EFM32GG280F512-QFP100

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The EFM32GG280F512-QFP100 is an advanced 32-bit ARM microcontroller from Silicon Laboratories. It delivers outstanding performance and ultra-low-power consumption for advanced embedded systems applications. This microcontroller provides an unprecedented level of hardware flexibility and performance for embedded system designers. The advanced performance coupled with extensive peripheral set makes the EFM32GG280F512-QFP100 an effective choice for embedded systems design.

The EFM32GG280F512-QFP100 features an ARM Cortex-M3 processor. This processor is optimized for the high-end performance of ARM Cortex-M cores and core peripherals. It provides reliable execution of code while conserving power, providing low cost and a longest lifetime battery powered operation. Additionally, its zero wait state memories provide improved system throughput and fast bursts of data transmission.

The EFM32GG280F512-QFP100 is an excellent choice for automated control systems, robotics and so on. This microcontroller can be applied to various applications such as sensors, actuators, data acquisition, motor control, internet of things (IoT) enabled devices, industrial automation systems and many more. Moreover, its high-performance core, extensive set of peripherals and multiple power modes provides enough flexibility to handle most embedded systems development needs.

The EFM32GG280F512-QFP100 is designed to operate over wide temperature range and the voltage ranges can be selected. It has powerful interrupts and low latency, which results in faster-execution times. Additionally, the onboard Flash and SRAM memory is used to store user programs and data. The integrated analog peripherals are also suitable for accurate and cost-effective sensing and conditioning of analog signals. The device also integrates a physical layer transceiver and two management components, which makes it an ideal solution for industrial and medical applications.

The EFM32GG280F512-QFP100 uses a sophisticated ARM Cortex-M3 core for its overall operation. This core is highly integrated, multitasking and enables performance optimization of system tasks. The ARM instruction set also reduces the development time and overhead associated with the programming. The peripheral set includes analog sections, reference generators, timers, DACs, ADC, and pulse-width modulation (PWM) for motor control, Serial Peripheral Interface (SPI) bus, UART and other protocols for data transfer. Modules like (CRC) Cyclic Redundancy Check, Data Protection Unit, Real-Time Clock and Temperature Sensor are also integrated in the device.

The real strength of the EFM32GG280F512-QFP100 lies in its power saving features. This device is designed to operate in different modes by controlling and changing its clock speed, voltage and other parameters depending on the application. Its advanced sleep modes shut down almost all on-chip functions when device is idle, enabling the highest level of system power savings. Furthermore, power savings can also be achieved by using Digital Frequency Locked Loop (DFLL) for dynamic voltage and frequency scaling during periods of low system activity.

In conclusion, the EFM32GG280F512-QFP100 from Silicon Laboratories is an extremely capable 32-bit ARM microcontroller. It provides ultra-low power consumption and advanced features such as high-performance core, extensive peripheral set, wide voltage and temperature range operation, fast interrupts and extended sleep modes, making it ideal for any embedded system applications.

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