MSP430FR2311IRGYR Overview
The MSP430FR2311IRGYR is a member of the MSP430 FRAM microcontroller family. It targets low?power, real?time control and sensing use cases with a 16?bit MSP430 core and nonvolatile FRAM memory for fast, repetitive writes and long endurance. This description will be finalized once the official product sheet is available to extract exact electrical, timing and package data from the manufacturer. For sourcing and reference see IC Manufacturer.
MSP430FR2311IRGYR Technical Specifications
| Parameter | Value / Reference |
|---|---|
| CPU architecture | 16?bit MSP430 core (refer to official sheet for clock limits) |
| Nonvolatile memory | FRAM (refer to datasheet for capacity and endurance) |
| Supply voltage range | See official product sheet for exact VDD range |
| Operating temperature | Refer to datasheet for industrial and commercial grades |
| Package / pins | Refer to the manufacturer’s packaging information |
| Peripheral set | Integrated mixed?signal peripherals; consult sheet for ADC, timers, serial modules |
| Low?power modes | Multiple MSP430 low?power modes; verify mode currents on the datasheet |
| Typical applications | Microcontroller tasks with frequent nonvolatile writes; see datasheet for examples |
MSP430FR2311IRGYR Key Features
- 16?bit MSP430 core ?? delivers compact instruction set and efficient control for real?time tasks.
- FRAM nonvolatile memory ?? supports fast, repeated writes without EEPROM write delays, improving log and configuration reliability.
- Low?power operation ?? multiple sleep modes reduce energy draw in battery systems and always?on sensing nodes.
- Integrated peripherals ?? on?chip timers, comparators and serial interfaces reduce BOM count and simplify board design.
Typical Applications
- Battery?powered sensors requiring frequent nonvolatile logging and minimal idle current for extended field lifetime and reliable data retention.
- Industrial control nodes where repeated configuration writes and deterministic control logic benefit from FRAM endurance and fast write cycles.
- Low?power metering and portable instrumentation where compact 16?bit control, mixed?signal I/O and energy efficiency reduce system costs and power.
- Consumer and wearable devices that need reliable nonvolatile storage for settings, state or counters with very low write latency.
MSP430FR2311IRGYR Advantages vs Typical Alternatives
The FRAM?based MSP430 device offers faster nonvolatile writes and higher write endurance compared with EEPROM?based microcontrollers. Its 16?bit core provides a smaller code size and efficient control compared with typical 32?bit MCUs for simple embedded tasks. Low?power sleep modes and integrated peripherals lower system-level power and BOM count versus designs that rely on external memory or discrete interface components. For exact numeric comparisons, consult the official product sheet to match clock rates, memory sizes and power currents to competing parts.
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MSP430FR2311IRGYR Brand Info
The MSP430FR2311IRGYR is part of the MSP430 FRAM microcontroller portfolio from Texas Instruments. The family emphasizes low power, FRAM nonvolatile storage and integrated peripheral sets for embedded control. For technical documentation, errata and ordering codes, refer to Texas Instruments resources and the specific product datasheet for the exact ordering suffix and packaging details.
FAQ
Which manufacturer makes this part?
Texas Instruments manufactures the MSP430 family, including FRAM variants. Consult TI??s product pages and the official datasheet for ordering codes, package options and authorized distributors.
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How do I confirm pinout and package?
Pinout, mechanical dimensions and recommended PCB land patterns are provided in the official datasheet and package drawing. Use those drawings for PCB footprint creation and thermal planning.
Where are electrical limits found?
Absolute maximum ratings, recommended operating conditions and DC/AC electrical characteristics are listed in the datasheet. Use those values for reliability and compliance calculations.
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How to evaluate power consumption?
Datasheet tables list supply currents by mode and operating conditions. Use those numbers to estimate battery life and to size power supplies and decoupling networks properly.
Can I get sample and production quantities?
Ordering information, packaging quantity and sample availability appear on the manufacturer??s ordering pages and distributor listings. Check TI and authorized distributors for lead time and MOQ details.



