MSP430FR6047IPZ 16-bit FRAM Microcontroller IPZ Package

MSP430FR6047IPZ Overview

The MSP430FR6047IPZ is a low?power, 16?bit microcontroller based on the MSP430 CPU architecture. It combines nonvolatile FRAM memory with a compact package and mixed?signal peripherals to serve control and sensing tasks with lower energy use than many flash?based alternatives. The device targets systems that demand fast nonvolatile writes, predictable execution, and integrated analog and serial interfaces. For sourcing and additional product resources visit IC Manufacturer.

MSP430FR6047IPZ Technical Specifications

MSP430FR6047IPZ Key Features

• Single 16?bit MSP430 core with deterministic instruction timing for tighter control loop latency and lower jitter.
• On?chip FRAM that enables frequent nonvolatile data writes at higher speeds and with lower energy per write than many flash alternatives.
• Wide operating voltage (1.8?C3.6 V) that supports battery systems and multi?rail designs for higher design flexibility.
• Integrated mixed?signal peripherals such as 12?bit ADC and serial interfaces that reduce external component count and increase reliability.

Typical Applications

• Battery?powered sensing nodes that require frequent nonvolatile logging and low sleep current for longer field life in remote monitoring systems.
• Consumer control panels where fast, low?energy nonvolatile configuration saves state instantly and supports more responsive user interfaces.
• Industrial sensors and actuators that need robust analog conversion, deterministic timing, and reliable nonvolatile storage for calibration data.
• Embedded metering and data acquisition where the combination of FRAM endurance and integrated ADC reduces BOM cost and improves long?term reliability.

MSP430FR6047IPZ Advantages vs Typical Alternatives

The device offers FRAM-based nonvolatile storage that writes faster and with less energy than flash, making it more suitable for designs with frequent parameter updates. Its 16?bit MSP430 core provides lower active power and simpler code density compared with many 32?bit alternatives for equivalent control tasks. Integrated timers, ADC and serial modules reduce external components and board area. Together these aspects lower system power, cut BOM cost, and increase write endurance versus typical flash?based microcontrollers.

MSP430FR6047IPZ Brand Info

The MSP430FR6047IPZ is offered by Texas Instruments as part of the MSP430 FRAM family. This family emphasizes ultra?low power operation and nonvolatile FRAM memory. The brand focuses on industrial and battery?constrained designs that need reliable in?system data storage and efficient mixed?signal integration.

FAQ

What memory type does it use?

The device uses nonvolatile FRAM memory. FRAM provides higher write endurance and lower energy per write than traditional flash, enabling frequent in?field data logging and configuration updates without wear?out concerns.

What is the core speed?

The microcontroller runs a 16?bit MSP430 CPU. Typical maximum core frequency is 16 MHz, which balances responsive processing and low active power for many control and sensing applications.

Which serial interfaces are available?

On?chip serial modules include eUSCI instances that support UART, I2C and SPI modes. These interfaces allow direct connection to sensors, displays, and external memory with fewer external components.

Is it suitable for battery operation?

Yes. The 1.8?C3.6 V operating range and low active and standby currents make it well suited for battery?powered systems where longer run time and reliable state retention are required.

What package should I plan for?

The part is supplied in a 48?pin VQFN package (suffix IPZ), which offers a small PCB footprint while providing accessible I/O and thermal performance for industrial and consumer boards.