MSP430F6779AIPEUR 16-bit Low-Power Microcontroller (MCU)

MSP430F6779AIPEUR Overview

The MSP430F6779AIPEUR is a low-power 16-bit microcontroller designed for mixed-signal industrial applications. It combines an energy-efficient CPU with integrated analog peripherals and multiple digital communications to simplify board design. The device targets systems that require low power, deterministic control, and flexible I/O. Engineers and sourcing specialists can compare its integration and package options for cost and space savings. For component sourcing and manufacturer reference visit IC Manufacturer.

MSP430F6779AIPEUR Technical Specifications

MSP430F6779AIPEUR Key Features

• Energy-efficient 16-bit CPU ?C delivers deterministic control with lower active power than many 32-bit alternatives in similar control tasks.
• Integrated 12-bit ADC ?C supports multiple analog channels for sensor aggregation and reduces external component count.
• Large on-chip Flash ?C 256 KB of nonvolatile memory enables larger firmware and more features without external memory.
• Wide voltage range ?C 1.8?C3.6 V operation for compatibility with common battery and rail supplies.
• Extensive I/O and package options ?C up to 100 GPIOs in a 100-pin LQFP for high integration density in compact designs.
• Low-power standby modes ?C microampere-class sleep current supports longer battery life in portable or remote systems.
• Deterministic timers and DMA ?C hardware peripherals help maintain tight timing and offload the CPU for efficiency.

Typical Applications

• Industrial sensor nodes and data acquisition modules that require precise 12?bit analog sampling and robust low?power operation for continuous monitoring.
• Portable instruments and battery-powered meters that need long standby life, a wide input voltage range, and integrated flash for field?upgradable firmware.
• Communication gateways and protocol converters where multiple UART/SPI/I2C interfaces and many GPIOs enable flexible connectivity and board-level consolidation.
• Motor control and power-conversion controllers that benefit from deterministic timers, low-latency control loops, and compact packaging for embedded designs.

MSP430F6779AIPEUR Advantages vs Typical Alternatives

The device offers a compelling mix of low power, integrated analog, and high I/O count compared with many 8? or 32?bit alternatives. Its 16?bit architecture achieves comparable control performance while consuming less active energy than many 32?bit MCUs in similar clock ranges. With 256 KB of flash and 16 KB of SRAM, the part reduces the need for external memory. The wide supply range and microampere standby current make it more suitable for battery?critical and industrial environments.

MSP430F6779AIPEUR Brand Info

The MSP430F6779AIPEUR is part of Texas Instruments’ MSP430 family of ultra?low?power microcontrollers. TI positions this line for energy?sensitive and mixed?signal applications, offering comprehensive toolchains, development kits, and application notes to support industrial design and rapid prototyping.

FAQ

What core architecture is used?

The product uses a 16?bit RISC core designed for low?power operation and deterministic control. This core is widely used in embedded systems that require efficient instruction execution with minimal energy consumption.

What is the operating voltage range?

It operates across a 1.8 V to 3.6 V range. This supports common battery chemistries and standard 3.3 V rails, enabling flexible power?supply choices in industrial and portable systems.

How much nonvolatile memory is available?

The device includes 256 KB of on?chip Flash memory. This allows larger firmware images, multiple feature sets, and room for firmware updates without external flash devices.

Is the analog input suitable for sensor systems?

Yes. The integrated 12?bit ADC with multiple channels supports accurate sensor sampling and reduces the need for external ADCs in multi?channel measurement systems.

What packaging and I/O options exist?

The device is available in a 100?pin LQFP package providing up to 100 GPIO pins. This supports high peripheral density and simplifies PCB routing for complex industrial designs.