ATTINY84A-CCU

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The ATtiny84A-CCU is a high-performance, low-power 8-bit AVR RISC-based Microcontroller (MCU) with a variety of integrated peripherals. It is designed to offer maximum performance and flexibility in a compact package, making it the ideal choice for embedded and microcontroller applications. The ATtiny84A-CCU MCU family is one of the most advanced, cost-effective, low-power and feature-rich MCUs in the AVR family. This MCU offers high-performance features, including ultra-low power consumption, innovative digital circuitry, a wide variety of analog integration and improved system integration options.The ATtiny84A-CCU MCU family consists of four devices: the ATtiny84A, ATtiny85A, ATtiny841A and ATtiny861A. The ATtiny84A-CCU devices offer up to 18KB of In-System Programmable Flash memory, 2k SRAM and 256 bytes EEPROM, and a wide variety of on-chip peripherals, including advanced Analog-to-Digital Converter (ADC), Timer/Counters, High-Speed CAN and SPI ports, external memory interface and more. The ATtiny84A-CCU is a highly integrated 8-bit MCU designed for a variety of applications, including industrial control, personal communication, data acquisition and control, automotive, and embedded applications. The ATtiny84A-CCU MCU family provides a rich feature set and flexible performance with five power-saving modes, interrupt and reset capabilities and an array of programmable peripheral interface options, making it well suited for use in embedded microcontroller applications.

ATtiny84A-CCU applications include embedded sensor control, digital signal processing (DSP) and motion control, analog and digital image processing, embedded automotive, automotive navigation, medical and health care, industrial process control and networking, among others. The core of the ATtiny84A-CCU is the 8-bit AVR RISC core, which is a high-performance, low-power processor-based MCU that includes a sophisticated instruction set architecture, dedicated registers files and a reduced instruction set (RISC). It also has an integrated interrupt vector, which allows for the rapid switching between application needs in the event of an interrupt.

The ATtiny84A-CCU works by two main steps. First, the machine code is stored in the Flash memory, which is then executed by the processor. The machine code contains instructions written in assembly language, which is a special type of programmer-friendly language used to translate between human-readable instructions and the machine-readable instructions in the processor. Then, the peripherals interact with the external world, such as sensors, input devices, and the output devices like motors, screen monitors, etc. The ATtiny84A-CCU is designed to offer a high performance and low power solution for embedded and microcontroller applications. It is ideal for any application requiring an advanced yet economical solution for digital signal processing, data acquisition and control, computing, IoT, digital imaging and many other embedded applications.Thanks to its powerful features and excellent performance, the ATtiny84A-CCU provides an optimized and energy-efficient solution to meet the most challenging application requirements.

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