AT97SC3205T-G3M4B10B

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The AT97SC3205T-G3M4B10B is a microcontroler used in application-specific embedded systems. This microcontroller is a powerful yet low-cost 32-bit ARM Cortex-M3 processor specifically designed to support a variety of embedded applications. It comes with a suite of embedded peripherals, peripheral shielding, and optional integrated tools that make development and implementation of the device fast and straightforward.

The AT97SC3205T-G3M4B10B is designed for a variety of applications such as industrial control and automation, human-machine interface, data logging, and communication systems. It is also suitable for Internet of Things (IoT) connected applications.

Features

The AT97SC3205T-G3M4B10B features a 32-bit ARM Cortex-M3 processor and operates at up to 100MHz frequency, offering exceptional performance for high-speed embedded systems. This microcontroller comes with up to 256kB of Flash memory and 8kB of RAM. It also provides 64 GPIO pins, 10 PWM outputs, 2 UART ports, and 2 CAN interfaces. Additionally, the device includes multiple integrated peripherals such as a 3-channel 12-bit Analog-to-Digital Converter (ADC) and an Integrated Device Security Controller (IDSC) for secure device communication. The IDSC is integrated with the device to enable secure connection between the device and the application host.

The device also includes a power management feature and is capable of operating at a supply voltage as low as 1.6V. Additionally, the device features several low-power modes which help reduce power consumption and extend the battery life of connected systems. The AT97SC3205T-G3M4B10B comes in a variety of form factors, including DIP, BGA, and QFN packages. Featuring a wide operating temperature range, the device is suitable for both commercial and industrial use.

Development Tools

The AT97SC3205T-G3M4B10B is supported by development tools including the Atmel SAMC ToolChain and Atmel START, providing an integrated environment for device programming, configuration, debugging, and performance optimization. The Atmel SAMC ToolChain includes a comprehensive set of tools that allow developers to develop and debug device applications, while the Atmel START provides a graphical environment for configuration, device selection, and code generation. The device also includes device-specific templates, tutorials, and sample code to get developers up and running quickly.

Applications

The AT97SC3205T-G3M4B10B is ideal for a variety of applications including home and building automation, industrial control systems, digital weighing scales, alarm systems, and HVAC systems. The device is also suited for digital signage, PoS (point of sale) systems, medical equipment, and gaming systems. The device\'s low-power operation and small form factor make it ideal for portable system applications as well.

Working Principle

The AT97SC3205T-G3M4B10B implements a two-level instruction pipeline, wherein each instruction is fetched from memory and decoded. The decoded instruction is then held in the instruction cache and can be executed on demand. Once the instruction is executed, the results are stored in the data bus and the instruction fetch process is repeated.

The AT97SC3205T-G3M4B10B also implements a multi-level caching system where the data and instructions are cached in the L1 and L2 caches. The L1 cache is used to execute program instructions and store data, while the L2 cache is used for more complex processes such as data manipulation and buffer management. The caching system helps to increase the performance of the microcontroller. Additionally, the device also includes fault-tolerant features such as ECC (Error-Correcting Code) and CRC (Cyclic Redundancy Check) to ensure reliable performance even in the event of memory errors.

Conclusion

The AT97SC3205T-G3M4B10B is a powerful and low-cost 32-bit ARM Cortex-M3 processor specifically designed for application-specific embedded systems. The device comes with a suite of embedded peripherals, peripheral shielding, and optional integrated tools that make development and implementation of the device fast and straightforward. Featuring a wide operating temperature range, the device is suitable for both commercial and industrial use, making it ideal for a variety of embedded application.

The specific data is subject to PDF, and the above content is for reference