LM3S9792-IBZ80-C1

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The LM3S9792-IBZ80-C1 is a device in the family of high-performance microcontrollers of the Luminary Micro series. The LM3S9792-IBZ80-C1 features an ARM Cortex-M3 processor core, a large number of peripherals, and an integrated debugger and emulator. The LM3S9792-IBZ80-C1 is ideal for embedded applications such as automotive, medical and other control systems, as well as networked storage and multimedia systems.

The ARM Cortex-M3 processor core of the LM3S9792-IBZ80-C1 is designed for high performance, low power and low cost. This processor is based on a superset of the ARMv7-M architecture, which is designed for robust high performance applications. The Cortex-M3 processor has a single cycle instruction pipeline, and its 32-bit instruction set supports high-level coding techniques. Additionally, the processor features a rich set of power saving modes, including sleep and deep sleep modes, as well as a low power real-time clock.

The rich set of peripherals integrated in the LM3S9792-IBZ80-C1 includes on-chip memories, Timers, ADC, DAC, and more. These peripherals are optimized for embedded applications, providing a powerful platform for creating complex embedded systems. Additionally, the device features a powerful integrated debugger and emulator which allows the user to debug and analyze the application running on the device. The integrated debugger also supports real-time system state monitoring.

The LM3S9792-IBZ80-C1 is designed for low power operation and incorporates sleep states which allow the device to enter low power modes when needed. Power management is also assisted by the integrated hardware support for power and gating. Additionally, the device features a watchdog timer, which can be used to detect and correct system errors.

In summary the LM3S9792-IBZ80-C1 is a high performance and low power embedded microcontroller which is ideal for use in embedded applications such as automotive, medical and other control systems, as well as networked storage and multimedia systems. The integrated peripherals and debugger provide an ideal platform for creating complex embedded systems which are optimized for low power operation and power gating.

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