ATTINY261A-XUR

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The ATTINY261A-XUR is an 8-pin AVR-based microcontroller that is embedded into different applications for both hobbyists and professionals. It boasts an Arduino/Genuino-compatible AVR microcontroller architecture that makes it perfect for those who are already familiar with the AVR platform. This chip is perfect for projects that require low-power operation, high-level performance, and the ease of learning AVR programming. With its onboard ADC and I/O, the ATTINY261A-XUR can turn any Arduino/Genuino project into a low-power, low-cost device.

The ATTINY261A-XUR features an 8-Pin AVR architecture with a 10-bit ADC, three I/O pins, and two USARTs (Universal Synchronous/Asynchronous Receiver/Transceiver). The ADC can be used for analog to digital conversions of temperature, light, and other signals. The I/O pins are perfect for connecting to external peripherals such as sensors, buttons, servos, and LCD displays. The USARTs are capable of full-duplex communication with a large range of devices.

The ATTINY261A-XUR has several applications, from hobbyist projects to professional automation. It is perfect for small robotics projects that need reliable low power operation over long periods. It can also be used in automotive applications and automated lighting systems, where its low-power consumption and ease of programming make it an ideal choice. Its small size also makes it perfect for projects that need to be small, such as remote controls and sensing circuits. It is also an ideal choice for hobbyists who want to get started with programming AVR microcontrollers.

The ATTINY261A-XUR features an AVR 8-bit architecture with a built-in clock oscillator. This allows the microcontroller to run instructions and take advantage of the low-power benefits of the architecture. The ATMEL Studio software allows the user to write code for the microcontroller, which can then be transferred to the chip via the AVRISP MKII or Atmel ICE. The chip can then be programmed and tested using the on-board debugging capabilities within the ATMEL Studio program.

In addition to its code-writing capabilities, the ATTINY261A-XUR also features several hardware peripherals to make programming easier. These include a pull-up resistor for the reset line, 32-bit timer for time-sensitive tasks, an 8-channel/12-bit analog to digital converter, and two USARTs that allow for full-duplex communication. With its extensive features, the ATTINY261A-XUR is the perfect addition to any embedded system.

The ATTINY261A-XUR has several advantages over other microcontrollers that make it perfect for low-power applications. The AVR 8-bit architecture is designed to allow code-level optimization, while the low-power design makes it extremely efficient. The integrated clock oscillator also allows the chip to run much cooler than other similar-sized microcontrollers. The debugging capabilities also make debugging difficult code much easier than trying to figure it out by hand. The chip\'s small size also allows it to fit into many projects without taking up much space.

The ATTINY261A-XUR is an ideal choice for any low-power project requiring the Arduino/Genuino AVR platform. Its low power consumption, ease of programming, and fast execution times make it a powerful choice for those looking to get into embedded systems. With its small size and wide range of features, the ATTINY261A-XUR will be perfect for all your embedded project needs.

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