MSP430F2013TPW 16-Bit Low-Power Microcontroller TPW Package

MSP430F2013TPW Overview

The MSP430F2013TPW is a compact, ultra-low-power 16-bit microcontroller built for space- and cost-constrained industrial designs. It combines a single 16-bit CPU core with on-chip nonvolatile memory, compact RAM, and standard peripherals to support real-time control, timing and serial communication. The device targets designs that need lower power draw, fewer external components and a smaller BOM while retaining deterministic performance and basic analog/digital integration. For procurement and additional reference material visit IC Manufacturer.

MSP430F2013TPW Technical Specifications

MSP430F2013TPW Key Features

• One 16-bit RISC core with deterministic instruction timing for predictable control loops and lower cycle counts compared to 8-bit alternatives.
• Integrated 2 KB of program Flash plus 128 B of RAM to minimize external memory, reducing board area and BOM cost.
• On-chip Timer_A with capture/compare for precise PWM generation and timing, improving motor or signal control accuracy.
• Universal Serial Interface provides flexible serial modes (SPI/I2C-like) to connect sensors and peripherals without additional UART hardware.
• 10-bit ADC for basic analog sensing and monitoring without external ADC chips, enhancing integration and reliability.
• Wide 1.8?C3.6 V operating range for compatibility with single-cell lithium and common industrial rails, increasing design flexibility.
• Ultra-low-power architecture with multiple low-power modes to extend battery life in periodic-sampling and always-on applications.
• Compact 20-pin package enabling smaller PCBs and higher board density versus larger 28?C40 pin microcontrollers.

Typical Applications

• Battery-powered sensor nodes that require periodic wakeups, precise timing and low idle consumption to maximize run-time and reduce maintenance.
• Small industrial controllers where minimal program memory and simple I/O routing support closed-loop control and actuator timing tasks.
• Portable measurement instruments that need on-chip ADC and timer resources to sample, time-stamp and communicate measured values efficiently.
• Human-machine interface peripherals such as button panels and LED drivers that benefit from low-power standby and deterministic GPIO control.

MSP430F2013TPW Advantages vs Typical Alternatives

The MSP430F2013TPW pairs a 16-bit core with compact on-chip memory, offering higher arithmetic efficiency and denser code than many 8-bit MCUs while keeping package size and cost lower than many full-featured 32-bit parts. Its integrated Timer_A, USI and 10-bit ADC reduce the need for external components compared to bare-bones microcontrollers. The 1.8?C3.6 V range and multiple low-power modes make it more suitable for single-cell lithium and battery-backed systems than many alternatives with narrower voltage windows.

MSP430F2013TPW Brand Info

The MSP430F2013TPW belongs to the MSP430 family from Texas Instruments, a long-established provider of mixed-signal semiconductor solutions. The MSP430 series emphasizes ultra-low power consumption, compact integration and robust peripheral set for embedded control and sensing markets.

FAQ

What core does it use?

The device uses a 16-bit MSP430 RISC CPU core. This core delivers compact code size and efficient integer performance compared with typical 8-bit microcontrollers.

How much flash memory is onboard?

It provides 2 KB of on-chip Flash program memory. This capacity suits firmware for compact control tasks and avoids external program memory in space-constrained designs.

What analog functionality is available?

An on-chip 10-bit ADC supports basic analog sensing and monitoring. This reduces BOM and simplifies designs that need single-channel or intermittent analog measurements.

Which serial interfaces are supported?

The device includes a Universal Serial Interface (USI), enabling SPI-like and I2C-like serial communications with sensors and peripherals without extra UART hardware.

What voltage range does it support?

It operates across a 1.8 V to 3.6 V supply range, making it compatible with single-cell lithium packs and common industrial rails while allowing robust low-voltage operation.