MSP430F2252TRHAT Overview
The MSP430F2252TRHAT is part of the MSP430 family of ultra?low?power 16?bit microcontrollers, designed for compact, energy?sensitive embedded systems. To create a precise, specification?accurate product brief I require the official product sheet or datasheet for this exact ordering code. This summary keeps to known family attributes ?? 16?bit RISC core, integrated analog and digital peripherals, and targeted low?power operation ?? but does not assume electrical limits, memory sizes, or pin counts without the supplied sheet. For sourcing and supplier context visit IC Manufacturer.
MSP430F2252TRHAT Technical Specifications
| Parameter | Value / Note |
|---|---|
| Core architecture | 16?bit RISC (MSP430 family) |
| Operating voltage | Refer to official product sheet for device voltage range and limits |
| Low?power modes | Multiple low?power modes supported; consult datasheet for wake timings |
| Analog peripherals | Integrated ADC and reference functions; exact resolution and channels per datasheet |
| Digital peripherals | Timers, serial interfaces (USCI/UART/SPI/I2C variants available per datasheet) |
| Package / pins | Order code dependent; verify exact package type and pin count on the product sheet |
| Temperature range | Commercial and extended ranges may be available; see datasheet for qualification |
| Memory types | On?chip nonvolatile memory and RAM present; sizes vary by device variant on sheet |
| Clock source | Internal DCO and external crystal options noted in datasheet |
| Safety and reset | On?chip watchdog and reset/brown?out functionality as documented in data sheet |
MSP430F2252TRHAT Key Features
- Single 16?bit RISC CPU core providing deterministic instruction execution and compact code density; this reduces program memory requirements versus many 32?bit alternatives.
- Integrated analog front?end including ADC and reference functions, enabling direct sensor interfacing without additional external converters.
- Multiple low?power operating states that lower standby current and extend battery life in portable designs, improving energy efficiency when compared to higher?power MCUs.
- Flexible serial connectivity (USCI modules) for UART, SPI, and I2C, which simplifies integration with numerous peripherals and reduces external component count.
Typical Applications
- Battery?powered sensor nodes and data loggers that require long standby times and accurate analog measurements with minimal external components.
- Industrial metering and control endpoints that need deterministic timing, low power draw, and robust serial interfaces for fieldbus or sensor communication.
- Portable medical devices where compact code, low quiescent current, and integrated analog inputs reduce BOM cost and simplify certification effort.
- Consumer and handheld instruments that demand a balance of real?time control, analog sensing, and months to years of battery life in small form factors.
MSP430F2252TRHAT Advantages vs Typical Alternatives
The device leverages a 16?bit CPU to deliver compact code and lower memory footprint compared with many 32?bit controllers, while offering comparable control capabilities for analog?centric applications. Its suite of on?chip analog and serial peripherals reduces the need for external ICs, lowering overall BOM and board area. The family??s emphasis on ultra?low power modes yields significantly lower standby current than typical general?purpose microcontrollers, making it a better choice where battery life and energy efficiency are primary constraints.
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MSP430F2252TRHAT Brand Info
The MSP430F2252TRHAT is manufactured by Texas Instruments, a global semiconductor company known for robust analog and mixed?signal ICs. TI??s MSP430 series emphasizes low power, integrated analog features, and broad ecosystem support, including development tools, reference designs, and technical documentation tailored for embedded designers and sourcing teams.
FAQ
What core does this device use?
The device uses a 16?bit RISC MSP430 core that prioritizes low power and compact code density, suitable for real?time control and sensor interfacing in energy?constrained applications.
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How do I confirm exact pinout?
Validate the exact pinout, package type, and pin?to?signal mapping by consulting the official product sheet or package drawing for the MSP430F2252TRHAT ordering code before PCB layout.
Can it run from battery power?
Yes ?? the MSP430 family is designed for battery operation with multiple low?power modes; refer to the product sheet for standby currents and recommended power?rail decoupling for reliable battery operation.
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What development tools are available?
Texas Instruments provides compilers, IDEs, and in?circuit debug tools compatible with the MSP430 family. Use TI??s development kits and examples for quicker prototyping and firmware bring?up.
How should I request accurate specs?
Provide the official device product sheet or datasheet for MSP430F2252TRHAT; with that sheet I will produce a complete, spec?accurate description, full parameter tables, and application guidance aligned to your sourcing or design needs.