MSP430FR5888IRGCT Overview
The MSP430FR5888IRGCT is identified by its product code but full technical and numeric details must come directly from the official product datasheet. To produce an accurate, specification-driven description, I need the original sheet for exact memory sizes, package drawings, electrical limits, and peripheral counts. Once the datasheet is available I will extract the verified operating voltage range, FRAM capacity, CPU performance figures, power consumption numbers, and package pinout. For sourcing and cross-reference use IC Manufacturer.
MSP430FR5888IRGCT Technical Specifications
| Parameter | Value (from datasheet) |
|---|---|
| Core | Refer to supplied datasheet for exact core type and clock rate |
| Non-volatile memory (FRAM) | Refer to supplied datasheet for exact FRAM size |
| RAM (byte) | Refer to supplied datasheet for exact RAM size |
| Operating voltage (V) | Refer to supplied datasheet for min/max voltage values |
| Operating temperature (??C) | Refer to supplied datasheet for temperature range |
| Package | Refer to supplied datasheet for package type and pin count |
| Maximum I/O count | Refer to supplied datasheet for GPIO and port details |
| Key integrated peripherals | Refer to supplied datasheet for ADC, timers, communication modules |
| Typical active current | Refer to supplied datasheet for current consumption figures |
| Low-power mode currents | Refer to supplied datasheet for standby and LPM numbers |
MSP430FR5888IRGCT Key Features
- Non-volatile FRAM storage for fast writes and high endurance compared with typical Flash memory.
- Low-power modes that reduce energy use in standby and extend battery life in portable designs.
- Integrated peripherals (timers, ADCs, serial interfaces) to lower component count and simplify board design.
- Flexible I/O and multiple communication options to ease integration in mixed-signal industrial systems.
Typical Applications
- Battery-powered sensing and metering systems that need frequent non-volatile data logging and low sleep current for long field life.
- Industrial control nodes that require robust non-volatile program/data storage plus multiple serial interfaces for sensor and actuator networks.
- Human-machine interfaces and display controllers where FRAM endurance helps with frequent configuration writes and fast system updates.
- Portable test and measurement instruments that need deterministic low-power behavior and reliable data retention across power cycles.
MSP430FR5888IRGCT Advantages vs Typical Alternatives
The device offers advantages tied to FRAM-based architectures and MSP430 family design philosophies. Compared with typical Flash-based microcontrollers, FRAM gives faster, lower-energy writes and much higher write endurance. The architecture typically targets lower active and standby currents, which improves battery-powered and energy-constrained applications. Integrated peripherals reduce the need for external ICs, simplifying BOM and layout. For sourcing and detailed comparison, consult the official datasheet for exact numbers that quantify these benefits against specific alternative MCUs.
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MSP430FR5888IRGCT Brand Info
The MSP430FR5888IRGCT is part of the MSP430 family from Texas Instruments. Texas Instruments positions MSP430 devices for ultralow-power embedded control with integrated analog and digital peripherals. This family emphasizes low supply current, FRAM non-volatile memory, and compact package options for space- and energy-constrained industrial designs.
FAQ
What is the FRAM capacity?
The exact FRAM capacity is specified in the official product datasheet. Provide the datasheet so I can extract the guaranteed FRAM size and memory map, including any reserved regions and bootloader details.
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What package and pin count does it use?
Package type and pin count vary by ordering code. The datasheet lists the IRGCT package mechanical drawing, pinout, and thermal information needed for PCB footprint and thermal planning.
What are the electrical limits?
Maximum ratings, operating voltage range, and recommended operating conditions are all defined in the datasheet. Those values are required for safe system design and regulatory compliance verification.
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Which peripherals are integrated?
Detailed peripheral lists, including ADC resolution, timer counts, and serial module counts, appear in the datasheet. That sheet also documents peripheral timing, DMA support, and pin multiplexing.
How to get accurate power numbers?
Datasheet tables provide active and low-power mode current measurements under defined conditions. Use those figures and the example power calculations in the datasheet to size batteries and power supplies accurately.