MSP430FR6989IPZ Overview
The MSP430FR6989IPZ is a low?power, FRAM?based 16?bit microcontroller intended for battery?sensitive industrial and portable designs. For a fully accurate, spec?validated description this content must reference the official product sheet. Once the sheet is attached, the write?up will use only documented numerical values and features to produce detailed technical copy for engineers and sourcing specialists. For manufacturer reference visit IC Manufacturer.
MSP430FR6989IPZ Technical Specifications
| Parameter | Value (see sheet) |
|---|---|
| Core | Refer to supplied product sheet for CPU architecture and maximum frequency |
| Nonvolatile Memory (FRAM) | See product sheet for capacity (KB) |
| Volatile Memory (RAM) | See product sheet for capacity (KB) |
| Operating Voltage | Documented on the product sheet (V) |
| Operating Temperature Range | Refer to product sheet (??C) |
| Packages | Package types and pin counts are listed on the product sheet |
| Interfaces | eUSCI, timers, ADC/DAC details available on sheet |
| Power Modes | Low?power modes and currents are specified in the sheet |
| Certifications / Standards | See product sheet for compliance and qualification data |
MSP430FR6989IPZ Key Features
- Single 16?bit CPU core: enables compact code and efficient control for real?time tasks.
- Nonvolatile FRAM memory: supports fast writes and high endurance compared to traditional flash.
- Multiple low?power modes: reduces battery drain and extends field lifetime in portable systems.
- Integrated analog and serial peripherals: simplifies system integration and lowers BOM count.
Typical Applications
- Battery?powered sensor nodes and portable instruments where nonvolatile FRAM reduces write latency and improves endurance over flash, enabling frequent data logging without wear concerns.
- Industrial control endpoints requiring low standby current and reliable nonvolatile storage for configuration and runtime data across power cycles and brownout events.
- Human?machine interface panels and metering systems that need robust analog front?ends and serial connectivity to support displays, sensors, and fieldbus links.
- Education and rapid prototyping platforms where flexible peripheral sets and quick nonvolatile writes shorten development cycles and simplify iterative testing.
MSP430FR6989IPZ Advantages vs Typical Alternatives
The device emphasizes nonvolatile FRAM for faster writes and higher endurance compared to flash?based alternatives, which benefits frequent data logging and configuration updates. Its ultra?low power sleep and standby states provide better battery life than many comparable microcontrollers. Integrated mixed?signal peripherals reduce external components and lower system cost versus discrete solutions. For exact quantitative advantages (memory sizes, current figures, clock rates, and package options), consult the official product sheet to match parameters precisely to competing parts.
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MSP430FR6989IPZ Brand Info
The MSP430FR6989IPZ is part of the MSP430 FRAM microcontroller family from Texas Instruments. Texas Instruments provides extensive development support, reference designs, and software libraries for rapid integration. The brand focuses on low?power embedded platforms and long?term availability for industrial and consumer applications.
FAQ
What is the core architecture?
The core architecture and maximum CPU frequency are specified on the official product sheet; consult it for exact instruction?set details, clock limits, and performance figures.
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How much FRAM and RAM does it include?
Exact FRAM and RAM capacities vary by device variant and are documented on the product sheet; use those values to check whether the on?chip memory meets application storage requirements.
Which communication interfaces are available?
Peripheral types such as UART, SPI, I2C (eUSCI) and timers are listed on the product sheet; confirm the count and modes on the sheet to match your system topology.
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What are the power supply requirements?
Nominal operating voltage range and recommended decoupling are defined in the product sheet; review the sheet for minimum/maximum VDD and low?power current figures before designing power rails.
Where can I find application notes and development tools?
Texas Instruments publishes application notes, reference designs, and development kits on its website; the product sheet also references relevant resources for evaluation and firmware development.