ATMEL Manuals (Others)

This datasheet provides detailed information on the Atmel 2466J-AVR-8-bit microcontroller, including features, memory, peripherals, pins, dimensions, and packages.

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This document describes the features of the ATmega8515L/ATmega8515 microcontrollers, including RISC architecture, nonvolatile program and data memories, peripheral features, special microcontroller features, I/O and packages.

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ATtiny24/44/84 is a high-performance, low-power AVR® 8-bit microcontroller with an advanced RISC architecture that can execute 120 powerful instructions, most of which are executed in a single clock cycle. It has 32 x 8 general-purpose working registers and fully static operation. ATtiny24/44/84 has 2/4/8K bytes of In-System Programmable Program Memory Flash (ATtiny24/44/84), endurance of 10,000 write/erase cycles; 128/256/512 bytes of In-System Programmable EEPROM (ATtiny24/44/84), endurance of 100,000 write/erase cycles; 128/256/512 bytes of internal SRAM (ATtiny24/44/84); and programmable locking for self-programming Flash program and EEPROM data security.

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This document introduces the features of the ATmega32A series of 8-bit MCUs, including high performance, low power consumption, a large number of channels, extensive functions, and flexible expandability.

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This document describes a high-performance, low-power AVR 8-bit microcontroller with features such as RISC architecture, nonvolatile program and data memories, peripheral features, special microcontroller features, and I/O and packages.

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This is a PDF file about ATmega8A microcontroller. ATmega8A is a high performance, low power AVR® 8-bit microcontroller. It has advanced RISC architecture, 131 powerful instructions, most single clock cycle execution, 32 x 8 general purpose working registers, fully static operation, up to 20 MIPS throughput at 20 MHz, on-chip 2-cycle multiplier.

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Introduces Atmel picoPower technology and picoPower Board, and describes the picoPower function of ATmega48PA, ATxmega32A4 and AT32UC3L064

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The document describes the firmware features of the Xplain Board Controller, including USB interface, mass-storage and Atmel AVR XMEGA TM reset control.

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This document describes the basic features and use of the Atmel XMEGA USART, including polled mode, interrupt mode and DMAC mode

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Introduces the low power features of Atmel XMEGA microcontrollers, including various sleep modes and software controlled clock gating, and details how to shut down unused peripheral clocks in both normal operation mode and sleep mode.

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This document introduces the features and characteristics of XMEGA DAC in the AVR1508 Xplain training, including configuration options and functionality, conversion triggers, and single and dual channel operation.

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This document introduces the Atmel XMEGA clock system, including internal and external oscillators, crystal oscillator failure monitor, high frequency phase locked loop and clock prescalers.

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Introduces the function and use of the Atmel XMEGA A series ADC, including resolution, sampling rate, conversion time, input selection, result type, etc.

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This application note introduces the XMEGA Event system and its features and usage

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This is a training document about Atmel XMEGA Programmable Multi Interrupt Controller(PMIC), introducing the basic characteristics and usage of PMIC

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This is an application note of Atmel XMEGA Direct Memory Access Controller (DMAC) that introduces the basic features of DMAC, including setting up DMAC, DMA transaction, etc.

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This application note provides an overview of the Atmel XMEGA Timer/Counter (TC) peripheral. The TC is a high-end, flexible 16-bit peripheral that can be used for a variety of applications, including accurate program execution timing, frequency and waveform generation, event management, and time measurement of digital signals.

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AVR1500: Introduction to Atmel AVR XMEGA, including basic knowledge, C programming language, header files and drivers

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This hands-on consist of a number of tasks. The first task shows how to connect everything and assure that your hardware is working properly. The second task explains how to set up a project and configure simple Atmel QTouch buttons. The next task show how to configure a more advanced sensor and how to use the debug interface in order to take advantage of the live debugging features of QTouch Studio. Basics for Atmel AVR Studio, WinAVR or tools use are not covered.

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