MSP430F2013IN 16-Bit Microcontroller (14-Pin PDIP)

MSP430F2013IN Overview

The MSP430F2013IN is a low-power 16-bit microcontroller designed for cost-sensitive embedded control. It combines a compact 16-bit RISC CPU with on-chip memory, a 16-bit timer, and analog comparator functions to simplify mixed-signal designs. The device targets battery-powered and mains-powered systems that need deterministic control with minimal energy draw. Engineers and purchasing teams can compare it against other value-line MCUs for a smaller footprint and lower static current. For parts and sourcing, see IC Manufacturer.

MSP430F2013IN Technical Specifications

MSP430F2013IN Key Features

• 16-bit RISC core: delivers compact code density and faster arithmetic for control loops compared to 8-bit MCUs.
• Low-voltage operation: 1.8?C3.6 V range helps extend battery life and supports both single-cell and multi-cell designs.
• 16-bit Timer_A: hardware capture/compare improves timing accuracy and offloads the CPU for PWM and pulse measurement tasks.
• On-chip comparator: comparator functionality reduces BOM count by replacing discrete analog components in simple sensor interfaces.
• Compact memory: small flash and SRAM sizes fit deterministic embedded functions with minimal cost and footprint.
• Through-hole PDIP package: simplifies prototyping and legacy-board replacements where socketed parts are required.

Typical Applications

• Battery-powered sensor nodes that require low standby current and straightforward control logic with millisecond timing accuracy.
• Simple motor or actuator controllers where a 16-bit timer provides precise PWM and capture for speed or position sensing.
• Industrial user interfaces that need dependable push-button scanning, debouncing, and comparator-based analog detection circuits.
• Appliance control modules where low-cost, small-memory microcontrollers handle sequences, safety timers, and watchdog supervision.

MSP430F2013IN Advantages vs Typical Alternatives

The device offers stronger timing and arithmetic capability than typical 8-bit controllers because of its 16-bit architecture and Timer_A hardware. Its lower operating voltage and small flash footprint lower system cost and power compared to higher-end MCUs. The built-in analog comparator reduces external components. The PDIP package provides easier prototyping than surface-mount-only parts. For teams balancing price, power, and simple mixed-signal integration, this part is often a more efficient choice versus larger, more complex microcontrollers.

MSP430F2013IN Brand Info

MSP430F2013IN is part of Texas Instruments?? MSP430 family. TI positions the MSP430 series as ultra-low-power microcontrollers for embedded control and mixed-signal applications. This model adheres to the MSP430 value-line approach: small memory, essential peripherals, and minimal power draw, aimed at simple control and sensor interfacing tasks.

FAQ

What core does this MCU use?

The unit uses a 16-bit RISC CPU. This core offers efficient code density and faster fixed-point math than typical 8-bit processors, which benefits timing and control tasks.

What is the supply voltage range?

It operates between 1.8 V and 3.6 V. This range supports common single-cell battery systems and standard 3.3 V designs while helping reduce standby power for long-life applications.

Which timer capabilities are available?

The device includes a 16-bit Timer_A with capture/compare channels. This provides hardware PWM generation and accurate event timing while offloading the CPU from tight software loops.

Does it include analog functions?

Yes. It integrates Comparator_A+, which can be used for threshold detection, window comparison, and simple ADC-like wake-up functions without adding discrete comparators.

What package is MSP430F2013IN offered in?

The IN suffix denotes a PDIP-20 through-hole package. This makes it convenient for prototyping, educational use, and retrofit into legacy boards that accept DIP components.