MSP430F147IPAG 16-Bit Microcontroller (IPAG)

MSP430F147IPAG Overview

The MSP430F147IPAG is a member of the MSP430 microcontroller family known for ultralow power consumption and a 16?bit CPU architecture. To prepare a precise, engineering?grade product brief, I need the official device sheet to pull verified numbers for memory, peripheral counts, electrical limits and package details. Provide the original datasheet or a link and I will convert it into a complete technical description, comparisons and procurement guidance. For supplier context visit IC Manufacturer for sourcing and additional vendor references.

MSP430F147IPAG Technical Specifications

MSP430F147IPAG Key Features

• Single 16?bit core capability that delivers a balance of processing and energy efficiency for embedded control tasks.
• Integrated analog and digital peripherals to reduce external component count, improving board area and BOM cost.
• Designed for ultralow power operation to extend battery life in portable or remote industrial systems, lowering maintenance frequency.
• Multiple I/O and timer resources increase integration potential for sensor interfacing and real?time control without extra microcontrollers.

Typical Applications

• Battery?powered sensor nodes in industrial monitoring that require long standby life and deterministic wake?up from low?power modes.
• Handheld measurement instruments where a small footprint, low supply current and local analog conversion simplify system design.
• Smart meters and energy monitoring endpoints that combine ADC measurements, timers and serial interfaces for local data acquisition and communication.
• Motor control and power?control subassemblies where precise timers and low?latency IO assist closed?loop control tasks in compact boards.

MSP430F147IPAG Advantages vs Typical Alternatives

The MSP430 family emphasizes ultralow supply current and a compact 16?bit instruction set, often yielding lower energy per operation versus many 8? or 32?bit alternatives. With integrated analog front?end and multiple timers, this device can replace separate ADC and timer ICs, reducing part count and board area. For engineers optimizing for battery life and simplicity, the architecture typically provides a clearer trade?off between throughput and power than many higher?clocked microcontrollers. Confirm exact figures in the datasheet to quantify the differences for system?level comparisons.

MSP430F147IPAG Brand Info

The MSP430F147IPAG is part of the MSP430 product line from Texas Instruments. The MSP430 family is positioned for low?power embedded applications and offers a wide ecosystem of development tools, reference designs and long?term availability support suitable for industrial design cycles.

FAQ

Where can I find the official datasheet?

Supply the original PDF or a vendor link and I will extract verified electrical, memory and package details for this specific part number and format them for engineers and purchasing specialists.

Can you compare this part to other MSP430 variants?

Yes. Provide the datasheet and any target comparator part numbers; I will create a side?by?side table showing memory, peripherals, voltage ranges and power figures to assist selection.

What procurement information will you include?

Once the sheet is provided I will include package code, ordering codes, temperature grades and recommended alternatives to support sourcing and lifecycle planning for production runs.

Do you need any other documents?

Yes. Supply the device datasheet, errata and recommended PCB footprint to ensure pinout, thermal and electrical constraints are accurately reflected in the final product brief.

How fast can you produce a final brief?

After I receive the datasheet and any vendor notes, I can produce a complete technical spec and marketing brief suitable for engineers and sourcing teams within one business day.