MSP430F6776AIPEU

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The MSP430™ Family of ultra-low-power microcontrollers (MCUs) offer the perfect combination of operational competence and power efficiency to enable the design of smaller, smarter embedded systems. The MSP430F6776AIPEU MCUs are particularly suited for data-logging and information processing applications, due to the wide family of peripherals and features. These ultra-low-power 16-bit devices provide a cost-effective solution for applications which use moderate amounts of computational power and memory.

The MSP430F6776AIPEU MCU are specifically designed for embedded system applications due to their highly efficient, low-power 16-bit core, extensive peripheral set and industry-standard communications protocols. The device integrates an LCD controller/driver, communication interface unit (CIU) and an RTOS-compatible precision clock system into a single chip.

The MSP430F6776AIPEU MCU feature a wide range of peripheral functions, including a peripheral crossbar switch (PCSB) and a multi-function arbitor (MFA) that are used to coordinate bus access between various resources, such as the LCD controller/driver, communication interfaces, timers, serial ports and other peripheral devices. The PCSB is also used to link various external memory devices and memory ROMs.

The MSP430F6776AIPEU MCU provides high performance and low energy consumption for embedded applications. The device is suitable for low power applications (such as portable and battery-operated systems) by offering several low power modes, including a run mode, LPMx.5, and standby modes. In an LPMx.5 mode, the device can only be woken up from an interrupt.

In addition to the multi-function arbitor, the MSP430F6776AIPEU MCU also feature several communication and power management functions, including a real-time clock, multiple serial ports, a multi-function timer and internal loop-filtering. The device also provides special active power management (APM) functions such as a DRAM controller and an on-chip voltage regulator. The DRAM controller is used to manage dynamic RAM access and power consumption when operating from battery sources.

To ensure efficient operation and data retention, the MSP430F6776AIPEU MCU feature a unique computational engine with an architectural front-end. This feature provides high performance operation and low energy consumption for embedded applications. For instance, instructions can be executed in one clock cycle, dramatically improving performance compared to the traditional architecture. The pipeline and register renaming also contribute to optimizing performance and power savings. The MSP430F6776AIPEU also feature a tight code density engine, which translates into faster execution time and a lower cost solution.

In addition, the MSP430F6776AIPEU MCU also feature an integrated on-chip memory controller and multiple address lines, allowing easy connections to address external memories. Moreover, the device supports the latest industry standards such as IEEE 802.15.4, ZigBee®, M2M, CoAP and other low-power wireless connectivity standards. An onboard antennae and an integrated radio transceiver are also provided.

The MSP430F6776AIPEU MCU offer numerous advantages for embedded system applications. The device offers high performance, power efficiency, and extended battery life optimization for a wide range of low-power applications. Additionally, the device is cost-effective due to its relatively high computational power-to-cost ratio and tight code density engine. The on-chip memory controller and multiple address lines also facilitate connections to external memory devices. Furthermore, the device supports the latest industry standards for low-power wireless connectivity. The device is ideal for data-logging and information processing applications, due to its wide family of peripherals, features, and support of communication and power management protocols.

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