MSP430F5131IRSBT Overview
The part number MSP430F5131IRSBT has a defined datasheet that contains all validated electrical, mechanical, and functional details required for design, sourcing, and qualification. To produce an accurate, spec?driven product description and comparison, I must use only the values and capabilities listed in that source document. Once the referenced product sheet is available, I will extract pinout, memory, clock, peripheral counts, operating voltages, package dimensions, and all measured limits to generate a complete technical brief optimized for engineers and sourcing teams. Visit IC Manufacturer for supplier context.
MSP430F5131IRSBT Technical Specifications
| Parameter | Specification / Source |
|---|---|
| Device family / core | See the MSP430F5131 product sheet for the exact core and family classification. |
| Program memory (Flash/ROM) | Refer to the component datasheet for exact nonvolatile memory size and organization. |
| RAM | Refer to the official product sheet for on?chip RAM size and addressable range. |
| CPU clock / maximum frequency | See the datasheet for the validated maximum CPU clock rate and recommended clock sources. |
| Operating voltage range (V) | Consult the sheet for exact minimum, nominal, and maximum supply voltages. |
| Ambient temperature range | Temperature ratings and thermal derating data are listed in the official documentation. |
| Package type & pin count | Package identification and pin count are specified in the product sheet and mechanical drawings. |
| Peripherals (ADC, timers, comms) | Detailed peripheral counts and resolutions are documented in the datasheet and functional descriptions. |
| Power consumption / modes | Sleep and active current figures are provided in the electrical characteristics table of the sheet. |
| Absolute maximum ratings | Refer to the absolute?maximum ratings section of the product sheet before designing circuits. |
MSP430F5131IRSBT Key Features
- Deterministic 16?bit RISC core ?? consult the datasheet for exact core model and benefits for low?power embedded control.
- Integrated analog peripherals ?? see the official sheet for ADC resolution and channel count that matter for precision measurement tasks.
- Multiple communication interfaces ?? datasheet lists UART/SPI/I2C module counts useful for multi?bus integration.
- Low?power modes and current specs ?? refer to the product sheet for standby and active currents to estimate battery life.
Typical Applications
- Battery?powered sensor nodes where low standby current and multiple analog inputs enable efficient data acquisition and long field life (refer to datasheet for exact current figures and ADC specs).
- Industrial control modules that require a compact MCU with timers and serial interfaces to manage motor drives or PWM tasks; check the sheet for timer resolution and counts.
- Embedded user interfaces where multiple GPIOs and serial links connect displays, buttons, and external peripherals; consult the datasheet for I/O counts and drive capabilities.
- Data?logging devices that demand precise ADC measurements, low power retention, and defined memory sizes; verify memory capacity and data retention specs in the official document.
MSP430F5131IRSBT Advantages vs Typical Alternatives
The MSP430 series is traditionally positioned for ultra?low power and efficient 16?bit processing. The MSP430F5131IRSBT benefits relative to many 8?bit MCUs by offering more deterministic 16?bit arithmetic and richer peripheral sets. Compared with higher?end 32?bit alternatives, this family often yields lower active and standby currents. Exact comparative numbers, including memory, clock limits, and current draw, come directly from the product sheet and should be used for final selection and BOM decisions.
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MSP430F5131IRSBT Brand Info
The MSP430 product family is manufactured by Texas Instruments and targeted at low?power embedded applications. The brand is known for broad MCU portfolios, comprehensive datasheets, and robust development tools. For MSP430F5131IRSBT, refer to Texas Instruments?? official documentation and device pages for validated specifications, errata, and development support resources.
FAQ
What is required to create a spec?accurate brief?
To produce a spec?accurate product description I need the referenced product sheet. The sheet contains validated electrical characteristics, package drawings, pin descriptions, and peripheral details that must be quoted verbatim.
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Can you confirm operating voltage and clock limits?
Exact operating voltage range and maximum clock frequency are defined in the device??s electrical characteristics section. Those numeric limits must be read from the official datasheet to ensure correct design margins.
Where do I find mechanical and thermal data?
Package dimensions, thermal characteristics, and recommended land patterns are included in the mechanical drawings and thermal sections of the product sheet. Use those drawings for PCB footprint and thermal design verification.
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Do you require any other documents?
Beyond the product sheet, a device errata and application notes from the manufacturer help clarify silicon anomalies and recommended usage. Those documents are useful when validating system?level behavior.
How will you present the final content?
Once the product sheet is available, I will produce a full technical brief with a detailed specification table, clear feature?benefit statements, application guidance, and sourcing notes tailored for engineers and purchasing specialists.



