MSP430F2418TPN 16-bit Microcontroller TSSOP-20

MSP430F2418TPN Overview

The MSP430F2418TPN is a 16-bit, ultra-low-power microcontroller optimized for battery-powered and embedded control tasks. It offers a 16 MHz maximum system clock, a 10-bit ADC, and a compact TSSOP-28 footprint for denser board layouts. With multiple low-power modes and integrated timers and serial interfaces, the device delivers a balance of efficiency and integration for sensor hubs, metering, and industrial controls. Sourcing and technical details can be found through IC Manufacturer.

MSP430F2418TPN Technical Specifications

MSP430F2418TPN Key Features

• 16-bit RISC core for compact code and efficient control, reducing cycle counts compared with 8-bit alternatives.
• 16 MHz clock that balances performance and power; run faster for compute bursts or lower clock for extended battery life.
• 10-bit ADC integrates analog measurement, reducing the need for external converters and saving board area and BOM cost.
• Two 16-bit timers enable precise PWM and capture/compare functions, useful for control loops and timing-critical tasks.
• Wide VDD range (1.8?C3.6 V) supports both single-cell and multi-cell battery systems, offering flexibility across designs.
• TSSOP-28 package offers smaller board area than many DIP or larger SOP parts, aiding compact industrial designs.
• Multiple low-power modes provide power savings measured in microamps, improving uptime compared with always-on controllers.
• On-chip peripherals (timers, ADC, serial interfaces) reduce external component count and simplify PCB routing compared with discrete designs.

Typical Applications

• Battery-powered sensor nodes that need low standby current and occasional 10-bit analog sampling for environmental measurements and logging.
• Portable industrial instruments where a compact TSSOP-28 package and integrated timers enable precise measurement and small PCB footprint.
• Smart metering endpoints that require reliable timekeeping and periodic ADC reads to process analog transducer signals and conserve energy.
• Embedded control in motor drives or power conversion where 16-bit timers and deterministic 16-bit CPU performance deliver more precise control than many 8-bit parts.

MSP430F2418TPN Advantages vs Typical Alternatives

The MSP430F2418TPN offers a stronger mix of power efficiency and peripheral integration compared with many 8-bit MCUs. Its 16-bit core handles arithmetic and control routines with fewer instructions and lower CPU time. The built-in 10-bit ADC and dual 16-bit timers reduce system BOM and board area versus external analog or timer chips. Its 1.8?C3.6 V range supports more battery chemistries, and the TSSOP-28 package provides a smaller footprint while keeping sufficient I/O, making it preferable for compact industrial and portable applications.

MSP430F2418TPN Brand Info

The MSP430F2418TPN is part of the MSP430 family from Texas Instruments. The MSP430 series is known for ultra-low-power operation and compact microcontroller solutions for embedded and battery-powered markets. Texas Instruments supports the family with technical documentation, reference designs, and long-term availability for industrial sourcing and production support.

FAQ

What is the core architecture?

The device uses a 16-bit RISC core optimized for low-power control tasks. The architecture executes compact instructions, enabling lower code size and faster math operations than typical 8-bit controllers.

What analog capability does it include?

It integrates a 10-bit analog-to-digital converter suitable for moderate-resolution sensor readings. This on-chip ADC reduces the need for external converters in many measurement and control applications.

Which package does TPN indicate?

The TPN suffix denotes a TSSOP-28 package. That package provides a smaller board footprint than many standard DIP or larger SOP packages while keeping multiple accessible I/O pins for external interfacing.

What supply voltage range is supported?

The device operates across a 1.8 to 3.6 volt supply range, enabling compatibility with single-cell and multi-cell battery systems as well as common regulated supplies in embedded designs.

Is it suitable for low-power designs?

Yes. The microcontroller offers several low-power modes plus a low active power profile. Designers can duty-cycle the CPU and peripherals to minimize average power and maximize battery life in portable or remote systems.