ATMEL Manuals

2-Kbit EEPROM series products are a family of high security and embedded application smart card products.

The product is STMicroelectronics' ST95F8063R, a 1Kbit EEPROM with self-timed write cycle, single byte or 16-byte page write mode, programmable access rights, 37-byte OTP area and 160-byte area. In addition, the product also has high security features, including a 64-bit mutual authentication protocol, encrypted checksum, stream encryption, four key sets for authentication and encryption, eight sets of two 24-bit passwords, anti-tearing function and voltage and frequency monitor. In addition, the product also has smart card features, embedded application features and high reliability features.

The document describes a smart card product with multiple features and functionalities, including 8-Kbit EEPROM user memory, 2-Kbit configuration zone, high security features, smart card functionalities, and embedded application features.

This datasheet introduces the features and characteristics of AT24C404 series EEPROM, including product features, high security features, smart card features, embedded application features and high reliability.

This document provides detailed information on the AT24C32A, a 2KB EEPROM manufactured by Microchip. It features multiple security features, including a 64-bit mutual authentication protocol, cryptographic message authentication codes, and stream encryption. It also supports ISO 7816 Class B (3V) operation and ISO 7816-3 Asynchronous T=0 protocol. In addition, it has low voltage supply, secure nonvolatile storage, and 2-wire serial interface.

This document describes a product with multiple features, including user memories from 1-Kbit to 8-Kbits, 1-Kbit EEPROM user memory, 2-Kbit configuration zone, high security features, smart card features, embedded application features, and high reliability features.

AT88SC018 is a CryptoCompanion™ chip for CryptoMemory® and CryptoRF®. It securely implements host algorithms, securely stores host secrets, and verifies host firmware digests.

This document describes the communication protocol used between AVR Studio and JTAGICE mkII.

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.

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

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.

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.

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

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

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