MSP430F2132IRHBR Overview
The MSP430F2132IRHBR is a member of the MSP430 microcontroller family. To produce an accurate, specification-driven product description I need the official datasheet for this exact part. With the datasheet I will extract device memory counts, clock rates, peripheral counts, electrical limits and package details and create a concise, engineer-focused summary optimized for sourcing and design decisions. For reference material and sourcing links use IC Manufacturer as a starting point for authorized distributor and datasheet lookup.
MSP430F2132IRHBR Technical Specifications
| Parameter | Value / Reference |
|---|---|
| Core architecture | See official datasheet for exact core and clock details |
| Operating voltage range | See official datasheet for guaranteed VCC limits |
| Temperature rating | See official datasheet for industrial temperature limits |
| Nonvolatile memory (Flash/FRAM) | Refer to the part datasheet for capacity and endurance |
| SRAM / RAM | Refer to the part datasheet for RAM size and retention |
| Analog peripherals | See datasheet for ADC resolution, channels and reference options |
| Timers and capture/compare | See datasheet for number of timers, bit-width and features |
| Serial interfaces | Refer to datasheet for available UART/SPI/I2C/USI/USCI details |
| Package / pins | Refer to the marking IRHBR on the datasheet for exact package and pin count |
| Absolute maximum ratings | Consult the datasheet for supply, IO and thermal limits |
MSP430F2132IRHBR Key Features
- Core processing ?? See the datasheet for the exact 16-bit MSP430 core variant and its maximum operating frequency.
- Low-power modes ?? Refer to the datasheet for the supported low-power states and typical standby currents, which matter for battery and energy-sensitive designs.
- Integrated peripherals ?? Datasheet lists available ADC, timers and serial modules that reduce external component count and improve integration.
- Industrial-grade options ?? The IRHBR marking indicates a specific package and temperature grade; consult the datasheet for confirmed mechanical and thermal specifications.
Typical Applications
- Battery-powered sensor nodes and portable instruments where ultra-low-power operation and multiple sleep modes extend battery life across long duty cycles.
- Simple motor or actuator control in industrial equipment where compact MCU features reduce BOM and support real-time timer-driven control loops.
- Human interface and keypad control in appliances requiring low pin-count microcontrollers with reliable analog input and debouncing support from integrated peripherals.
- Communications bridging or protocol conversion in embedded modules where UART/SPI/I2C connectivity and low-power standby are needed between active intervals.
MSP430F2132IRHBR Advantages vs Typical Alternatives
The MSP430 family is known for combining a 16-bit core with very low active and standby currents, offering an efficiency advantage for power-sensitive designs. Compared with many 8-bit controllers, it typically provides wider data paths and lower-power sleep modes. Compared to higher-end 32-bit MCUs, it often yields lower BOM and lower system power. For precise comparisons of clock rates, memory sizes and peripheral counts, consult the official datasheet to match exact numbers for your alternative candidates.
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MSP430F2132IRHBR Brand Info
This part is part of the MSP430 microcontroller portfolio from Texas Instruments. The MSP430 family emphasizes low-power operation and mixed-signal integration for embedded designs. For authorization, supply chain details and the definitive technical datasheet, check Texas Instruments?? product pages and approved distributors to confirm part marking MSP430F2132IRHBR and its package ordering codes.
FAQ
What is the operating voltage?
The exact operating voltage range for this device is listed in the official datasheet. Refer to that document to confirm recommended VCC, minimum and maximum limits, and any separate IO voltage constraints for safe system design.
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What package does IRHBR denote?
The IRHBR suffix identifies a specific package and temperature grade. The datasheet contains the full package description, pinout, mechanical drawings and thermal characteristics you must use for PCB footprint and assembly decisions.
How much nonvolatile memory is included?
Nonvolatile memory capacity, type and write/erase endurance are specified in the datasheet. Review the memory map and program/erase timing to determine whether the part meets code and data-storage requirements for your project.
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Which serial interfaces are available?
Availability and pin assignment of interfaces such as UART, SPI, I2C, USI or USCI are documented in the datasheet. Check the peripheral summary and electrical tables to confirm supported modes and timing limits for integration.
Where are electrical limits and thermal specs?
Absolute maximum ratings, recommended operating conditions, IO drive strength and thermal derating curves are all in the official datasheet. Use those tables to validate reliability and board-level thermal management for your application.