ATSAMC21N17A-ANT

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ATSAMC21N17A-ANT is a microcontroller that specialized in embedded technology and has a range of application fields and principles. This MCU is part of the Atmel SAM C21 family of microcontrollers and is leveraged to provide an optimal solution for the two major segments of the Industrial, Medical and Automotive markets.

Designers use the ATSAMC21N17A-ANT microcontroller to access a wide variety of peripheral functions, including one 32-bit timers and three 16-bit timers, up to three serial ports and up to eight PWM channels. It also offers a Cortex-M0+ processor, up to 64K Flash, 8K SRAM, 8KB of I-code SRAM, and 28-pin package. The integrated hardware encoder module can decode sound and video signals from many sources including radio, television, digital cameras and satellite radio.

Applications of ATSAMC21N17A-ANT microcontroller include medical systems, automotive, audio processing, robotics, home appliances, and communication device. The MCU is ideal for motor control, robotics, in-vehicle communication and infotainment, machine vision and automation, medical and industrial applications.

ATSAMC21N17A-ANT working principle is very efficient. Its core principle is based on the well-known 8-bit microcontroller architecture combined with a powerful 32-bit processor core. It supports the 48 MHz CPU speed combined with a rich selection of peripherals, memory and interfaces options. The MCU supports USB 2.0 host and device, USB On The Go, Ethernet raw, SPI,UART, I2S, and dual CAN. The internal clock generator enables system flexibility supported by precise timing for time critical applications.

Its execution speed supports up to 48 MHz. The core is optimized for low power consumption and real-time performance. Its power management module supports power saving modes and integrated voltage monitoring. The operation of ATSAMC21N17A-ANT microcontroller is easy and reliable. There are three clock domains that simplify the design process and allows system software designers can adjust the power consumption and performance through configuration of the clock modules without special timing analysis.

The ATSAMC21N17A-ANT microcontroller is available in various form factors, including a 28-pin package as well as a wide range of memory options. The ATSAMC21N17A-ANT MCU provides all the necessary resources for developing efficient embedded applications in the industrial, medical, automotive, home and other industries.

Overall, with its powerful 32bit processor and wide peripheral coverage, the ATSAMC21N17A-ANT is a high-performance microcontroller. It provides the necessary features and resources to deliver robust designs, and enabling designers to develop leading-edge solutions in the industrial, medical and automotive markets.

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