MSP430F2619TZCA 16-bit Microcontroller

MSP430F2619TZCA Overview

The MSP430F2619TZCA is an ultra-low-power, 16-bit microcontroller optimized for mixed-signal industrial and portable systems. It pairs a compact CPU core with on-chip analog and timing peripherals to reduce board count and cut development time. The device supports multiple low-power modes for energy-efficient duty cycling and integrates a 12-bit ADC and versatile serial interfaces for sensor and communication tasks. For procurement and distributor details, see IC Manufacturer.

MSP430F2619TZCA Technical Specifications

MSP430F2619TZCA Key Features

• Low-power 16-bit core ?? delivers balanced processing with reduced energy use, ideal for battery-powered systems.
• On-chip 12-bit ADC ?? provides analog-to-digital conversion with resolution suited to precise sensor measurement and control tasks.
• Integrated serial modules ?? UART, SPI, and I2C support lets you interface to peripherals with fewer external components.
• Multiple 16-bit timers ?? enable accurate PWM, capture/compare and real-time scheduling for motor control, power conversion, and timing-critical logic.
• Multiple low-power modes ?? reduce standby current and extend runtime compared with many 8-bit alternatives.
• On-chip flash and SRAM ?? cut BOM and PCB area by reducing the need for external memory in typical embedded applications.

Typical Applications

• Battery-operated sensor nodes requiring low sleep current, moderate processing and accurate 12-bit ADC measurements for long field life.
• Motor-control front ends and PWM-driven actuators where 16-bit timers and deterministic interrupt handling improve motor response and reduce jitter.
• Industrial control and automation endpoints that need reliable serial communications (UART, SPI, I2C) and compact flash memory for firmware and logging.
• Handheld instrumentation and portable meters combining low-power modes, on-chip ADC, and compact packaging to reduce size and extend battery life.

MSP430F2619TZCA Advantages vs Typical Alternatives

The device combines a 16-bit CPU and integrated analog peripherals to deliver higher measurement resolution and lower power than many 8-bit microcontrollers. It offers more on-chip integration than discrete MCU-plus-ADC solutions, reducing board area and component count. Compared with alternatives that require external converters or larger RAM/flash, this part simplifies BOM and often shortens development time. The family??s proven low-power modes help extend battery life in portable and remote sensing applications.

MSP430F2619TZCA Brand Info

The MSP430F2619TZCA is produced by Texas Instruments, a global supplier of analog and embedded processing semiconductors. TI??s MSP430 family focuses on ultra-low-power microcontrollers for mixed-signal designs, supported by a broad toolchain including compilers, emulators, and reference libraries to accelerate development and time-to-market.

FAQ

What development tools are supported?

Development is supported by vendor tools and third-party toolchains. TI provides compilers, an integrated development environment, and hardware emulators that work with the MSP430 family for code development and debugging.

Does it include on-chip analog conversion?

Yes. The device includes a 12-bit ADC module for multi-channel analog sampling. This reduces the need for external converters in sensor and measurement designs.

How does it save power in battery systems?

It supports several low-power modes with selective peripheral retention and fast wake-up. That lets systems spend most time in low consumption states and briefly wake for processing or sampling.

Which serial interfaces are available?

The MCU implements USCI modules that provide UART, SPI and I2C functionality. These interfaces allow direct connections to sensors, radios and external memory or peripherals.

What packaging options exist?

The part is available in TQFP-style packages and other industry-standard formats. Choose package variants to balance pin count, thermal behavior and PCB area for your application needs.