MSP430A010IPMR 16-bit Low-Power Microcontroller (IPMR Package)

MSP430A010IPMR Overview

The MSP430A010IPMR is an ultra?low?power 16?bit microcontroller intended for compact, battery?sensitive industrial applications. It combines a single 16?bit RISC CPU with a small pin?count package to deliver a balanced mix of compute capability and minimal board footprint. Designers benefit from low operating voltage and a reduced pin count for simpler PCB routing and lower system cost. For procurement and component sourcing, consult IC Manufacturer for authorized distribution and packaging options. The device targets embedded tasks where energy efficiency and cost per channel matter most.

MSP430A010IPMR Technical Specifications

MSP430A010IPMR Key Features

• 16?bit RISC core: compact instruction set for efficient code density and faster interrupt response.
• Ultra?low supply range: wide 1.8?C3.6 V operation enables longer battery life and simpler power rails.
• Small package: 10?pin VSSOP reduces PCB area and BOM complexity for dense board layouts.
• Minimal memory footprint: small program and RAM size target single?function controllers and dedicated sensor nodes.

Typical Applications

• Embedded sensor front ends that require a single low?power 16?bit MCU to sample sensors, perform simple filtering, and transmit results with minimal energy overhead and PCB area.
• Battery?powered consumer or industrial controls where long standby times and low quiescent current extend battery life across millions of cycles in small modules.
• Compact interface controllers for keypads, switches, or simple user interfaces where a low pin count and minimal firmware footprint reduce total system cost and complexity.
• Smart metering or portable handheld instruments that need a cost?effective 16?bit core, tight supply range, and robust operating temperature for consistent field performance.

MSP430A010IPMR Advantages vs Typical Alternatives

The device offers a concentrated value proposition for applications that prioritize energy efficiency and minimal footprint. Compared with multi?function high?pin microcontrollers, it reduces PCB area with a 10?pin VSSOP package and lowers BOM cost by integrating essential MCU functions into one small component. Versus older 8?bit alternatives, the 16?bit RISC core provides higher code density and faster arithmetic per cycle. The broad 1.8?C3.6 V supply window also improves flexibility across single?cell and multi?cell battery designs while maintaining operation across a common industrial temperature range.

MSP430A010IPMR Brand Info

The MSP430A010IPMR is part of the MSP430 family from Texas Instruments. The brand is known for low?power microcontrollers tailored for sensor, metering, and handheld markets. TI combines established silicon IP, established toolchains, and global distribution to support design cycles and volume sourcing for industrial and consumer products.

FAQ

What core does it use?

The controller uses a single 16?bit RISC CPU core optimized for low power and efficient code density. That core enables compact firmware and fast interrupt handling for real?time tasks.

What is the supply voltage range?

It operates across a low?voltage window intended for battery systems. The device supports single?supply operation suitable for 1.8 V to 3.6 V rails common in portable and embedded designs.

How many pins and what package?

This part ships in a 10?pin VSSOP package (IPMR suffix), designed to reduce PCB footprint and simplify routing on space?constrained boards and SMT manufacturing.

Is it suitable for harsh environments?

The specified ambient range covers industrial conditions, enabling deployment in many fielded applications. Verify system?level thermal and power dissipation against your enclosure and mounting choices.

Where can I source it for production?

Work with authorized distributors and the manufacturer??s supply channels to secure tape?and?reel packaging (IPMR) for high?volume assembly. Check availability and lifecycle details through the official manufacturer pages and distribution networks.