ATTINY261V-10MUR

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The ATtiny261V-10MUR is a microcontroller chip used for many types of embedded applications. It is a single chip solution that is designed to be small in size and energy efficient, yet power-packed with features. As such, it is suitable for a variety of applications, such as: consumer electronic devices, telecommunication systems, automotive systems, security and surveillance systems, industrial control systems, and any other embedded application that requires a powerful yet small microcontroller.

The ATtiny261V-10MUR is equipped with an 8-bit AVR processor core that runs at up to 10MHz and provides a range of features. It features 31 registers, 16K bytes of SRAM, 8K bytes of flash, 256 bytes of EEPROM and up to 16 interrupt channels.

The chip also incorporates a range of peripheral features that make it attractive for many applications. It has a 10-bit analog-to-digital converter module that can convert up to eight channels of external input, a 10-bit pulse width modulation module for generating PWM signals, and a synchronous serial port module for communicating with external devices. The chip also has multiple timers, an external bus interface, an 8-channel direct memory access controller and a programmable logic module.

The ATtiny261V-10MUR is programmed using the AVR instruction set and can be programmed in C, assembly language or other high-level languages. In addition, the chip has an integrated debug module, enabling real-time debugging of the target application code. As a result, the ATtiny261V-10MUR offers designers a powerful, cost-effective and small form-factor embedded solution.

The ATtiny261V-10MUR\'s on-chip peripheral features and its powerful processor make it suitable for applications such as motion control, data acquisition, motor control and instrumentation systems. It can also be used in remote sensing and wireless applications, and can be used to implement a wide range of realtime embedded applications.

In conclusion, the ATtiny261V-10MUR is an ideal choice for many types of embedded applications. With its high performance, small size, and low power consumption, it is an attractive option for designers looking for an energy efficient, cost-effective and powerful microcontroller for their embedded system.

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