MSP430L092SPW Ultra-Low-Power Microcontroller, SPW Package

MSP430L092SPW Overview

The MSP430L092SPW is a low-power 16-bit microcontroller product line member intended for energy-sensitive, embedded designs. This brief overview highlights that accurate, spec-driven marketing and technical content for this device depends on the official product sheet. To produce precise part-level details, including memory sizes, I/O counts, and electrical limits, supply the vendor datasheet. For sourcing and supply-chain references consult IC Manufacturer and the official vendor documentation so the final description remains strictly fact-based and compliant with procurement requirements.

MSP430L092SPW Technical Specifications

MSP430L092SPW Key Features

• Low-power operation capability that reduces standby and active energy consumption for battery-powered systems.
• 16-bit CPU core efficiency that delivers more instruction throughput per clock cycle compared with 8-bit alternatives, improving performance for control tasks.
• Integrated peripherals such as ADC and serial interfaces that reduce bill-of-materials and increase board-level reliability.
• Flexible packaging options that simplify sourcing and allow trade-offs between I/O count and PCB area depending on the selection.

Typical Applications

• Battery-powered sensor nodes where ultra-low-power sleep and efficient wake-up reduce energy consumption across multi-year deployments.
• Portable medical and measurement devices that require precise analog-to-digital conversion and long run-time on small batteries.
• Smart metering and utility endpoints where integrated serial interfaces and low leakage matter for field reliability and lower maintenance cost.
• Industrial control modules that need deterministic performance and reduced component count for constrained-space designs and harsh environments.

MSP430L092SPW Advantages vs Typical Alternatives

The MSP430L092SPW emphasizes ultra-low-power operation and integrated analog and digital peripherals, giving a compelling efficiency and integration edge versus many 8-bit MCUs and discrete-solution approaches. Compared with higher-clock 32-bit parts, it can deliver lower system energy and simpler BOMs for control-oriented tasks. For designers seeking reduced standby current and integrated I/O, this part often offers a better trade-off of power, cost, and footprint when the official datasheet confirms the exact memory and peripheral counts.

MSP430L092SPW Brand Info

The MSP430 family is manufactured by Texas Instruments, a leading semiconductor vendor known for low-power microcontrollers and analog solutions. The brand emphasizes energy efficiency, comprehensive documentation, and broad distribution channels, supporting rapid prototyping and industrial-scale production continuity for embedded and portable applications.

FAQ

What package options exist?

Package options and pin counts are specified in the device product sheet. Consult the official datasheet to confirm available package codes and corresponding pinouts for PCB layout and assembly planning.

What is the operating voltage range?

The exact supply-voltage limits and recommended operating range appear in the datasheet. Use the official electrical characteristics table to determine safe margins for regulated and battery-powered systems.

How much memory is available?

On-chip memory capacities (Flash, FRAM, and RAM) and their allocation to code or data spaces are listed in the memory organization section of the vendor document; verify the datasheet for exact kilobyte counts.

Which peripherals are integrated?

The product sheet lists integrated peripherals such as ADCs, timers, and serial interfaces. Review the peripheral summary and block diagram to match device capabilities to application requirements.

Where can I get reliability data?

Reliability metrics, including ESD protection, temperature ratings, and lifecycle documents, are published in the datasheet and related technical application reports; review vendor qualification notes for production use.