecture | See the supplied product sheet for exact core and instruction-set details |
| Operating voltage range | Refer to sheet for minimum and maximum VCC |
| Operating temperature range | Refer to sheet; part marking indicates industrial grade |
| Non-volatile memory (Flash/ROM) | Confirmed value appears on product sheet |
| RAM (bytes) | See datasheet for exact RAM size |
| Peripherals (timers/ADC/USART) | Detailed peripheral count and features are on the sheet |
| Package type and pin count | Refer to the product sheet for package code and mechanical drawing |
| Packaging / tape & reel code | Specified on the manufacturer sheet (reel/quantity) |
| Typical power consumption | See product sheet for active and standby current figures |
| Maximum clock frequency | Provided in the device electrical characteristics section |
MSP430F2232IRHAT Key Features
- 16?bit ultralow?power core ?? enables extended battery life in portable and energy?sensitive systems.
- Integrated peripherals ?? on?chip timers and serial interfaces reduce external components and board area.
- Industrial temperature grading ?? the part marking indicates suitability for wider ambient ranges relevant to factory and field deployments.
- Compact package and tape?and?reel option ?? supports automated SMT processes and high?volume assembly workflows.
Typical Applications
- Battery?powered sensor nodes in industrial telemetry where low quiescent current extends operational lifetime and reduces maintenance cycles.
- Embedded motor control and simple actuation in HVAC or factory automation where a small 16?bit MCU provides sufficient control without complex external logic.
- Portable user interfaces and handheld instruments that require compact footprint, integrated serial connectivity and predictable thermal behavior.
- Low?cost metering and data?logging devices that benefit from integrated timers, analog inputs and tape?and?reel packaging for large production runs.
MSP430F2232IRHAT Advantages vs Typical Alternatives
The device delivers strong value where ultralow power and simplicity matter. Compared with higher?end 32?bit MCUs, this part trades peak compute for far lower static and active currents, reducing system power budgets. Compared to simpler 8?bit controllers, the 16?bit architecture offers wider data path and peripheral integration, which can lower BOM count and improve deterministic timing. When sourcing for industrial applications, the package and marking indicate readiness for automated assembly and temperature stress, helping procurement and design teams optimize longevity and integration.
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MSP430F2232IRHAT Brand Info
The MSP430 line is produced by Texas Instruments, a global semiconductor supplier known for analog and mixed?signal ICs. This family emphasizes ultralow?power performance and a compact peripheral set for embedded control. The MSP430F2232IRHAT is distributed under Texas Instruments?? MSP430 portfolio and follows the company??s documentation and quality practices for industrial customers.
FAQ
What does the “I” in part code mean?
The “I” typically denotes industrial temperature qualification. For exact minimum and maximum operating temperatures and qualification notes, refer to the product sheet and the manufacturer’s temperature classification table.
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How is the part packaged for assembly?
The suffix in the part number indicates tape?and?reel packaging and the package code. Consult the product sheet for mechanical drawing, reel quantity and recommended PCB land pattern details before ordering.
Where to find electrical characteristics?
All voltage, current and timing specifications are listed in the electrical characteristics section of the product sheet. Use those values for thermal design, decoupling and supply sequencing in your schematic.
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Can this device replace higher?power MCUs?
It can replace higher?power MCUs in applications where lower computational throughput and simpler peripherals suffice. Review the product sheet to confirm peripheral compatibility and performance limits for your use case.
How to verify authenticity and sourcing?
Cross?check the full ordering code, package drawing and reel information on the manufacturer??s product sheet and purchase from authorized distributors to ensure genuine parts and traceability for production builds.