MSP430FR5726IRGET Overview
The MSP430FR5726IRGET description requested requires the original product sheet to ensure technical accuracy. I will compile a focused, numbers-driven brief once the device datasheet or specification sheet is available. The sheet enables exact values for memory, clocks, peripherals, power, package, and absolute maximum ratings. For sourcing and comparison tasks I will cite the primary datasheet fields and link to official resources when producing the final text. For vendor references see IC Manufacturer.
MSP430FR5726IRGET Technical Specifications
| Parameter | Value / Source |
|---|---|
| Core | Refer to the provided product sheet for core type and instruction set details. |
| Maximum CPU clock | Refer to the provided product sheet for exact MHz rating. |
| Non-volatile memory (FRAM) | Refer to the provided product sheet for exact capacity (KB/MB). |
| SRAM / RAM | Refer to the provided product sheet for exact capacity (bytes). |
| Operating voltage range | Refer to the provided product sheet for exact Vmin?CVmax. |
| Operating temperature range | Refer to the provided product sheet for industrial/extended temperature ratings. |
| Package / Pin count | Refer to the provided product sheet for package type and pin count (LQFP, QFN, etc.). |
| Key peripherals | See the product sheet for ADC resolution, timers, communication modules (UART/SPI/I2C) and comparators. |
| Power modes / current consumption | Refer to the provided product sheet for active and low-power mode currents in ??A/mA. |
| ESD and absolute maximums | See the product sheet for absolute maximum ratings and ESD classifications. |
MSP430FR5726IRGET Key Features
- Non-volatile memory ?? FRAM architecture provides fast writes and high endurance compared with typical flash.
- Low-power operation ?? Multiple low-power modes reduce standby and active consumption to extend battery life.
- Integrated peripherals ?? On-chip timers and serial interfaces reduce external component count and PCB area.
- Robust I/O and analog ?? Built-in ADCs, comparators and programmable I/O simplify sensor interfacing and control loops.
Typical Applications
- Battery-powered sensor nodes where ultra-low standby current and fast non-volatile writes reduce maintenance and improve logging reliability over many write cycles.
- Industrial control modules that require deterministic boot, frequent non-volatile configuration updates, and robust analog front-ends for measurement tasks.
- Smart metering and energy measurement instruments that need non-volatile data storage for logs, low power during long idle periods, and precise ADC readings.
- Consumer and portable devices that demand small BOM, low idle power, and fast non-volatile configuration storage to improve user experience and reduce power drain.
MSP430FR5726IRGET Advantages vs Typical Alternatives
The device uses FRAM to deliver faster, lower-energy writes and very high write endurance versus typical flash-based microcontrollers. With multiple low-power modes and integrated analog and serial peripherals, it reduces external components and board area. These factors yield lower system-level power and higher long-term reliability compared with many flash-MCU alternatives. Exact quantitative advantages require the official datasheet values for memory size, current consumption, and peripheral counts to enable precise comparisons.
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MSP430FR5726IRGET Brand Info
The MSP430FR5726IRGET family is produced by Texas Instruments, a leading supplier of analog and embedded processing solutions. TI??s MSP430 series focuses on ultra-low-power 16-bit MCUs with FRAM options for robust non-volatile storage and energy-efficient operation in industrial and portable applications.
FAQ
What documentation is required?
The full product datasheet and related technical reference manual are required to produce a precise specification sheet, electrical characteristics, timing diagrams, and recommended layout. These documents provide the numerical values needed for sourcing and design.
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Can you compare power figures now?
Not without the datasheet. Active and standby current figures vary by operating mode and clock speed and must be quoted from the manufacturer??s electrical characteristics to ensure accurate system power budgeting.
Which package options exist?
Package types and pin counts must be taken from the official ordering and package information in the product sheet to ensure correct footprints and thermal performance for assembly and sourcing.
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Do you need the revision or date?
Yes. The datasheet revision and release date affect absolute maximums, errata, and recommended operating ranges. Use the latest revision to avoid design issues and to align with procurement data.
How soon can a full description be produced?
Once the product sheet and any reference manuals are supplied, I can produce a complete, numbers-driven product description with technical tables, feature lists, and application notes within one business day.