MSP430F2416TPM 16-bit Microcontroller TPM Package

  • MSP430F2416TPM’s 16-bit MCU core delivers precise timing and control, simplifying sensor and motor management.
  • Low sleep current reduces battery drain, extending field maintenance intervals for battery-powered devices.
  • Compact footprint saves board space and simplifies layout, easing industrial and portable product integration.
  • Ideal for battery-powered temperature logging; handles data sampling, low-power storage, and intermittent communications reliably.
  • RoHS-compliant manufacturing and extended-temperature validation ensure dependable operation across industrial deployments.
SKU: MSP430F2416TPM Category: Brand:
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MSP430F2416TPM Overview

The MSP430F2416TPM is a member of the low-power, 16?bit MSP430 microcontroller family. Designed for energy-conscious embedded designs, it targets battery-powered and meter-grade control systems where efficient CPU cycles, compact code density, and low standby current matter. The device combines a 16?bit RISC core with integrated peripherals to simplify mixed-signal control and I/O tasks. For sourcing and manufacturer reference see IC Manufacturer.

MSP430F2416TPM Technical Specifications

Parameter Value
CPU core width 16?bit
Device family MSP430
Core type RISC
Operating voltage range (typical) Refer to device datasheet for exact Vmin?CVmax
Flash memory Refer to device datasheet for exact size
SRAM (data memory) Refer to device datasheet for exact size
Maximum CPU clock Refer to device datasheet for DCO/ACLK limits
Package code TPM (manufacturer package identifier)
Number of I/O pins See datasheet for exact pin count
Operating temperature range See official datasheet for specified temperature grade

MSP430F2416TPM Key Features

  • 16?bit RISC core ?? offers compact code and deterministic control for tighter timing and smaller firmware footprint.
  • Ultra?low power design ?? reduces energy consumption in standby and active modes, improving battery life in portable systems.
  • Integrated peripherals ?? on?chip analog and digital interfaces simplify system integration and reduce board BOM count.
  • Compact package options ?? TPM package identifier indicates a manufacturer?defined TSSOP/compact form factor for space?constrained PCBs.

Typical Applications

  • Battery?powered sensor nodes and remote telemetry controllers where low standby current and long operational life are required for field deployment over months or years.
  • Handheld measurement instruments that need a balance of processing capability and power efficiency to extend run time between charges in portable test equipment.
  • Industrial control interfaces that require deterministic 16?bit control, robust I/O and integration with analog sensors for process monitoring and simple closed?loop tasks.
  • Consumer and utility metering applications where compact code, integrated peripherals and low power translate to lower system cost and longer battery replacement intervals.

MSP430F2416TPM Advantages vs Typical Alternatives

The 16?bit MSP430 architecture provides a smaller code footprint and lower active/standby energy than many 32?bit alternatives in low?power roles. With integrated analog and digital peripherals and compact TPM packaging, the device reduces component count and PCB area versus solutions that require external controllers or converters. For applications prioritizing long battery life and cost?effective mixed?signal integration, this device offers a strong balance of efficiency and system integration.

MSP430F2416TPM Brand Info

The MSP430 family is produced by Texas Instruments, a major supplier of analog and embedded processing ICs. MSP430 parts are positioned for low?power, mixed?signal embedded applications, with broad ecosystem support for development tools, reference designs, and documentation suitable for industrial and consumer product design teams.

FAQ

Where is the full datasheet?

The official datasheet and technical reference are published on the manufacturer website and authorized distributor portals. Consult the vendor’s product page for the detailed electrical characteristics, package drawings, and recommended PCB land patterns.

Which development tools support this part?

Texas Instruments provides IDEs, compilers, and debug tools compatible with MSP430 devices. Check the vendor’s tools page and release notes for supported toolchains and recommended debug hardware models.

How do I confirm package pinout?

Refer to the package and pinout section in the official datasheet for the TPM package drawing and pin assignment table; those diagrams define pin functions and mechanical dimensions for PCB design.

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What should I check before sourcing quantities?

Validate the ordered part number, package code, temperature grade, and lead?free / RoHS status against purchase specifications. Cross?reference manufacturer ordering codes with distributor listings to avoid mismatches.

Where can I find reference designs?

Manufacturer application notes and reference designs are typically available on the product support page. These materials show evaluation board schematics, recommended circuits, and example firmware to accelerate design-in.

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