| ID | 英文PDF | 英文包 | 中文描述(难免错漏,仅供参考) | 官方描述 |
| AVR000 |  |  | AVR000: 寄存器与位名称 (1 页, 修订版B, 更新时间:98年4月) 这份资料包括一些文件,描述了在使用汇编语言时,允许用户使用的寄存器与位名称。 | AVR000: Register and Bit-Name Definitions for the AVR Microcontroller (1 pages, revision B, updated 4/98) This Application Note contains files which allow the user to use Register and Bit names from the databook when writing assembly programs. |
| AVR001 |  |  | AVR001: 条件汇编和可移植的宏(共6页, 修订版D, 更新时间: 05年3月) 这份资料介绍了在AVR Assembler 1.74及其后的版本上条件汇编的特性. 使用了范例说明条件汇编的语法和概念。 | AVR001: Conditional Assembly and portability macros (6 pages, revision D, updated 03/05) This application note describes the Conditional Assembly feature present in the AVR Assembler version 1.74 and later. Examples of how to use Conditional Assembly are included to illustrate the syntax and concept. |
| AVR030 |  |  | AVR030:IAR Embedded Workbench for Atmel AVR新手入门(共10页, 修订版D, 更新时间: 04年10月) 这份资料的目的是引导新用户对IAR Embedded Workbench完成基本设置, 以及编译一个C范例程序。 | AVR030: Getting Started with IAR Embedded Workbench for Atmel AVR (10 pages, revision D, updated 10/04) The purpose of this application note is to guide new users through the initial settings of IAR Embedded Workbench, and compile a simple C-program. |
| AVR031 |  | | AVR031: 从ImageCraft C for AVR新手入门(共8页, 修订版B, 更新时间: 02年5月) 这份资料的目的是引导新用户对ImageCraft IDE完成基本设置, 以及编译一个C范例程序。 | AVR031: Getting Started with ImageCraft C for AVR (8 pages, revision B, updated 5/02) The purpose of this Application Note is to guide new users through the initial settings of the ImageCraft IDE and compile a simple C program. |
| AVR032 |  |  | AVR032: IAR ICCA90 Compiler的链接命令文件(共11页, 修订版B, 更新时间: 02年5月) 这份资料介绍了如何为AVR Microcontroller的IAR ICCA90 C编译器编写链接命令文件。 | AVR032: Linker Command Files for the IAR ICCA90 Compiler (11 pages, revision B, updated 5/02) This Application Note describes how to make a linker command file for use with the IAR ICCA90 C-compiler for the AVR Microcontroller. |
| AVR033 |  | | AVR033: 从CodeVisionAVR C编译器新手入门(共16页, 修订版B, 更新时间: 02年5月) 这份资料的目的是引导新用户使用CodeVisionAVR C编译器准备一个C范例程序. 这是个简单的示范程序,在STK500入门开发工具的Atmel AT90S8515芯片上运行。 | AVR033: Getting Started with the CodeVisionAVR C Compiler (16 pages, revision B, updated 5/02) The purpose of this Application Note is to guide the user through the preparation of an example C program using the CodeVisionAVR C compiler. The example is a simple program for the Atmel AT90S8515 microcontroller on the STK500 starter kit. |
| AVR034 |  | | AVR034: 使用IAR Embedded Workbench for AVR进行C和汇编混合编程(共8页, 修订版B, 更新时间: 03年4月) 这份资料介绍了如何使用C控制程序流程、主程序和汇编模块来控制 有严格时间要求的 I/O功能。 | AVR034: Mixing C and Assembly Code with IAR Embedded Workbench for AVR (8 pages, revision B, updated 4/03) This Application Note describes how to use C to control the program flow and main program and assembly modules to control time critical I/O functions. |
| AVR035 |  | | AVR035: AVR高效C编码(共22页, 修订版D, 更新时间: 04年1月) 这份资料介绍了如何利用AVR体系的高级特性和开发工具来到达比其它微处理器更高效的C编码。 | AVR035: Efficient C Coding for AVR (22 pages, revision D, updated 01/04) This Application Note describes how to utilize the advantages of the AVR architecture and the development tools to achieve more efficient c Code than for any other microcontroller. |
| AVR040 |  | | AVR040:EMC设计注意事项(17页,修订版C,更新时间:04年1月) 这份资料涉及到了设计者通常在使用MCU的时候遇到的绝大多数常见的EMC(电磁兼容性)问题。 | AVR040: EMC Design Considerations (17 pages, revision C, updated 01/04) This Application Note covers the most common EMC problems designers encounter when using Microcontrollers. |
| AVR042 |  | | AVR042:AVR硬件设计参考事项(14页,修订版C,更新时间:05年9月) 这份资料涉及了在转向使用类似于AVR结构的芯片时所遇到的绝大多数常见的问题,也包括了绝大部分通常设计中的解决办法和考虑事项。 | AVR042: AVR Hardware Design Considerations (14 pages, revision C, updated 09/05) This Application Note covers the most common problems encountered when switching to a new microcontroller architecture like the AVR. Solutions and considerations for the most common design challenges are covered. |
| AVR053 |  |  | AVR053: 内部RC振荡器的校正 (14页, 修订版F, 更新时间:05年9月) 这份资料介绍了一种校准内部RC振荡器的方法,针对所有带可调(内部)RC振荡器的AVR芯片。除此之外,还提供了一个可以自行修改(参数值)的简单软件(用于校准内部RC振荡器)。基于生产程序员,这使得AVR芯片可以用AVR开发工具进行校准,也可以用于实际应用的第三方的校准系统中。 | AVR053: Calibration of the internal RC oscillator (14 pages, revision F, updated 09/05) This application note describes a method to calibrate the internal RC oscillator and targets all AVR devices with tunable RC oscillator. Furthermore, an easily adaptable calibration firmware source code is also offered. This allows device calibration using AVR tools, and it can also be used for 3rd party calibration systems, based on production programmers. |
| AVR054 |  |  | AVR054: 实时校准内部RC振荡器(19页, 修订版A, 更新时间:04年9月) 这份资料介绍了如何通过UART来校准内部RC振荡器。这种方法是基于LIN协议上使用的方法。 | AVR054: Run-time calibration of the internal RC oscillator (19 pages, revision A, updated 09/04) This application note describes how to calibrate the internal RC oscillator via the UART. The method used is based on the calibration method used in the Local Interconnect Network (LIN) protocol. |
| AVR055 |  |  | AVR055: 使用32kHz的振晶实时校准内部RC振荡器(16页, 修订版B,更新时间:05年12月) 这份资料介绍了一种快速精确地校准内部RC振荡器的方法: 使用外部的32kHz的晶振作为输入到异步定时器/计数器。( | AVR055: Using a 32kHz XTAL for run-time calibration of the internal RC (16 pages, revision B, updated 12/05) This application note describes a fast and accurate way to calibrate the internal RC oscillator using an external 32.768 kHz crystal as input to an asynchronous Timer/Counter. |
| AVR060 |  | | AVR060: JTAG ICE通讯协议(20页, 修订版B,更新时间:04年01月) 这份资料介绍了AVR Studio 和JTAG ICE之间使用的通讯协议。 | AVR060: JTAG ICE Communication Protocol (20 pages, revision B, updated 01/04) This application note describes the communication protocol used between AVR Studio and JTAG ICE. |
| AVR061 |  |  | AVR061: STK500通讯协议(31页, 修订版B,更新时间:03年04月) 这份资料介绍了STK500编程板所使用的协议。本协议是基于早先的为其他AVR工具所创立的协议的基础上,并与早先的协议完全兼容(没有重叠或重新定义原有的指令)。 | AVR061: STK500 Communication Protocol (31 pages, revision B, updated 4/03) This document describes the protocol for the STK500 starterkit. This protocol is based on earlier protocols made for other AVR tools and is fully compatible with them in that there should not be any overlapping or redefined commands. |
| AVR063 |  |  | AVR061:用于STK504的LCD驱动(13页,修订版B,更新时间:06年04月) 该STK504是一个STK500硬件扩展板,支持100针的AVR液晶显示装置。这份资料是值得注意的一个如何利用ATmega3290和STK504例子 。 | AVR063: LCD Driver for the STK504 (13 pages, revision A, updated 04/06) The STK504 is a hardware expansion board for STK500 that add support for 100 pin AVR LCD devices. This application note is an example of how to use the ATmega3290 and the STK504. |
| AVR064 |  |  | AVR064: STK502-带液晶显示的温度模拟系统(24页, 修订版B,更新时间:03年02月) | AVR064: STK502 - A Temperature Monitoring System with LCD Output (24 pages, revision B, updated 02/03) |
| AVR065 |  |  | AVR065: 用于STK502和AVR Butterfly编程板的LCD驱动(18页, 修订版B,更新时间:04年01月) 在基于人机对话的应用中,把相关信息显示给用户是很有用的。ATmega169是一款带LCD驱动的单片机,它能够驱动多达100个的LCD段。对于要求高效率及带LCD的设计项目,ATmega169是很好的选择。 | AVR065: LCD Driver for the STK502 and AVR Butterfly (18 pages, revision B, updated 01/04) In applications where user interaction is required it is often useful to be able to display information to the user. The ATmega169 is a MCU with integrated LCD driver. It can control up to 100 LCD segments. The ATmega169 is therefore, an obvious choice when designing applications that requires both an efficient MCU and an LCD. |
| AVR067 |  |  | AVR067: JTAGICE mkII通讯协议(80页, 修订版B,更新时间:05年03月) 这份资料介绍了AVR Studio和JTAGICE mkII之间所使用的通讯协议。 | AVR067: JTAGICE mkII Communication Protocol (80 pages, revision B, updated 03/05)
This document describes the communication protocol used between AVR Studio and JTAGICE mkII. |
| AVR068 |
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AVR068: STK500通讯协议(37页, 修订版B,更新时间:05年03月)
这份资料介绍了用于STK500编程板和PC端控制STK500编程板的2.0版本的通讯协议。该固件发布于AVR Studio 4.11 build 401或更新的版本中。 |
AVR068: STK500 Communication Protocol (37 pages, revision B, updated 03/05)
This document describes the 2.0 version of the communication protocol between the Atmel STK500 and the PC controlling the STK500. The firmware is distributed with AVR Studio 4.11 build 401 or later. |
| AVR069 |
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AVR069: AVRISP mkII通讯协议(24页, 修订版A,更新时间:05年10月)
这份资料介绍了AVRISP mkII使用的协议。该固件发布于AVR Studio 4.12或更新的版本中。
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AVR069: AVRISP mkII Communication Protocol (24 pages, revision A, updated 10/05)
This document describes the AVRISP mkII protocol. The firmware is distributed with AVR Studio 4.12 or later. |
| AVR070 |
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AVR070: 修改AT90ICEPRO和ATICE10, 以支持仿真AT90S8535(共5页, 修订版C, 更新时间:02年5月)
旧的AT90ICEPRO升级后可以支持内置A/D转换的新AVR器件. 这份资料详细的介绍了如何修改AT90ICEPRO以支持仿真AT90S8535和其它的有A/D转换的AVR器件。 |
AVR070: Modifying AT90ICEPRO and ATICE10 to Support Emulation of AT90S8535 (5 pages, revision C, updated 5/02)
Older AT90ICEPRO can be upgraded to support the new AVR devices with internal A/D converter. This Application Note describes in detail how to modify the AT90ICEPRO to support emulation of AT90S8535 and other AVR devices with A/D converter. |
| AVR072 |
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AVR072: 访问16位I/O寄存器(共4页,修订版B, 更新时间: 02年5月)
这份资料介绍了如何读写AVR微处理器的16位寄存器. AVR处理器只有一个8位的I/O总线, 写入时必须执行两个时钟周期。 这里说明了如何安全的读写这些16位的寄存器. |
AVR072: Accessing 16-bit I/O Registers (4 pages, revision B, updated 5/02)
This Application Note shows how to read and write the 16-bit registers in the AVR Microcontrollers. Since the AVR has an 8-bit I/O bus these registers must be written in two execution cycles. It explains how to safely read and write these 16-bit registers. |
| AVR073 |
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AVR073 :访问10 -1 6位寄存器ATtiny261/461/861( 6页,修订版A ,更新时间:06年12月)
这份资料说明解释了当使用ATtiny261/461/861系列的微处理器时,如何处理10 -位和1 6位通道。一套完整的访问10 -位和1 6位寄存器C巨集也包含在这份资料中。 |
AVR073: Accessing 10- and 16-bit registers in ATtiny261/461/861 (6 pages, revision A, updated 12/06)
This application note explains how 10- and 16-bit accesses should be handled when using the ATtiny261/461/861 family of microcontrollers. A complete set of C macros for accessing 10- and 16-bit registers is also included with this application note. |
| AVR074 |
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AVR074: AT90ICEPRO升级成ICE10(共8页, 修订版B, 更新时间: 02年5月)
这份资料介绍了如何把AT90ICEPRO仿真器升级成ATICE10 2.0。 |
AVR074: Upgrading AT90ICEPRO to ICE10 (8 pages, revision B, updated 5/02)
This Application Note describes how to upgrade the AT90ICEPRO emulator to ATICE10 Version 2.0 |
| AVR080 |
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AVR080: 用ATmega128代替ATmega103(共12页, 修订版D,更新时间: 04年1月)
这份资料介绍了ATmega103移植到ATmega128微处理器时要注意的问题。 |
AVR080: Replacing ATmega103 by ATmega128 (12 pages, revision D, updated 01/04)
This Application Note describes issues to be aware of when migrating from the ATmega103 to the ATmega128 Microcontroller. |
| AVR081 |
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AVR081: 用ATmega8代替AT90S4433(共11页,修订版D, 更新时间: 03年7月)
这份资料介绍了AT90S4433移植到ATmega8微处理器时要注意的问题。 |
AVR081: Replacing AT90S4433 by ATmega8 (11 pages, revision D, updated 07/03)
This Application Note describes issues to be aware of when migrating from the AT90S4433 to the ATmega8 Microcontroller. |
| AVR082 |
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AVR082: 用ATmega162代替ATmega161(共8页, 修订版D, 更新时间: 04年1月)
这份资料介绍了ATmega161移植到ATmega162微处理器时要注意的问题。 |
AVR082: Replacing ATmega161 by ATmega162 (8 pages, revision D, updated 01/04)
This Application Note describes issues to be aware of when migrating from the ATmega161 to the ATmega162 Microcontroller. |
| AVR083 |
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AVR083: 用ATmega16代替ATmega163(共8页, 修改版F, 更新时间: 05年9月)
这份资料介绍了ATmega163移植到ATmega16微处理器时要注意的问题。 |
AVR083: Replacing ATmega163 by ATmega16 (8 pages, revision F, updated 09/05)
This Application Note describes issues to be aware of when migrating from the ATmega163 to the ATmega16 Microcontroller. |
| AVR084 |
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AVR084: 用ATmega32代替ATmega323(共6页, 修改版C, 更新时间: 03年7月)
这份资料介绍了ATmega323移植到ATmega32微处理器时要注意的问题。 |
AVR084: Replacing ATmega323 by ATmega32 (6 pages, revision C, updated 7/03)
This Application Note describes issues to be aware of when migrating from the ATmega323 to the ATmega32 Microcontroller. |
| AVR085 |
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AVR085: 用ATmega8515代替AT90S8515(共10页, 修改版C, 更新时间: 04年1月)
这份资料介绍了AT90S8515移植到ATmega8515微处理器时要注意的问题。 |
AVR085: Replacing AT90S8515 by ATmega8515 (10 pages, revision C, updated 01/04)
This Application Note describes issues to be aware of when migrating from the AT90S8515 to the ATmega8515 Microcontroller. |
| AVR086 |
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AVR086: 用ATmega8535代替AT90S8535(共10页, 修改版B, 更新时间: 03年7月)
这份资料介绍了AT90S8535移植到ATmega8535微处理器时要注意的问题。 |
AVR086: Replacing AT90S8535 by ATmega8535 (10 pages, revision B, updated 7/03)
This Application Note describes issues to be aware of when migrating from the AT90S8535 to the ATmega8535 Microcontroller. |
| AVR087 |
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AVR087: ATmega8515和ATmega162之间的移植(共5页, 修改版B,更新时间: 03年7月)
这份资料是ATmega8515的用户把他们现有的设计转化到ATmega162的帮助指南。同时本文档提供的信息也可以帮助用户把他们现有的ATmega162设计移植到ATmega8515上。 |
AVR087: Migrating between ATmega8515 and ATmega162 (5 pages, revision B, updated 07/03)
This application note is a guide to help current ATmega8515 users convert existing designs to ATmega162. The information given will also help users migrating from ATmega162 to ATmega8515. |
| AVR088 |
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AVR088: ATmega8535和ATmega16之间的移植(共3页, 修改版C, 更新时间: 04年1月)
这份资料是ATmega8535的用户把他们现有的设计转化到ATmega16的帮助指南。同时本文档提供的信息也可以帮助用户把他们现有的ATmega16设计移植到ATmega8535上。 |
AVR088: Migrating between ATmega8535 and ATmega16 (3 pages, revision C, updated 01/04)
This application note is a guide to help current ATmega8535 users convert existing designs to ATmega16. The information given will also help users migrating from ATmega16 to ATmega8535. |
| AVR089 |
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AVR089: ATmega16和ATmega32之间的移植(共3页, 修改版A, 更新时间: 03年6月)
这份资料是ATmega16的用户把他们现有的设计转化到ATmega32的帮助指南。同时本文档提供的信息也可以帮助用户把他们现有的ATmega32设计移植到ATmega16上。 |
AVR089: Migrating between ATmega16 and ATmega32 (3 pages, revision A, updated 06/03)
This application note is a guide to help current ATmega16 users convert existing designs to ATmega32. The information given will also help users migrating from ATmega32 to ATmega16. |
| AVR090 |
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AVR090: ATmega64和ATmega128之间的移植(共3页, 修改版A, 更新时间: 05年12月)
这份资料是现有的ATmega64的用户把他们现有的设计转化到ATmega128的帮助指南。同时本文档提供的信息也可以帮助用户把他们现有的ATmega128设计移植到ATmega64上。 |
AVR090: Migrating between ATmega64 and ATmega128 (3 pages, revision B, updated 12/05)
This application note is a guide to help current ATmega64 users convert existing designs to ATmega128. The information given will also help users migrating from ATmega128 to ATmega64. |
| AVR091 |
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AVR091: 用ATtiny2313代替AT90S2313(共11页, 修改版A, 更新时间: 03年10月)
这份资料是AT90S2313的用户把他们现有的设计转化到ATtiny2313的帮助指南。 |
AVR091: Replacing AT90S2313 by ATtiny2313 (11 pages, revision A, updated 10/03)
This application note is a guide to help current AT90S2313 users convert existing designs to ATtiny2313. |
| AVR092 |
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AVR092: 用ATtiny13代替ATtiny11/12(共7页, 修改版A, 更新时间: 03年10月)
这份资料是ATtiny11/12的用户把他们现有的设计转化到ATtiny13的帮助指南。 |
AVR092: Replacing ATtiny11/12 by ATtiny13 (7 pages, revision A, updated 10/03)
This application note is a guide to help current ATtiny11/12 users convert existing designs to ATtiny13. |
| AVR093 |
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AVR093: 用ATtiny2313代替AT90S1200(共7页, 修改版A, 更新时间: 03年10月)
这份资料是AT90S1200的用户把他们现有的设计转化到ATtiny2313的帮助指南。 |
AVR093: Replacing AT90S1200 by ATtiny2313 (7 pages, revision A, updated 10/03)
This application note is a guide to help current AT90S1200 users convert existing designs to ATtiny2313. |
| AVR094 |
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AVR094: 用ATmega88代替ATmega8(共11页, 修改版C, 更新时间: 05年4月)
这份资料是ATmega8的用户把他们现有的设计转化到ATmega88的帮助指南。 |
AVR094: Replacing ATmega8 by ATmega88 (11 pages, revision C, updated 04/05)
This application note is a guide to help current ATmega8 users convert existing designs to ATmega88. |
| AVR095 |
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AVR095: ATmega48,ATmega88和ATmega168之间的移植(共5页, 修改版A, 更新时间: 04年2月)
这份资料介绍了ATmega48, ATmega88和ATmega168微处理器之间移植时的注意事项。 |
AVR095: Migrating between ATmega48, ATmega88 and ATmega168 (5 pages, revision A, updated 02/04)
This application note describes issues to be aware of when migrating between the ATmega48, ATmega88 and ATmega168 microcontrollers. |
| AVR096 |
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AVR096: ATmega128移植到AT90CAN128(的注意事项) (共17页, 更新时间: 04年3月)
这份资料是ATmega128的用户把他们已有的设计转化到AT90CAN128的帮助指南。 |
AVR096: Migrating from ATmega128 to AT90CAN128 (17 pages, updated 03/04)
This application note is a guide to help current ATmega128 users convert existing designs to AT90CAN128. |
| AVR097 |
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AVR097: 在ATmega128和ATmega1281/ATmega2561之间的移植(共7页, 修订版C, 更新时间: 05年12月)
ATmega128和ATmega1281/ATmege2561的是引脚和功能相兼容的一个子系列。 这份资料指出了在这些器件之间编写代码时要注意的不同点。 |
AVR097: Migration between ATmega128 and ATmega1281/ATmega2561 (7 pages, revision C, updated 12/05)
ATmega128 and ATmega1281/ATmega2561 are designed to be a pin and functionality compatible sub family. This application note points out the differences to be aware of when porting code between the devices. |
| AVR098 |
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AVR098: 在ATmega169和ATmega329之间的移植(共4页, 修订版B, 更新时间: 05年12月)
ATmega128和ATmega1281/ATmege2561的是引脚和功能相兼容的一个子系列, 但是在这些器件之间编写代码时可能需要少量的修改. |
AVR098: Migration between ATmega169 and ATmega329 (4 pages, revision B, updated 12/05)
The ATmega169 and ATmega329 are designed to be a pin and functionality compatible sub family, but there may be a need for some minor modifications in the application when porting code between the devices. |
| AVR099 |
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AVR099: 用ATmega48代替AT90S4433(共11页, 修订版A, 更新时间: 04年7月)
这份资料引导帮助AT90S4433用户将现有的设计转换成ATmega48. ATmega48设计时不是为了代替AT90S4433, 但是引脚兼容, 并且具有高度相似的特性. |
AVR099: Replacing AT90S4433 by ATmega48 (11 pages, revision A, updated 07/04)
This application note is a guide to assist current AT90S4433 users in converting existing designs to ATmega48. ATmega48 is not designed to be a replacement for AT90S4433, but is pin compatible and has a very similar feature set. |
| AVR100 |
 |
 |
AVR100: 访问EEPROM(共7页, 修订版C, 更新时间: 09/05)
这份资料包含了所有的AVR器件访问EEPROM的汇编代码, 包含顺序和随机读写EEPROM地址的代码. |
AVR100: Accessing the EEPROM (7 pages, revision C, updated 09/05)
This Application Note contains assembly routines for accessing the EEPROM for all AVR devices. Includes code for reading and writing EEPROM addresses sequentially and at random addresses. |
| AVR101 |
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AVR101:延长EEPROM存储的使用寿命(的方法)(5页,修订版A,更新时间:02年9月)
系统用常规的方法把参数写入EEPROM的操作会导致EEPROM寿命缩短,因为EEPROM只保证100,000个擦写周期。这个介绍了在EEPROM中如何做到安全,耐久地将参数保存。 |
AVR101: High Endurance EEPROM Storage (5 pages, revision A, updated 9/02)
Having a system that regularly writes a parameter to the EEPROM can wear out the EEPROM, since it is only guaranteed to endure 100.000 erase/write cycles. This Application Note describes how to make safe high endurance parameter storage in EEPROM. |
| AVR102 |
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AVR102:块拷贝模式程序(5页,修订版B,更新时间:02年5月)
这份资料包含了如何传输数据块的程序。 |
AVR102: Block Copy Routines (5 pages, revision B, updated 5/02)
This Application Note contains routines for transfer of data blocks. |
| AVR103 |
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AVR103: 使用EEPROM编程模式(5页,修订版A,更新时间:03年5月)
这份资料利用一些新的AVR中带有的EEPROM编程模式实现一个驱动程序,包括时间驱动和节能。 |
AVR103: Using the EEPROM Programming Modes (5 pages, revision A, updated 03/05)
This application note implements a driver utilizing the programming modes available for the EEPROM in some new AVR parts, involving both time and power savings. |
| AVR104 |
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AVR104: 使用缓冲和中断技术擦写EEPROM(9页,修订版A,更新时间:03年7月)
在很多的应用,掉电时大家会使用AVR自带的EEPROM来保存和恢复系统的信息。这份资料介绍了一种使用缓冲和中断的擦写(EEPROM)方法,相对于通常使用的轮询法,这种方法性能显著增加而且能耗降低。 |
AVR104: Buffered Interrupt Controlled EEPROM Writes (9 pages, revision A, updated 07/03)
Many applications use the built-in EEPROM of the AVR to preserve and hence restore system information when power is removed from the system. This application note presents a buffered interrupt driven approach, which significantly increases general performance and decreases power consumption compared to a polling implementation. |
| AVR105 |
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AVR105: (AVR自带的)FLASH参数储存时有效降低能耗延长使用寿命的方法(10页,修订版A,更新时间:03年9月)
这份资料介绍了利用AVR的自编程功能把参数保存到FLASH中时,同时有效延长FLASH使用寿命的方法。 |
AVR105: Power efficient high endurance parameter storage in Flash memory (10 pages, revision A, updated 9/03)
This application note describes how to implement a high endurance parameter storage method in Flash memory using the self-programming feature of the AVR. |
| AVR106 |
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AVR106: 读/写Flash的C函数(10页,修订版A,更新时间:04年8月)
目前的AVR系列有一种对程序存储器的自编程功能。这功能使得AVR可以在程序运行时重新编程Flash,适合于那些需要固件升级或在Flash中保存参数的应用场合。这份资料提供了操作Flash的C函数。 |
AVR106: C functions for reading and writing to Flash memory (10 pages, revision A, updated 08/04)
Recent AVRs have a feature called Self programming Program memory. This feature makes it possible for an AVR to reprogram the Flash memory during program run and is suitable for applications that need to self-update firmware or store parameters in Flash. This application note provides C functions for accessing the Flash memory. |
| AVR107 |
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AVR107: AVR的SPI存储器应用(22页,修订版A,更新时间:05年3月)
这份资料介绍了SPI串行存储驱动器的功能和结构,并说明了选择该决方案的缘由。 |
AVR107: Interfacing AVR serial memories (22 pages, revision A, updated 03/05)
This application note describes the functionality and the architecture of SPI serial memories drivers as well as the motivation of the selected solution. |
| AVR108 |
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AVR108: LPM指令的结构和应用(4页,修订版B,更新时间:02年5月)
这份资料介绍了如何访问保存在AVR的FLASH中的数据。 |
AVR108: Setup and use of the LPM Instructions (4 pages, revision B, updated 5/02)
This Application Note describes how to access constants saved in Flash program memory of the AVR microcontrollers |
| AVR109 |
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AVR109:自编程功能(11页,修订版B,更新时间:04年6月)
这份资料介绍了AVR是如何运用SPM指令来实现自编程的。 |
AVR109: Self Programming (11 pages, revision B, updated 06/04)
This Application note describes how an AVR with the SPM instruction can be configured for Self Programming. |
| AVR120 |
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AVR120: AVR的模数转换器的特点以及如何校正(13页,修订版C,更新时间:04年5月)
这份介绍介绍了AVR的模数转换器的几种特征参数以及它们对模数转换测量的影响。资料同时介绍在实际的生产测试中如何测量这些参数及如何进行实时补偿。 |
AVR120: Characterization and Calibration of the ADC on an AVR (13 pages, revision C, updated 05/04)
This application note explains various ADC (Analog to Digital Converter) characterization parameters and how they effect ADC measurements. It also describes how to measure these parameters during application testing in production and how to perform run-time compensation. |
| AVR121 |
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AVR121: 使用过采样的方法提高AVR的模数转换器的精度(14页,修订版A,更新日期:05年9月)
这份资料介绍称作"过采样和抽取"的方法,以及应用该方法而非外部的模数转换器达到提高精度的目的时所应满足的条件。 |
AVR121: Enhancing ADC resolution by oversampling (14 pages, revision A, updated 09/05)
This Application Note explains the method called "Oversampling and Decimation" and which conditions need to be fulfilled to make this method work properly to get achieve higher resolution without using an external ADC. |
| AVR128 |
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AVR128: 设置和使用AVR自带的模拟比较器(4页,修订版B,更新时间:02年5月)
这份资料举例说明如何设置和使用AVR自带的模拟比较器。 |
AVR128: Setup and use the Analog Comparator (4 pages, revision B, updated 5/02)
This Application Note serves as an example on how to set up and use the AVR's on-chip Analog Comparator. |
| AVR130 |
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AVR130: 设置和使用AVR自带的定时器(16页,修订版A,更新时间:02年2月)
这份资料介绍了如何使用AVR上的不同的定时器。使用AT90S8535为例。这份资料简介AVR的各种定时器,它们的性能以及如何设置它们。参照附带的代码以便跟更清晰地了解,同时附带的代码也可以作为其他的应用的导引。 |
AVR130: Setup and use the AVR Timers (16 pages, revision A, updated 2/02)
This Application Note describes how to use the different timers of the AVR. The AT90S8535 is used as an example. The intention of this document is to give a general overview of the timers, show their possibilities and explain how to configure them. The code examples will make this clearer and can be used as guidance for other applications. |
| AVR131 |
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AVR131: 设置和使用AVR的高速脉宽调制器(8页,修订版A,更新时间:03年9月)
这份资料介绍了如何使用某些AVR上自带的高速脉宽调制器。附带的汇编代码介绍如何使用ATtiny26上的高速脉宽调制器。ATtiny15也具备高速PWM功能的定时器。 |
AVR131: Using the AVR抯 High-speed PWM (8 pages, revision A, updated 09/03)
This application note is an introduction to the use of the high-speed Pulse Width Modulator (PWM) available in some AVR microcontrollers. The assembly code example provided shows how to use the fast PWM in the ATtiny26. The ATtiny15 also features a high-speed PWM timer. |
| AVR132 |
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AVR132: 使用AVR的增强功能的看门狗(15页,修订版B,更新时间:04年1月)
这份资料介绍了如何使用新的AVR上的增强功能的看门狗。新的AVR的看门狗不仅能够执行系统复位而且具有触发中断生成的功能。 |
AVR132: Using the Enhanced Watchdog Timer (15 pages, revision B, updated 01/04)
This Application Note describes how to utilize the Enhanced Watchdog Timer (WDT) used on new AVR devices. In addition to performing System Reset, the WDT now also has the ability to generate an interrupt. |
| AVR133 |
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AVR133: 用AVR微处理器产生长时间延迟(共8页, 修订版B, 更新时间: 04年1月)
这里提供了如何使用AVR AT90系列微处理器产生和处理长时间延迟. 因为在使用片上的定时器没有软件干预, 因此让内核在处理延迟时以低功耗运行. 即使系统时钟触发了定时器, 也不需要额外的操作。 |
AVR133: Long Delay Generation Using the AVR Microcontroller (8 pages, revision B, updated 01/04)
The solution presented here shows how the AVR AT90 series microcontrollers generate and handle long delays. On-chip timers are used without any software intervention, thus allowing the core to be in a low-power mode during the delay. Since the timers are clocked by the system clock, there is no need for additional components. |
| AVR134 |
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AVR134: 使用异步定时器的实时时钟(共12页, 修订版E, 更新时间: 05年10月)
这份资料介绍了如何在有RTC模块的AVR微处理器上实现一个实时时钟(RTC)。 |
AVR134: Real-Time Clock using the Asynchronous Timer (12 pages, revision E, updated 09/05)
This Application Note describes how to implement a real-time (RTC) on AVR microcontrollers that features the RTC module. |
| AVR135 |
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AVR135: 使用定时捕获来测量PWM的调整周期(共12页, 修订版A, 更新时间期: 05年10月)
这份资料描述了如何使用输入捕获单元(ICP)来估算PWM的脉宽和周期. |
AVR135: Using Timer Capture to Measure PWM Duty Cycle (12 pages, revision A, updated 10/05)
This application note describes how the pulse width and period may be computed using the Input Capture Unit (ICP). |
| AVR136 |
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AVR136 :低抖动,多渠道的软件脉宽调制( 5页,修订版A,更新时间:06年5月 )
这份资料展示了如何多渠道的软件脉宽调制可以实施。实施使用了一个8位定时器与溢出中断产生10个脉宽调制渠道非常低抖动。 |
AVR136: Low-jitter Multi-channel Software PWM (5 pages, revision A, updated 05/06)
This application note shows how an multi-channel software pulse-width modulation can be implemented. The implementation uses an 8-bit timer with overflow interrupt to generate 10 PWM channels with very low jitter. |
| AVR137 |
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AVR137: AT90PWM2/3 与 AT90PWM2B/3B兼容的软件( 3页,修订版A ,更新时间:06年10月 )
两次修改的AT90PWM2/3可供应用。版本AT90PWM2B 和 AT90PWM3B是AT90PWM2和AT90PWM3 的演化。这份资料列出了主要的更正及两者间的分歧,并显示出一个可以判断哪个是目前编程的。 |
Writing Software Compatible for AT90PWM2/3 and AT90PWM2B/3B (3 pages, revision A, updated 10/06)
Two revisions of AT90PWM2/3 are available. Versions AT90PWM2B and AT90PWM3B are the evolutions of the AT90PWM2 and AT90PWM3. This application note lists the main corrections and differences between the two designs, and shows an example of software that allows to detect which version is currently programmed. |
| AVR140 |
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AVR140 : ATmega48/88/168系列实时校准内部RC振荡器( 12页,修订版A ,更新时间:06年9月)
这份资料介绍了如何通过UART校准内部RC振荡器。采用的方法是基于本地互连网络协议的校准方法,在开始时每信息帧同步奴隶节点到主节点。 |
AVR140: ATmega48/88/168 family run-time calibration of the Internal RC oscillator (12 pages, revision A, updated 09/06)
This application note describes how to calibrate the internal RC oscillator via the UART. The method used is based on the calibration method used in the Local Inteconnect Network (LIN) protocol, synchronizing a slave node to a master node at the beginning of every message frame. |
| AVR151 |
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AVR151: 设置和使用SPI(共14页, 修订版B, 更新时间: 05年9月)
这份资料介绍了如何设置和使用AVR微处理器的串行设备接口(SPI). |
AVR151: Setup and use of the SPI (14 pages, revision B, updated 09/05)
This application note describes how to setup and use the on-chip Serial Peripheral Interface (SPI) of the AVR micro-controllers. |
| AVR155 |
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AVR155: 使用AVR 2-Wire串行接口访问I2C LCD显示屏(共10页, 修订版B, 更新时间: 05年9月)
这份资料包含了一个2-Wire/TWI总线驱动, 还介绍了如何访问Philips I2C LCD驱动(程序驱动)的Batron LCD显示屏. |
AVR155: Accessing I2C LCD Display Using the AVR 2-Wire Serial Interface (10 pages, revision B, updated 09/05)
This application note includes a 2-wire/TWI driver for bus handling and describes how to access a Philips I2C LCD driver on a Batron LCD display. |
| AVR180 |
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AVR180:外部掉电保护(16页,修订版B,更新时间:02年5月)
这份资料详细的介绍了如何在电源供电电压不足的情况下避免系统出错。 |
AVR180: External Brown-Out Protection (16 pages, revision B, updated 5/02)
This Application Note shows in detail how to prevent system malfunction during periods of insufficient power supply voltage. |
| AVR181 |
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AVR181: Automotive Grade0 - PCB和汇编建议(8 页, 修订版A, 更新时间:07年9月)
本文是旨在当处理PCB开发时提供汽车电子设计者元素处理高温限制的技术咨询收藏。 |
AVR181: Automotive Grade0 - PCB and Assembly Recommendations (8 pages, revision A, updated 09/07)
This paper is a collection of technical advice aiming at providing automotive electronic designers elements to manage high temperature constraints when addressing the PCB development. |
| AVR182 |
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AVR182:过零检测器(8 页, 修订版B 更新时间:01年04月)
这份资料介绍了如何采用AVR单片机来实现有效的过零检测器。 |
AVR182: Zero Cross Detector (8 pages, revision B, updated 01/04)
This Application Note describes how to implement an efficient zero cross detector for mains power lines using an AVR microcontroller. |
| AVR191 |
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AVR191:AVR适应程序的反箍缩算法(10 页, 修订版A, 更新时间:06年11月)
这个文件的目的是解释如何使反捏算法适应一个指定的电动窗口。 |
AVR191:Anti-Pinch Algorithm for AVR Adaptation Procedure (10 pages, revision A, updated 11/06)
The purpose of this document is to explain how to adapt an anti-pinch algorithm to a specified powered window. |
| AVR200 |
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AVR200: 乘、除法例程 (19 页,修订版B ,更新时间:98年10月)
这份资料列出了8位和16位符号数和无符号数的乘法及除法的子程序。 |
AVR200: Multiply and Divide Routines (19 pages, revision B, updated 10/98)
This Application Note lists subroutines for multiplication and division of 8 and 16-bit signed and unsigned numbers. |
| AVR201 |
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AVR201: 使用 AVR 内部的硬件乘法器 (11 页, 修订版C ,更新时间: 02年6月)
如何使用AVR 内部的8位硬件乘法器的例子。 |
AVR201: Using the AVR Hardware Multiplier (11 pages, revision C, updated 6/02)
Examples of using the multiplier for 8-bit arithmetic. |
| AVR202 |
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AVR202: 16 位 算术 (3 页, 修订版B ,更新时间:02年5月 )
这份资料列出了如何对16位数进行算术运算。 |
AVR202: 16-Bit Arithmetics (3 pages, revision B, updated 5/02)
This Application Note lists program examples for arithmetic operation on 16-bit values. |
| AVR204 |
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AVR204: BCD算法 (14页, 修订版B , 更新时间:03年1月)
这份资料列出了BCD算法的程序。 |
AVR204: BCD Arithmetics (14 pages, revision B, updated 01/03)
This Application Note lists routines for BCD arithmetics. |
| AVR220 |
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AVR220: 冒泡法 (5页, 修订版B , 更新时间:02年5月)
这份资料介绍了在AVR单片机上怎样的实现冒泡算法。 |
AVR220: Bubble Sort (5 pages, revision B, updated 5/02)
This Application Note implements the Bubble Sort algorithm on the AVR controllers. |
| AVR221 |
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AVR221:Discrete PID 控制器(10 页, 修订版A, 更新时间:06年5月)
这资料介绍了一个简单的执行Proportional-Integral-Derivative (PID)控制器。。 |
AVR221:Discrete PID controller (10 pages, revision A, updated 05/06)
This application note describes a simple implementation of a discrete Proportional-Integral-Derivative (PID) controller. |
| AVR222 |
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AVR222: 8点移动平均滤波器 (5页, 修订版B , 更新时间:02年5月)
这份资料示范了如何应用AVR架构中的寻址模式(来实现8点移动平均滤波器)。 |
AVR222: 8-Point Moving Average Filter (5 pages, revision B, updated 5/02)
This Application Note gives an demonstration of how the addressing modes in the AVR architecture can be utlized. |
| AVR223 |
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AVR223: AVR数字滤波器 (24页, 修订版A , 更新时间:02年9月)
这份资料着重介绍了AVR的硬件乘法器的使用,通用工作寄存器实现累加功能使用,以及执行定点算法的操作时如何调整(滤波器的)系数。本文还介绍了(AVR数字滤波的)实际应用的例子以及应用时该如何如何修改和优化。 |
AVR223: Digital Filters with AVR (24 pages, revision A, updated 9/02)
This document focuses on the use of the AVR hardware multiplier, the use of the general purpose registers for accumulator functionality, how to scale coefficients when implementing algorithms on fixed point architectures, the actual implementation examples and finally, possible ways to optimize/modify the implementations suggested. |
| AVR230 |
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AVR230: DES在Bootloader中的应用 (24页,修订版D , 更新时间:05年4月)
这份资料介绍了怎样使用AVR自带的Bootloader功能安全地升级AVR的固件。这里讲述了使用DES算法加密固件。这份资料同时支持三度资料加密标准。 |
AVR230: DES Bootloader (24 pages, revision D, updated 04/05)
This application note describes how firmware can be updated securely on AVR microcontrollers with bootloader capabilities. The method includes using the Data Encryption Standard (DES) to encrypt the firmware. This application note also supports the Triple Data Encryption Standard (3DES). |
| AVR231 |
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AVR231: AES在Bootloader中的应用 (30页,修订版B , 更新时间:05年4月)
这份资料介绍了怎样使用AVR自带的Bootloader功能安全地升级AVR的固件。这里讲述了使用AES算法加密固件。 |
AVR231: AES Bootloader (30 pages, revision B, updated 04/05)
This application note describes how firmware can be updated securely on AVR microcontrollers with bootloader capabilities. The method uses the Advanced Encryption Standard (AES) to encrypt the firmware. |
| AVR236 |
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AVR236: 循环冗余校验程序内存(9 页, 修订版B, 更新时间:02年5月)
这份资料介绍了CRC理论及在应用中使用CRC校验程序内存以提高安全性。 |
AVR236: CRC check of Program Memory (9 pages, revision B, updated 5/02)
The Application Note describes CRC (Cyclic Redundancy Check) theory and implementation of CRC checking of program memory for secure applications. |
| AVR240 |
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AVR240: 4x4键盘--Wake Up on Keypress (12 页, 修订版C, 更新时间:03年8月)
这份资料介绍了一种简单的使用4x4键盘的接口的设计。主要用在低能耗的应用中 。 |
AVR240: 4x4 Keypad-Wake Up on Keypress (12 pages, revision C, updated 8/03)
This Application Note describes a simple interface to a 4 x 4 keypad designed for low power battery operation. |
| AVR241 |
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AVR241:使用通用I/O直接驱动LCD(11页,修订版B,更新时间 :04年4月)
这份资料介绍了如何使用1个COM口静态驱动LCD。 |
AVR241: Direct driving of LCD display using general I/O (11 pages, revision A, updated 04/04)
This application note describes software driving of LCDs with one common line, using the static driving method. |
| AVR242 |
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AVR242: 8位处理器驱动多个LED和4X4键盘(26页,修订版B,更新时间:02年5月)
这份资料介绍了系统为一个实时钟/计时器,此实时钟有1个4X4键盘输入和2个输出。 |
AVR242: 8-bit Microcontroller Multiplexing LED Drive & a 4x4 Keypad. (26 pages, revision B, updated 5/02)
This Application Note describes a comprehensive system providing a 4 x 4 keypad as input into a real time clock/timer with two outputs. |
| AVR243 |
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AVR243: 键盘矩阵解码器(11页,修订版A,更新时间 :03年1月)
这份资料介绍了8X8键盘的软件驱动接口。此应用为低功耗电池供电操作系统设计,支持用户自定义切换键Caps Lock、Ctrl-、Shift- 、Alt-的功能。 |
AVR243: Matrix Keyboard Decoder (11 pages, revision A, updated 01/03)
This application note describes a software driver interfacing an 8x8 keyboard. The application is designed for low power battery operation. The application also supports user-defined alternation keys to implement Caps Lock, Ctrl-, Shift- and Alt-like functionality. |
| AVR244 |
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AVR244: UART用于ANSI终端接口(8页,修订版A,更新时间:03年11月)
这份资料介绍了使用AVR的UART和终端窗口接口的一些基本例程(包括硬件和软件). |
AVR244: UART as ANSI Terminal Interface (8 pages, revision A, updated 11/03)
This application note describes some basic routines to interface the AVR to a terminal window using the UART (hardware or software). |
| AVR245 |
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AVR245:使用4X4键盘和I2C LCD的密码锁(9页,修订版A,更新时间:05年10月)
这份资料介绍了如何使用AVR和一些手边的元件制作一个密码锁.此密码锁使用1个4X4键盘作为输入,1个蜂鸣器作为声音反馈和1个LCD做信息输出. |
AVR245: Code Lock with 4x4 Keypad and I2C LCD (9 pages, revision A, updated 10/05)
This application note describes how to build a code lock with an AVR and a handful of components. The code lock uses a 4x4 keypad for user input, a piezoelectric buzzer for audible feedback and an LCD for informational output. |
| AVR270 |
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AVR270 : USB鼠标演示( 19页,修订版A ,更新时间:06年2月)
这份资料介绍了一个简单的鼠标项目。它允许用户快速检测USB硬件使用AT90USB没有任何驱动程式的安装。 |
AVR270: USB Mouse Demonstration (19 pages, revision A, updated 02/06)
This document describes a simple mouse project. It allows users to quickly test USB hardware using AT90USB without any driver installation. |
| AVR271 |
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AVR271: USB 键盘示范(20 页, 修订版 A, 更新时间:06年1月)
这个文件的目的是介绍了在AT90USB 微型控制器中使用STK525 入门开发工具和FLIP系统编程软件时如何开始和实现USB 键盘应用。 |
AVR271: USB Keyboard Demonstration (20 pages, revision A, updated 01/06)
The aim of this document is to describe how to start and implement a USB keyboard application using the STK525 starter kit and FLIP in-system programming software for AT90USB microcontrollers. |
| AVR272 |
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AVR272 :UART到USB链接的USB CDC示范 ( 20页,修订版A ,更新时间:06年3月)
本文件的目的是介绍应用STK525 入门开发工具和FLIP系统编程软件如何启动和实现CDC(虚拟Com端口和UART到USB链接)应用。 |
AVR272: USB CDC Demonstration UART to USB Bridge (20 pages, revision A, updated 03/06)
The aim of this document is to describe how to start and implement a CDC (Virtual Com Port and UART to USB bridge) application using the STK525 starter kit and FLIP in-system programming software for AT90USB microcontrollers. |
| AVR273 |
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AVR273 :实现USB海量储存( 23页,修订版A ,更新时间:06年3月)
本文件的目的是介绍在基于电脑和用户设备之间海量存储(散装)层传输数据如何启动和实现USB应用。AT90USB微控制器上使用。 |
AVR273:USB Mass Storage Implementation (23 pages, revision A, updated 03/06)
The aim of this document is to describe how to start and implement a USB application based on the Mass Storage (Bulk only) class to transfer data between a PC and user equipment. For AT90USB microcontrollers. |
| AVR274 |
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 |
AVR274 :UART 单线软件( 14页,修订版A ,更新时间:07年3月)
这份资料介绍了UART单线的软件执行。议定书的支持两个设备间的半双工通信。唯一的要求是一个输入/输出端口,支持外部中断和一个计时器比较打断。 |
AVR274:Single-wire Software UART (14 pages, revision A, updated 03/07)
This application note describes a software implementation of a single wire UART. The protocol supports half duplex communication between two devices. The only requirement is an I/O port supporting external interrupt and a timer compare interrupt. |
| AVR275 |
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AVR275 :基于传感器控制的三相无刷直流电动机采用AT90USB 系列( 10页,修订版A ,更新时间:06年9月)
这份资料介绍了控制一台无刷直流电动机霍尔效应位置传感器(以下简称仅仅作为霍尔传感器) 。执行既包括方向和开环速度控制。 |
AVR275:Sensor-based Control of Three Phase Brushless DC Motors Using AT90USB family (10 pages, revision A, updated 09/06)
This application note described the control of a BLDC motor with Hall effect position sensors (referred to simply as Hall sensors). The implementation includes both direction and open loop speed control. |
| AVR276 |
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AVR276:AT90USBxxx 微型控制器USB软件程序库(27 页, 修订版A, 更新时间:07年1月)
这个文件介绍AT90USBxxx USB 软件程序库和说明如何开发一种USB 设备或减少主机使用这个程序库 。 |
AVR276:USB Software Library for AT90USBxxx Microcontrollers (27 pages, revision A, updated 01/07)
This document describes the AT90USBxxx USB software library and illustrate how to develop a USB device or reduced host applications using this library |
| AVR277 |
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AVR277: 在这去(OTG) 添加物USB 软件程序库(15 页, 修订版A, 更新时间:07年7月)
这个文件介绍了新特点由OTG 工作团体和怎么他们集成在AT90USBxxx USB 软件图书馆里, 说明带来怎么开发customizable USB OTG 应用。 |
AVR277: On-The-Go (OTG) add-on to USB Software Library (15 pages, revision A, updated 07/07)
This document describes the new features brought by the OTG working group and how they are integrated in the AT90USBxxx USB software library, illustrating how to develop customizable USB OTG applications. |
| AVR280 |
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AVR280 USB Host CDC 示范(14 页, 修订版A, 更新时间:07年9月)
这个文件的目的是介绍如何使用STK525 或USBKEY 入门开发工具开始和执行Host CDC 应用, 和最后介绍了在二台个人计算机之间双重USB-UART 桥梁的一个简单例子。 |
AVR280:USB Host CDC Demonstration (14 pages, revision A, updated 09/07)
The aim of this document is to describe how to start and implement a Host CDC application using the STK525 or USBKEY starter kit, and finally introduces a simple example of dual USB-UART bridge between two PCs. |
| AVR301 |
 |
 |
AVR301:AVR与AT17CXXX FPGA可配置存储器接口的C代码(20页,修订版D,更新时间:04年1月)
这份资料介绍了如何使用ISP、Atmel FPGA可配置存储器使用Atmel AVR MCU和如何使用AT90S8515 AVR MCU端口接口TWI。 |
AVR301: C Code for Interfacing AVR to AT17CXXX FPGA Configuration Memories (20 pages, revision D, updated 01/04)
This Application Note describes how to In-System-Program (ISP) and Atmel FPGA Configuration Memory using an Atmel AVR MCU and how to bit bang TWI using port pins on an AT90S8515 AVR MCU |
| AVR303 |
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AVR303: SPI-UART网关(5页,修订版A,更新时间:05年3月)
SPI-UART网关运行于ATmega8,允许用户对主从SPI独立测试和调试,通过匹配的RS232终端手动控制通讯. |
AVR303: SPI-UART Gateway (5 pages, revision A, updated 03/05)
The SPI-UART Gateway application runs on the ATmega8 and allows the developer to test and debug an SPI slave application isolated from the master, using manually controlled communications via a suitable RS232 terminal. |
| AVR304 |
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AVR304:半双工UART中断模式驱动程序(11页,修订版A,更新时间:97年8月)
这份资料介绍了如何在AVR芯片上使用8位计时器/计数器T0和一个外部中断构造半双工串口。 |
AVR304: Half Duplex Interrupt Driven Software UART (11 pages, revision A, updated 8/97)
This Application Note describes how to make a half duplex UART on any AVR device using the 8-bit Timer/Counter0 and an external interrupt. |
| AVR305 |
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AVR305:简洁的半双工UART驱动程序(9页,修订版C,更新时间:05年9月)
这份资料介绍了如何在AT90S1200上实现614,400 bps的串口传输速率的简洁程序。 |
AVR305: Half Duplex Compact Software UART (9 pages, revision C, updated 09/05)
This Application Note describes how to implement a polled software UART capable of handling speeds up to 614,400 bps on an AT90S1200. |
| AVR306 |
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AVR306: 使用AVR UART(C程序) (3页,修订版B,更新时间:02年7月)
这份资料介绍了如何设置和使用大部分现有AVR芯片的UART。包含使用中断的UART应用C代码范例。 |
AVR306: Using the AVR UART in C (3 pages, revision B, updated 7/02)
This Application Note describes how to set up and use the UART present in most AVR devices. C code examples are included for polled and interrupt controlled UART applications |
| AVR307 |
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AVR307: 使用USI模式的半双工UART(18页,修订版A,更新时间:03年10月)
USI是为了和TWI和SPI通讯而被设计出来一种通讯模式,目前ATtiny26, ATtiny2313和ATmega169都支持通用串行接口(USI)。但是USI并非只能用此两种通讯标准,它同样可以被用于UART通讯。 |
AVR307: Half Duplex UART Using the USI Module (18 pages, revision A, updated 10/03)
The Universal Serial Interface (USI) present in AVR devices like the ATtiny26, ATtiny2313, and ATmega169, is a communication module designed for TWI and SPI communication. The USI is however not restricted to these two serial communication standards. It can be used for UART communication as well. |
| AVR308 |
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AVR308:LIN总线从模式软件(12页,修订版B,更新时间:02年5月)
这份资料介绍了在不需要外部元件的情况下,如何在8位AVR微处理器上实现LIN总线从模式。 |
AVR308: Software LIN Slave (12 pages, revision B, updated 5/02)
This Application Note shows how to implement a LIN (Local Interconnect Network) slave task in an 8-bit RISC AVR microcontroller without the need for any external components. |
| AVR309 |
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AVR309: USB软件(25页,修订版A,更新时间:05年7月)
这份资料介绍了使用软件模拟USB协议的方法在低成本微处理器上实现USB,支持低速USB,符合USB2.0规范。 |
AAVR309: Software Universal Serial Bus (USB) (25 pages, revision A, updated 07/05)
This application note describes the USB implementation in a low-cost microcontroller through emulation of the USB protocol in the firmware. Supports Low Speed USB (1.5 Mbit/s) in accordance with USB2.0. |
| AVR310 |
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AVR310:USI应用于I2C主模式(8页,修订版B,更新时间:04年9月)
这份资料介绍了如何将USI用作TWI主模式通讯。 |
AVR310: Using the USI module as a I2C master (8 pages, revision B, updated 09/04)
This Application Note describes how to use the USI for TWI master communication. |
| AVR311 |
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AVR311:TWI模块用于I2C从模式(12页,修订版D,更新时间:04年10月)
这份资料介绍了TWI从模式的实现,包含完整的驱动和使用此驱动的范例。 |
AVR311: Using the TWI module as I2C slave (12 pages, revision D, updated 10/04)
This application note describes a TWI slave implementation, in form of a fullfeatured driver and an example of usage for this driver. |
| AVR312 |
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AVR312: USI模块用于I2C从模式(9页,修订版C,更新时间:05年9月)
这份资料介绍了如何将USI用于TWI从模式的通讯。 |
AVR312: Using the USI module as a I2C slave (9 pages, revision C, updated 09/05)
This Application Note describes how to use the USI for TWI slave communication. |
| AVR313 |
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AVR313: PCAT键盘接口(13页,修订版B,更新时间:02年5月)
大部分微处理器都需要一些人机接口,这份资料介绍了一个与标准PC AT键盘接口的方法。 |
AVR313: Interfacing the PCAT Keyboard (13 pages, revision B, updated 5/02)
Most microcontrollers requires some kind of human interface. This Application Note describes one way of doing this using a standard PC AT Keyboard. |
| AVR314 |
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AVR314: DTMF信号发生器(8页,修订版B,更新时间:02年5月)
这份资料介绍了如何使用AVR微处理器的PWM和SRAM实现DTMF(双音多频)信号。 |
AVR314: DTMF Generator (8 pages, revision B, updated 5/02)
This Application Note describes how DTMF (Dual-Tone Multiple Frequencies) signaling can be implemented using any AVR microcontroller with PWM and SRAM. |
| AVR315 |
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AVR315: TWI模块用于I2C主模式(11页,修订版B,更新时间:04年9月)
这份资料介绍了TWI主模式的实现,包含完整的驱动和使用此驱动的范例。 |
AVR315: Using the TWI module as I2C master (11 pages, revision B, updated 09/04)
This Application Note describes a TWI master implementation, in form of a fullfeatured driver and an example of usage for this driver. |
| AVR316 |
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AVR316: 使用TWI模块的SMBus从模式(20页,修订版A,更新时间:05年10月)
这份资料介绍了SMBus的背景资料、规范、AVR的TWI模块、中断方式的SMBus从模式的驱动以及范例。 |
AVR316: SMBus Slave Using the TWI Module (20 pages, revision A, updated 10/05)
This application note provides background information on the SMBus specification and the AVR TWI module, an interrupt-driven SMBus slave driver and a sample implementation. |
| AVR317 |
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AVR317: ATmega48/88/168的USART用于SPI主模式(10页,修订版A,更新时间:04年9月)
使用ATmega48/88/168的USART的SPI主模式可以满足某些应用的多个SPI模块的需求。 |
AVR317: Using the USART on the ATmega48/88/168 as a SPI master (10 pages, revision A, updated 09/04)
Some applications might need more than one SPI module. This can be achieved using the new Master SPI Mode of the ATmega48/88/168 USART. |
| AVR318 |
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AVR318: 达拉斯 1-Wire 主机通信 (21 页,修订版 A, 更新时间:04年9月)
这份资料展示了如何把 1-Wire 主机通信在应用到一个AVR系统中,不仅仅是在软件方面,还有U(S)ART模式下的应用。 |
AVR318: Dallas 1-Wire master (21 pages, revision A, updated 09/04)
This application note shows how a 1-Wire master can be implemented on an AVR, either in software only, or utilizing the U(S)ART module. |
| AVR319 |
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AVR319: USI模块用于SPI通讯(8页,修订版A,更新时间:04年9月)
这份资料介绍了一种(使用USI模块)实现SPI接口的方法,以及一个全功能的SPI驱动程序代码以及如何应用。 |
AVR319: Using the USI module for SPI communication (8 pages, revision A, updated 09/04)
This application note describes a SPI interface implementation, in form of a fullfeatured driver and an example of usage for this driver. |
| AVR320 |
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AVR320: 软件实现SPI主机通信(5页,修订版C,更新时间:05年9月)
SPI模式因其比I2C更快通讯速度而得到很快的普及。针对一些资源小,不带硬件SPI的AVR单片机,这份资料介绍了一组软件实现SPI的底层代码。这些代码可以作为与Atmel的25xxx系列的串行EEPROM内存的通讯的基础,同时可以作为主机驱动其他外围IC,例如显示驱动。 |
AVR320: Software SPI Master (5 pages, revision C, updated 09/05)
The Synchronous Peripheral Interface (SPI) is gaining rapidly in popularity, allowing faster communication than I2C. For the smaller AVR Microcontrollers, which do not have hardware SPI, this Application Note describes a set of low-level routines for software implementation. These can be used as the basis for communicating with Atmel's 25xxx family of Serial EEPROM memories, as well as a host for other peripheral ICs such as display drivers. |
| AVR322 |
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AVR322: Atmel的AVR单片机上实现LIN v1.3协议(21页,修订版A,更新时间:05年12月)
这份资料介绍了LIN协议,以及该协议在ATMEL的汽车AVR上应用。 |
AVR322: LIN v1.3 Protocol Implementation on Atmel AVR Microcontrollers (21 pages, revision A, updated 12/05)
The LIN protocol is introduced in this application note, along with its implementation on Atmel Automotive AVR microcontrollers. |
| AVR323 |
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AVR323 :接口的GSM调制解调器( 21页,修订版A ,更新时间:06年2月)
这份资料介绍了如何使用AVR来控制的GSM调制解调器及手机。调制解调器和主机之间的接口是一个所谓的Hayes AT-Commands考证协议。 |
AVR323: Interfacing GSM modems (21 pages, revision A, updated 02/06)
This application note describes how to use an AVR to control a GSM modem in a cellular phone. The interface between modem and host is a textual protocol called Hayes AT-Commands. |
| AVR325 |
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AVR325: 与EPP并口高速接口(7页,修订版A,更新时间:02年2月)
这份资料介绍了AVR微处理器与IBM(R)PC兼容机之间的高速双向数据传输方法。此种接口提供8位数据传输,在AVR工作于4MHz时传输速率高达60KBPS。在没有外部扩展接口硬件(如USB或者SCSI)的情况下,此种方法实现了比RS232更快的通讯。 |
AVR325: High-Speed Interface to Host EPP Parallel Port (7 pages, revision A, updated 2/02)
This Application Note describes a method for high-speed bidirectional data transfer between an AVR Microcontroller and an of-the-shelf IBM (R) PC-compatible desktop computer. The interface provides an 8-bit parallel data path, yeilding data transfer rates up to 60 kilobytes/second with an AVR processor operating at 4 MHz. This is an order of magnitude faster than a standard RS-232 connection while not requiring complex external interface hardware (like USB or SCSI). |
| AVR328 |
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AVR328 :为USB通用躲在实施( 20页,修订版A ,更新时间:06年1月)
本文件的目的是描述如何启动和实施一个USB应用的基础上,就躲在一流的,以传输数据之间的电脑和用户设备,使用AT90USB微控制器。 |
AVR328: USB Generic HID Implementation (20 pages, revision A, updated 01/06)
The aim of this document is to describe how to start and implement a USB application, based on the HID class, to transfer data between a PC and user equipment, using AT90USB microcontrollers. |
| AVR335 |
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AVR335: 使用AVR和数据闪存的数字录音机(20页,修订版C,更新时间:05年4月)
这份资料介绍了如何使用AVR的A/D、数据闪存AT45DB161以及一些外围元件实现录音、存储和播放声音。 |
AVR335: Digital Sound Recorder with AVR and DataFlash (20 pages, revision C, updated 04/05)
This Application Note describes how to record, store and play back sound using any AVR MCU with A/D converter, the AT45DB161 DataFlash memory and a few extra components |
| AVR336 |
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AVR336: ADPCM解码器(20页,修订版A,更新时间:04年11月)
这份资料重点介绍了ADPCM的解码、相应的差值脉冲编码调制以及如何将其转换为喇叭所能接受的信号。 |
AVR336: ADPCM Decoder (20 pages, revision A, updated 11/04)
This application note focuses on decoding the ADPCM signal, Adaptive Differential Pulse Code Modulation, and turning it to a signal suitable for loudspeakers. |
| AVR340 |
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AVR340 :直接驱动液晶显示器用一般用途的IO( 15页,修订版A ,更新时间:07年9月)
这项申请说明叙述运转的复用液晶显示器。还讨论了电气波形和连接需要由一个液晶显示器,以及一种C程序操作,液晶显示。结果,是一个极好的低成本组合和起点,对许多产品。 |
AVR340: Direct Driving of LCD Using General Purpose IO (15 pages, revision A, updated 09/07)
This application note describes the operation of a Multiplexed LCD. Also discussed are electrical waveforms and connections needed by a LCD, as well as a C-program to operate the LCD. The result is an excellent low cost combination and a starting point for many products. |
| AVR341 |
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avr341 :四及五线触摸屏控制器( 19页,修订版A ,更新时间:07年7月)
阻4 -和5线触摸系统属于最受欢迎和最常见的触摸屏技术。在这类应用中,AVR® 微控制器很优秀,由于他们的模拟功能加上低功率模式,需要在如便携式电池供电的应用。 |
AVR341: Four and five-wire Touch screen Controller (19 pages, revision A, updated 07/07)
Resistive 4- and 5-wire touch systems belong to the most popular and most common touch screen technologies. AVR® microcontrollers are excellent in this type of application due their analog features combined with low power modes, required in e.g. portable battery powered applications. |
| AVR350 |
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AVR350: AVR上CRC在Xmodem接收端的应用(7页,修订版C,更新时间:05年9月)
几年前,Xmodem协议作为两台计算机之间通讯的一种简单方法被人们创立。因为在此协议下可以实现半双工、128字节包、ACK/NACK和CRC数据校验的功能,所以它也以其自己的方式被广泛使用。 |
AVR350: XmodemCRC Receive Utility for AVR (7 pages, revision C, updated 09/05)
The Xmodem protocol was created years ago as a simple means of having two computers talk to each other. With its half-duplex mode of operation, 128-byte packets, ACK/NACK responses and CRC data checking, the Xmodem has found its way into many applications. |
| AVR360 |
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AVR360: 步进电机控制器(4页,修订版B,更新时间:03年4月)
这份资料介绍了如何实现即简洁又可高速中断的步进电机控制器 |
AVR360: Step Motor Controller (4 pages, revision B, updated 4/03)
This Application Note describes how to implement a compact size and high-speed interrupt driven step motor controller. |
| AVR400 |
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AVR400: 低成本A/D转换(6页,修订版B,更新时间:02年5月)
这份资料介绍了在成本和PCB占用面积严格限制的情况下实现ADC。 |
AVR400: Low Cost A/D Converter (6 pages, revision B, updated 5/02)
This Application Note targets cost and space critical applications that need an ADC. |
| AVR401 |
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AVR401: 8位精确AD转换(12页,修订版C,更新时间:03年2月)
这份资料介绍了如何在AVR微处理器上实现双斜率AD转换。 |
AVR401: 8-Bit Precision A/D Converter (12 pages, revision C, updated 2/03)
This Application Note describes how to perform a kind of dual slope A/D conversion with an AVR Microcontroller. |
| AVR410 |
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AVR410: RC5 IR遥控接收端(10页,修订版B,更新时间:02年5月)
这份资料介绍了常用的Philips/Sony RC5在接收端的编码方案。 |
AVR410: RC5 IR Remote Control Receiver (10 pages, revision B, updated 5/02)
This Application Note describes a receiver for the frequently used Philips/Sony RC5 coding scheme |
| AVR411 |
 |
 |
AVR411 :安全滚动码算法,为无线链路( 22页,修订版A ,更新时间:06年4月)
这种应用说明描述了一个安全的滚动码算法传输协议,用于单向无线通信系统。 |
AVR411: Secure Rolling Code Algorithm for Wireless Link (22 pages, revision A, updated 04/06)
This application note describes a Secure Rolling Code Algorithm transmission protocol for use in a unidirectional wireless communication system. |
| AVR414 |
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 |
AVR414: 用户指南- ATAVRRZ502 - 配套元件(21 页, 修订版B, 更新时间:06年12月)
这应用笔记描述ATAVRRZ502 配套元件(RZ502) 。RZ502 被设计为Atmel 的评估AT86RF230 2.4 千兆赫无线电收发器。这台无线电收发器充分地遵照IEEE 802.15.4™ 标准和目标低功率无线技术在家、大厦和工业自动化之内譬如ZigBee™ 。 |
AVR414: User Guide - ATAVRRZ502 - Accessory Kit (21 pages, revision B, updated 12/06)
This application note describes the ATAVRRZ502 Accessory Kit (RZ502). The RZ502 is designed for evaluation of the Atmel AT86RF230 2.4 GHz radio transceiver. This radio transceiver fully complies with the IEEE 802.15.4™ standard and targets low-power wireless technologies within home, building and industrial automation such as ZigBee™. |
| AVR415 |
 |
 |
AVR415: RC5 IR遥控发射端(5页,修订版A,更新时间:03年5月)
这份资料介绍了常用的Philips RC5编码和遥控解决方案。文档中使用的微处理器为AVR ATtiny28。 |
AVR415: RC5 IR Remote Control Transmitter (5 pages, revision A, updated 5/03)
In this application note the widely used RC5 coding scheme from Philips will be described and a fully working remote control solution will be presented. This application will use the ATtiny28 AVR microcontroller for this purpose. |
| AVR433 |
 |
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AVR433: 功率因素纠正者(PFC) 以AT90PWM2 Re triggable 高速PSC (7 页, 修订版A, 更新时间:06年3月)
这应用笔记解释怎么开发立场单独PFC (功率因素纠正者) 与AT90PWM2 。 |
AVR433: Power Factor Corrector (PFC) with AT90PWM2 Re-triggable High Speed PSC (7 pages, revision A, updated 03/06)
This application note explains how to develop a stand alone PFC (Power Factor Corrector) with the AT90PWM2. |
| AVR434 |
 |
 |
AVR434: PSC 菜谱(32 页, 修订版A, 更新时间:06年10月)
这应用笔记是介绍对对力量阶段控制器的用途(PSC) 可利用在一些AVR 微型控制器里。这个文件对象将给PSC 的一般概要, 显示他们各种各样的运作方式和解释怎么配置他们。代码例子将做这台清除器, 可能被使用作为指南为其它应用。例子被开发和被测试在AT90PWM3 。 |
AVR434: PSC Cookbook (32 pages, revision A, updated 10/06)
This application note is an introduction to the use of the Power Stage Controllers (PSC) available in some AVR microcontrollers. The object of this document is to give a general overview of the PSC, show their various modes of operation and explain how to configure them. The code examples will make this clearer and can be used as guide for other applications. The examples are developed and tested on AT90PWM3. |
| AVR435 |
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AVR435 :无刷直流/双语电机控制用窦调制脉宽调制算法( 12页,修订版A ,更新时间:06年9月)
无刷直流电动机的目的是获得一个梯形形状电流,分别双语电机的设计,能够提供一个正弦形电流。这项申请说明提出一个落实用后者与ATAVRMC100 局展开一个AT90PWM3B 。 |
AVR435: BLDC/BLAC Motor Control Using a Sinus Modulated PWM Algorithm (12 pages, revision A, updated 09/06)
BLDC motors are designed to be supplied with a trapezoidal shape current, respectively BLAC motors are designed to be supplied with a sinusoidal shape current. This application note proposes an implementation using the latter with an ATAVRMC100 board mounted with an AT90PWM3B. |
| AVR440 |
 |
 |
AVR440: 2相无刷直流电机的无传感器控制(16页,修订版A,更新时间:05年9月)
这份资料介绍了如何使用小型低成本8位AVR微处理器ATtiny13控制2相无刷直流电机的软件和硬件方案。 |
AVR440: Sensorless Control of Two-Phase Brushless DC Motor (16 pages, revision A, updated 09/05)
This application note describes how to implement the electronics and microcontroller firmware to control a two-phase BLDC motor using an 8-bit AVR microcontroller. The implementation is based on the small and low cost ATtiny13. |
| AVR441 |
 |
 |
AVR441: 带温度传感器和串行接口的智能无刷直流风扇控制器(26页,修订版A,更新时间:05年9月)
这份资料以ATtiny25为例介绍AVR微处理器在直流无刷风扇中的应用。 |
AVR441: Intelligent BLDC Fan Controller with Temperature Sensor and Serial Interface (26 pages, revision A, updated 09/05)
This application note describes how to integrate a low-cost, feature-rich AVR microcontroller into the commutator electronics of a BLDC fan. The ATtiny25 is as an example. |
| AVR442 |
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 |
AVR442: 使用ATtiny13控制PC风扇(10页,修订版A,更新时间:05年9月)
这份资料介绍了使用ATtiny13控制12V直流冷却风扇为电子设备散热的典型应用。 |
AVR442: PC Fan Control using ATtiny13 (10 pages, revision A, updated 09/05)
This application note describes the operation of 12 volt DC cooling fans typically used to supply cooling air to electronic equipment, and controlling them with the ATtiny13. |
| AVR443 |
 |
 |
AVR443: 带传感器的三相无刷直流电机控制(8页,修订版A,更新时间:05年6月)
这份资料介绍了带霍尔传感器的无刷直流电机控制。此方案包括双向和开环速度控制。 |
AVR443: Sensor-based control of three phase Brushless DC motor (8 pages, revision A, updated 06/05)
This application note described the control of a BLDC motor with Hall effect position sensors. The implementation includes both direction and open loop speed control. |
| AVR444 |
 |
 |
AVR444: 无传感器的三相无刷直流电机控制(14页,修订版A,更新时间:05年10月)
这份资料介绍了如何使用廉价的ATmega48处理器实现无传感器的3相无刷直流电机的控制。 |
AVR444: Sensorless control of 3-phase brushless DC motors (14 pages, revision A, updated 10/05)
This application note describes how to implement sensorless commutation control of a 3-phase brushless DC (BLDC) motor with the low cost ATmega48 microcontroller. |
| AVR446 |
 |
 |
AVR446 :线性速度控制步进电机( 15页,修订版A ,更新时间:06年6月)
这种应用说明描述了如何实施一个准确的线速度控制器的步进马达等。同时还介绍了一名司机与一个演示应用,有能力控制加速度以及位置和速度。 |
AVR446: Linear speed control of stepper motor (15 pages, revision A, updated 06/06)
This application note describes how to implement an exact linear speed controller for stepper motors. It also presents a driver with a demo application, capable of controlling acceleration as well as position and speed. |
| AVR447 |
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 |
AVR447 :ATmega48/88/168正弦正弦3相永磁电机驱动 ( 26页,修订版A ,更新时间:06年6月)
这份资料介绍了执行正弦波驱动三相无刷直流电动机霍尔传感器。执行能够很容易地改变使用其他驱动波形,如正弦波与三次谐波注入。 |
AVR447:Sinusoidal driving of three-phase permanent magnet motor using ATmega48/88/168 (26 pages, revision A, updated 06/06)
This application note describes the implementation of sinusoidal driving for threephase brushless DC motors with hall sensors. The implementation can easily be modified to use other driving waveforms such as sine wave with third harmonic injected. |
| AVR448 |
 |
 |
AVR448: 高电压三相无刷直流电机的控制(10页,修订版A,更新时间:05年7月)
使用微处理器做控制设备,3相电机可以被广泛是使用。对于小于1马力的电机可以实现有效的速度,加速度和功率控制。 |
AVR448: Control of High Voltage 3-Phase BLDC Motor (10 pages, revision A, updated 07/05)
Using a microcontroller as a control device, 3-phase motors can be used for a wide range of applications. Motor sizes below one horsepower are efficiently controlled in speed, acceleration, and power levels. |
| AVR449 |
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 |
AVR449 :ATtiny261/461/861 正弦3相永磁电机驱动( 24页,修订版B ,更新时间:07年10月 )
这份资料介绍了执行Attiny261/461/861微控制器系列正弦波驱动三相无刷直流电动机霍尔传感器。 |
AVR449: Sinusoidal driving of 3-phase permanent magnet motor using ATtiny261/461/861 (24 pages, revision B, updated 10/07)
This application note describes the implementation of sinusoidal driving for threephase brushless DC motors with hall sensors on the ATtiny261/461/861 microcontroller family. |
| AVR450 |
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 |
AVR450: 为SLA、NiCd、NiMH 和Li-Ion电池设计的充电器(44页,修订版B,更新时间:02年11月)
本参考设计完全实现了电池充电器设计的最新技术,可以对各种流行的电池类型进行快速充电而无须修改硬件,从而围绕单个硬件平台实现一个完整的充电器产品系列。只需要将新的充电算法通过ISP 下载到处理器的FLASH 存储器就可以得到新的型号。很显然,这种方法可以大大缩短新产品上市的时间,而且只需要库存一种硬件。本设计提供 完整的适合SLA、NiCd、NiMH 和Li-Ion 电池的库函数。 |
AVR450: Battery Charger for SLA, NiCd, NiMH and Li-ion Batteries (44 pages, revision B, updated 11/02)
This Reference Design is a battery charger that fully implements the latest technology in battery charger designs. The charger can fast-charge all popular battery types without any hardware modifications. The charger design contains complete libraries for SLA, NiCd, NiMH and Li-Ion batteries. |
| AVR451 |
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AVR451 : BC100硬件用户指南( 12页,修订版A ,更新时间:07年9月)
该BC100是参考设计/开发套件目标,特别是电池充电。作为该试剂盒是一般性质,可以用来收取各种电池供电类型的,只要按规定在充电电压和电流都是输出范围锦囊优惠( 1.2V至38V,最大5A) 。 |
AVR451: BC100 Hardware User's Guide (12 pages, revision A, updated 09/07)
The BC100 is reference design/development kit that targets especially battery charging. As the kit is general in nature it can be used to charge various battery types, as long as the requirements to charging voltage and currents are within the output range that the kit offers (1.2V to 38V, max 5A). |
| AVR452 |
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 |
AVR452 :基于传感器控制的三相无刷直流电动机采用AT90CAN128/64/32 ( 10页,修订版A ,更新时间:06年3月)
这份资料介绍了控制一台无刷直流电动机霍尔效应位置传感器。执行既包括方向和开环速度控制。 |
AVR452: Sensor-based Control of Three Phase Brushless DC Motors Using AT90CAN128/64/32 (10 pages, revision A, updated 03/06)
This application note describes the control of a BLDC motor with Hall effect position sensors. The implementation includes both direction and open loop speed control. |
| AVR453 |
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AVR453: 智能电池参考设计(37页,修订版B,更新时间:05年9月)
这份资料介绍了使用Atmel ATmega406微处理器来实现智能电池方案。此方案包括高精度ADC、用于SMBus通讯的TWI接口、以及可检测对电池错误使用的独立硬件,从而实现了对电池的智能化使用。 |
AVR453: Smart Battery Reference Design (37 pages, revision B, updated 09/05)
This application note describes the implementation of a smart battery using the Atmel ATmega406 microcontroller. The ATmega406 AVR microcontroller has been created with smart battery applications in mind. The feature set includes high accuracy ADCs, a TWI interface for SMBus communications, as well as independent hardware features that can protect the battery from incorrect use. |
| AVR454 |
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AVR:454 使用手册- ATAVRSB100 -智能电池开发板(20页,修订版C,更新时间:05年12月)
此文件介绍了ATAVRSB100智能电池开发板。SB100用于评估用于智能电池应用中的Atmel AVR ATmega406。其中ATmega406设计为可适用于2、3或4节Li-Ion电池。 |
AVR454: Users Guide - ATAVRSB100 - Smart Battery Development kit (20 pages, revision C, updated 12/05)
This document describes the ATAVRSB100 smart battery development kit. The SB100 is designed for evaluation of the Atmel AVR ATmega406, which is designed for smart battery applications. The ATmega406 is designed for 2, 3 or 4 cell Lithium-Ion battery packs. |
| AVR458 |
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AVR458: ATAVRBC100充电的锂离子电池 (30 页, 修订版A,更新时间:07年9月)
这份资料根据ATAVRBC100 蓄电池充电器参考设计(BC100) 并且重点介绍了如何使用充电锂离子(Li离子) 电池参考设计。固件整个都用C 语言写入(使用IAR® 系统嵌入) 并容易和其它AVR® 微型控制器对口。 |
AVR458: Charging Lithium-Ion Batteries with ATAVRBC100 (30 pages, revision A, updated 09/07)
This application note is based on the ATAVRBC100 Battery Charger reference design (BC100) and focuses on how to use the reference design to charge Lithium-Ion (Li-Ion) batteries. The firmware is written entirely in C language (using IAR® Systems Embedded Workbench) and is easy to port to other AVR® microcontrollers. |
| AVR460 |
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AVR460: 嵌入式Web服务器(53页,修订版C,更新时间:02年5月)
此参考设计示范如何嵌入式应用于直接连接Internet。 |
AVR460: Embedded Web Server (53 pages, revision C, updated 5/02)
This Reference Design demonstrates how embedded applications can be connected directly to the internet. |
| AVR461 |
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AVR461: 嵌入式Internet开发工具套件快速入门指南(16页,修订版B,更新时间:02年5月)
此快速入门指南介绍AVR嵌入式Internet开发工具套件的使用,亦可以作为开始嵌入式Internet应用的指南。 |
AVR461: Quick Start Guide for the Embedded Internet Toolkit (16 pages, revision B, updated 5/02)
This Quick Start Guide gives an introduction to using the AVR Embedded Internet Toolkit and can be used as a guide for getting started with embedded internet applications |
| AVR462 |
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AVR462: 降低AT90EIT1功耗(3页,修订版A,更新时间:02年3月)
这份资料介绍了AVR嵌入式Internet开发工具套件的一个小修正。此修正可以降低整个开发板的功耗和发热量。 |
AVR462: Reducing the Power Consumption of AT90EIT1 (3 pages, revision A, updated 3/02)
This Application Note describes a small modification to the AVR Embedded Internet Toolkit. This will reduce the power consumption and the operating temperature of the board. |
| AVR463 |
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AVR463: ATAVRBC100充电的镍金属氢化物电池 (26 页,修订版A, 更新时间:07年9月)
这份资料根据ATAVRBC100 蓄电池充电器参考设计(BC100) 并且重点介绍了如何对充电镍金属氢化物(NiMH) 电池使用参考设计。固件整个都用C 语言写入(使用IAR 系统嵌入) 并且容易和其它AVR®微型控制器对口。 |
AVR463: Charging Nickel-Metal Hydride Batteries with ATAVRBC100 (26 pages, revision A, updated 09/07)
This application note is based on the ATAVRBC100 Battery Charger reference design (BC100) and focuses on how to use the reference design to charge Nickel-Metal Hydride (NiMH) batteries. The firmware is written entirely in C language (using IAR Systems Embedded Workbench) and is easy to port to other AVR® microcontrollers. |
| AVR465 |
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AVR465 :电能表( 40页,修订版A ,更新时间:04 年7月)
这份资料介绍了一个单相功率/电能表与篡改的逻辑。设计措施有源功率,电压,电流的单相配电环境。测光表也发现不了,信号,并继续以衡量可靠,甚至当受到外来的企图篡改。 |
AVR465: Energy Meter (40 pages, revision A, updated 07/04)
This application note describes a single-phase power/energy meter with tamper logic. The design measures active power, voltage, and current in a single-phase distribution environment. The meter is able to detect, signal, and continue to measure reliably even when subject to external attempts of tampering. |
| AVR480 |
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AVR480: 反捏系统为电子窗口(19 页, 修订版B, 更新时间:06年12月)
这应用提供例子怎样创造反捏系统为电子窗口。根据速度和当前的参量测量了在窗口DC 马达外面, 它受益于AVR ATmegax8 系列的内部数字式和模式资源支持FMVSS118 和20/64/ECC 标准。 |
AVR480: Anti-Pinch System for Electrical Window (19 pages, revision B, updated 12/06)
This application note provides an example of how to create an anti-pinch system for electrical windows. Based on Speed and Current parameters measured out of the window DC motor, it benefits from the internal digital and analog resources of the AVR ATmegax8 family to support the FMVSS118 and 20/64/ECC standards. |
| AVR481 |
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AVR481: DB101 硬件用户 指南(10 页, 修订版B, 更新时间:07年9月)
DB101 是一个图解LCD 模块。它展示了如何使用AVR® 微型控制器控制128x64 映像点图解LCD 。 |
AVR481: DB101 Hardware User's Guide (10 pages, revision B, updated 09/07)
The DB101 is a graphical LCD module. It demonstrates how to use an AVR® microcontroller to control a 128x64 pixel graphical LCD. |
| AVR482 |
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AVR482 : DB101软件用户指南( 13页,修订版A,更新时间:07年9月)
该DB101固件是一个复杂的软件,它通过使用大量的驱动器和程序库,让用户执行大量应用。这份文件为每个驱动器、程序库、应用都作了一简要介绍。 |
AVR482: DB101 Software User's Guide (13 pages, revision A, updated 09/07)
The DB101 firmware is a complex piece of software that uses a number of drivers and libraries to implement a set of applications to the user. This document gives a brief introduction to every driver, library, and application. |
| AVR483 |
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AVR483 : DB101固件-使用入门( 1 7页,修订版A ,更新时间:07年9月)
这份资料一步一步的解释如何在DB101中创造一个新的固件项目,增加最基本为基本图形的应用,建立并运行它。 |
AVR483: DB101 Firmware - Getting Started (17 pages, revision A, updated 09/07)
This application explains, step by step, how to create a new firmware project, add the bare essentials for a basic graphics application, build it and run it on the DB101. |
| AVR492 |
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AVR492: 使用AT90PWM3的无刷直流电机控制(26页,修订版A,更新时间:05年7月)
这份资料介绍了如何使用AT90PWM3 AVR微处理器实现带传感器的无刷直流电机控制。 |
AVR492: Brushless DC Motor control using AT90PWM3 (26 pages, revision A, updated 07/05)
This application note describes how to implement a brushless DC motor control in sensor mode using AT90PWM3 AVR microcontroller. |
| AVR493 |
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AVR493 :整流传感器无刷直流电动机(无刷直流)利用 AT90PWM3 and ATAVRMC100 ( 20页,修订版B ,更新时间:06年12月)
这份资料介绍了怎样实现一个传感器整流的无刷直流电动机与ATAVRMC100开发套件。 |
AVR493: Sensorless Commutation of Brushless DC Motor (BLDC) using AT90PWM3 and ATAVRMC100 (20 pages, revision B, updated 12/06)
This application note describes how to implement a sensorless commutation of BLDC motors with the ATAVRMC100 developement kit. |
| AVR494 |
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AVR494: 使用V/F原理的交流电机控制和简单的PWM算法(12页,修订版A,更新时间:05年12月)
交流电机在连接到电源时只能以其额定速度运转,所以要改变转速必须改变电源频率。这份资料展示了这些技术如何在AT90PWM3上简单的被实现,也说明了AVR RISC微处理器在电源控制方面的应用。 |
AVR494: AC Induction Motor Control Using the constant V/f Principle and a Natural PWM Algorithm (12 pages, revision A, updated 12/05)
Induction motors can only run at their rated speed when they are connected to the main power supply. This is the reason why variable frequency drives are needed to vary the rotor speed of an induction motor. The aim of this application note is to show how these techniques can be easily implemented on a AT90PWM3, an AVR RISC based microcontroller dedicated to power control applications. |
| AVR495 |
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AVR495: 使用V/F原理的交流电机控制和PWM矢量算法(11页,修订版A,更新时间:05年12月)
在上一份资料[AVR494]中,介绍了在AT90PWM3上使用V/F原理和简单的PWM技术实现交流电机的速度控制。另一种经典的方法即矢量PWM技术可以做到更低功耗的和更快速响应。此份资料的目的就在于介绍在AT90PWM3上实现此种方法。 |
AVR495: AC Induction Motor Control Using the Constant V/f Principle and a Space-vector PWM Algorithm (11 pages, revision A, updated 12/05)
In a previous application note [AVR494], the implementation on an AT90PWM3 of an induction motor speed control loop using the constant Volts per Hertz principle and a natural pulse-width modulation (PWM) technique was described. A more sophisticated approach using a space vector PWM instead of the natural PWM technique is known to provide lower energy consumption and improved transient responses. The aim of this application note is to show that this approach, though more computationally intensive, can also be implemented on an AT90PWM3. |
| AVR500 |
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AVR500: ATmega64和ATmega645间的移植 (6页,修订版A,更新时间:04年7月)
ATmega64和ATmega645共存,但是却不可直接替换,这份资料可作为目前使用ATmega64的用户转换到ATmega645的指南。 |
AVR500: Migration between ATmega64 and ATmega645 (6 pages, revision A, updated 07/04)
This application note is a guide to assist a current ATmega64 user in converting existing designs to ATmega645, and vice versa. ATmega64 and ATmega645 coexisting devices and they are not designed to be a replacement device for each other |
| AVR501 |
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AVR501: 使用ATtiny25替换ATtiny15(9页,修订版A,更新时间:05年3月)
这份资料可作为目前使用ATtiny15的用户转换到ATtiny25的指南。 |
AVR501: Replacing ATtiny15 with ATtiny25 (9 pages, revision A, updated 03/05)
This application note is a guide to assist users of ATtiny15 in converting existing designs to ATtiny25. |
| AVR502 |
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AVR502: ATmega165和ATmega325间的移植(4页,修订版B,更新时间:05年12月)
ATmega165和ATmega325在引脚和功能上设计为兼容,但是在应用中相关端口代码需要进行一些修改。 |
AVR502: Migration between ATmega165 and ATmega325 (4 pages, revision B, updated 12/05)
The ATmega165 and ATmega325 are designed to be a pin and functionality compatible sub family, but there may be a need for some minor modifications in the application when porting code between the devices. |
| AVR503 |
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AVR503: 使用ATtiny25替换AT90S/LS2323或AT90S/LS2343(8页,修订版B,更新时间:05年9月)
这份资料可作为目前使用AT90S/LS2323和AT90S/LS2343的用户转换到ATtiny25的指南。 |
AVR503: Replacing AT90S/LS2323 or AT90S/LS2343 with ATtiny25 (8 pages, revision B, updated 09/05)
This application note is a guide to assist users of AT90S/LS2323 and, AT90S/LS2343 converting existing designs to ATtiny25. |
| AVR504 |
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AVR504 :从ATtiny26到ATtiny261/461/861的移植 ( 9页,修订版A,更新时间:06年10月)
这份资料是一个协助使用者从现有设计ATtiny26转换到ATtiny261的指南。该文件也将协助ATtiny26用户移植到ATtiny461和ATtiny861,它们都是作为ATtiny261提供更大的储存空间的一个系列。 |
AVR504: Migrating from ATtiny26 to ATtiny261/461/861 (9 pages, revision A, updated 10/06)
This application note is a guide to assist users of ATtiny26 in converting existing designs to ATtiny261. The document will also assist ATtiny26 users to migrate to the ATtiny461 and ATtiny861 devices, which are members of the same family as the ATtiny261 offering larger memories. |
| AVR505 |
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AVR505: ATmega16/32与ATmega164/324/644间的移植(9页,修订版B,更新时间:05年12月)
这份资料总结了ATmega16/32和ATmega164/324/644之间的区别,可以作为目前使用ATmega16/32的用户转换到ATmega164/324/644的指南。 |
AVR505: Migration between ATmega16/32 and ATmega164/324/644 (9 pages, revision B, updated 12/05)
This application note summarizes the differences between ATmega16/32 and ATmega164/324/644 and is a guide to assist current ATmega16/32 users in converting existing designs to the ATmega164/324/644. |
| AVR506 |
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AVR506 :从ATmega169移植到ATmega169P ( 6页,修订版C ,更新时间:07年2月)
该ATmega169P设计可以在引脚和功能兼容ATmega169 ,这份资料总结了彼此之间的不同点。 |
AVR506: Migration from ATmega169 to ATmega169P (6 pages, revision C, updated 02/07)
The ATmega169P is designed to be pin and functionality compatible with ATmega169, and this application note summarizes the differences between them. |
| AVR507 |
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AVR507 :从ATmega329移植到ATmega329P ( 5页,修订版B ,更新时间:06 年11月)
该ATmega329P设计可以在引脚和功能兼容ATmega329 ,但由于在这份资料所提到的改善,从ATmega329到ATmega329P移植时,这份资料有可能需要一些小的调整,。 |
AVR507: Migration from ATmega329 to ATmega329P (5 pages, revision B, updated 11/06)
The ATmega329P is designed to be pin and functionality compatible with ATmega329, but because of improvements mentioned in this application note there may be a need for minor modifications in the application when migrating from ATmega329 to ATmega329P. |
| AVR508 |
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avr508 :从ATmega644移植到ATmega644P ( 5页,修订版A ,更新时间:06年7月 )
该ATmega644P设计可以在引脚和功能兼容ATmega644 ,但由于在这份资料所提到的改善,从ATmega644到ATmega644P移植时,这份资料有可能需要一些小的调整,。 |
AVR508: Migration from ATmega644 to ATmega644P (5 pages, revision A, updated 07/06)
The ATmega644P is designed to be pin and functionality compatible with ATmega644, but because of improvements mentioned in this application note there may be a need for minor modifications in the application when migrating from ATmega644 to ATmega644P. |
| AVR509 |
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AVR509 :移民之间ATmega169p和ATmega329P( 4页,修订版B ,更新时间:06年11月)
该ATmega169P和ATmega329P是一个引脚和功能兼容的一个子系列,但由于在这份资料中所提到的储存大小及其他提到的问题不同点,在这些器件之间编写代码时可能需要少量的修改。 |
AVR509: Migration between ATmega169P and ATmega329P (4 pages, revision B, updated 11/06)
The ATmega169P and ATmega329P are designed to be a pin and functionality compatible sub family, but because of the differences in memory sizes and other issues mentioned in this application note there may be a need for minor modifications in the application when porting code between the devices. |
| AVR510 |
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AVR510 :ATmega329/649和ATmega3290/6490间的移植 ( 3页,修订版A ,更新时间:06年7 月)
该ATmega3290/6490的设计,能够与ATmega329/649 功能兼容,是4x40部分液晶驱动,而非4x25部分。由于它们不是脚兼容,液晶控制需要额外的引脚,在这些器件之间编写代码时可能需要少量的修改。这种移植介绍了必要的修改。 |
AVR510: Migration between ATmega329/649 and ATmega3290/6490 (3 pages, revision A, updated 07/06)
The ATmega3290/6490 are designed to be functionality compatible with ATmega329/649, but with 4x40 Segment LCD driver instead of 4x25 segments. Because of the extra pins needed for the LCD control they are not pin compatible, and there will be need for modifications when porting code between the devices. This migration note describes the necessary modifications. |
| AVR511 |
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AVR511 :从ATmega3290移植到ATmega3290P ( 5页,修订版B,更新时间:06年11月)
该ATmega3290P设计可以在引脚和功能兼容ATmega3290,但由于在这份资料所提到的改善,从ATmega3290以ATmega3290P移植时,这份资料有可能需要一些小的调整,。 |
AVR511: Migration from ATmega3290 to ATmega3290P (5 pages, revision B, updated 11/06)
The ATmega3290P is designed to be pin and functionality compatible with ATmega3290, but because of improvements mentioned in this application note there may be a need for minor modifications in the application when migrating from ATmega3290 to ATmega3290P. |
| AVR512 |
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AVR512 :从ATmega48/88/168移植到ATmega48P/88P/168P ( 5页,修订版A ,更新时间:06年7月)
该ATmega48P/88P/168P设计可以在引脚和功能兼容ATmega48/88/168,但由于在这份资料所提到的改善,从ATmega48/88/168至ATmega48P/88P/168P 移植时,这份资料有可能需要一些小的调整,。 |
AVR512: Migration from ATmega48/88/168 to ATmega48P/88P/168P (5 pages, revision A, updated 07/06)
The ATmega48P/88P/168P is designed to be pin and functionality compatible with ATmega48/88/168, but because of improvements mentioned in this application note there may be a need for minor modifications in the application when migrating from ATmega48/88/168 to ATmega48P/88P/168P. |
| AVR513 |
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avr513 :从ATmega165移植到ATmega165P ( 6页,修订版A ,更新时间:07年3月)
该ATmega165P设计可以在引脚和功能兼容ATmega165 ,这份资料总结了彼此之间的分歧。 |
AVR513: Migration from ATmega165 to ATmega165P (6 pages, revision A, updated 03/07)
The ATmega165P is designed to be pin and functionality compatible with ATmega165, and this application note summarizes the differences between them. |
| AVR514 |
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AVR514 :从ATmega325移植到ATmega325P ( 5页,修订版A ,更新时间:07年3月)
该ATmega325P设计可以在引脚和功能兼容ATmega325 ,但由于这份资料所提到的改善,从ATmega329到ATmega329P移植时,这份资料有可能需要一些小的调整, 。 |
AVR514: Migration from ATmega325 to ATmega325P (5 pages, revision A, updated 03/07)
The ATmega325P is designed to be pin and functionality compatible with ATmega325, but because of improvements mentioned in this application note there may be a need for minor modifications in the application when migrating from ATmega329 to ATmega329P. |
| AVR515 |
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AVR515 :从ATmega48/88/168和ATmega48P/88P/168P/328P移植到ATtiny48/88 ( 10页,修订版A ,更新时间:07年9月)
这份资料是一个协助使用者从现有设计ATmega48/88/168和ATmega48P/88P/168P/328P转换到ATtiny48/88的指南。 |
AVR515: Migrating from ATmega48/88/168 and ATmega48P/88P/168P/328P to ATtiny48/88 (10 pages, revision A, updated 09/07)
This application note is a guide to assist users of ATmega48/88/168 and ATmega48P/88P/168P/328P in converting existing designs to ATtiny48/88. |
| AVR910 |
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AVR910: ISP(10页,修订版C,更新时间:00年11月)
这份资料展示如何设计可以支持ISP的系统。 |
AVR910: In-System Programming (10 pages, revision C, updated 11/00)
This Application Note shows how to design the system to support in-system programming. |
| AVR911 |
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AVR911: 开放源代码的AVR编程器(13页,修订版A,更新时间:04年7月)
开放源代码的AVR编程器可替代AVR Studio所支持的AVRProg工具。此工具和STK500和JTAGICE语法兼容。 |
AVR911: AVR Open-source Programmer (13 pages, revision A, updated 07/04) AVR914: CAN & UART based Bootloader for AT90CAN32, AT90CAN64, & AT90CAN128 (28 pages, revision B, updated 01/06)
The AVR Open-source Programmer (AVROSP) is an AVR programmer application that replaces the AVRProg tool included in AVR Studio. It is a command-line tool, using the same syntax as the STK500 and JTAGICE command-line tools in AVR Studio. |
| AVR914 |
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AVR914: AT90CAN32/64/128的bootloader开发(28页,修订版B,更新时间01年06月) 本文档描述UART和CAN bootloader的接口和通讯协议,本例子方便你开发bootloader以应用到你自己的系统。 |
AVR914: CAN & UART based Bootloader for AT90CAN32, AT90CAN64, & AT90CAN128 (28 pages, revision B, updated 01/06)
This document describes the UART & CAN bootloader functionality as well as the serial protocols to efficiently perform operations on the on chip Flash & EEPROM memories. This bootloader example will help you develop your own bootloader with custom security levels adapted to your own applications. |
| AVR2001 |
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AVR2001 : AT86RF230软件程序员指南( 62页,修订版A ,更新时间:07年7月)
当谈到正确配置和使用的特点,即无线电收发器的规定时这份文件进入更深入的数据表。 |
AVR2001: AT86RF230 Software Programmer's Guide (62 pages, revision A, updated 07/07)
This document goes into greater depth than the datasheet when it comes to correct configuration and usage of the features that the radio transceiver provides. |
| AVR2005 |
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AVR2005 :AT86RF230的设计考虑 ( 9页,修订版A ,更新时间:07年8月)
该ATAVRRZ502是专为评价Atmel的AT86RF230 2.4千兆赫的无线电收发机设计的。这份资料介绍了所谓的提供ATAVRRZ502的“无线电扩展板”的设计和布局 。 |
AVR2005: Design Considerations for the AT86RF230 (9 pages, revision A, updated 08/07)
The ATAVRRZ502 is designed for evaluation of the Atmel AT86RF230 2.4 GHz radio transceiver. This application note describes the design and layout of the so-called “Radio Extender Board” (REB) that are provided with the ATAVRRZ502. |
| AVR2006 |
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AVR2006: 无线电控制器板2.4GHz PCB 天线的设计和特性(9 页, 修订版A, 更新时间:07年8月)
这份资料介绍了PCB 天线作为ATAVRRZ200 的部份被使用在无线电控制器板。这工具被设计为Atmel® AT86RF230 2.45 千兆赫无线电收发器的评估。 |
AVR2006: Design and characterization of the Radio Controller Boards 2.4GHz PCB Antenna (9 pages, revision A, updated 08/07)
This application note describes the PCB antenna used on the Radio Controller Board as a part of the ATAVRRZ200. This kit is designed for the evaluation of the Atmel® AT86RF230 2.45 GHz radio transceiver. |
| AVR2007 |
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AVR2007: AT86RF230 和ATmega1281 的IEEE802.15.4 MAC 电力消耗(14 页, 修订版A, 更新时间:07年9月)
这份资料介绍了估计当前AT86RF230和ATmega1281 微型控制器的消耗的两种方式作为一个IEEE802.15.4™ 标准的收发器系统。 |
AVR2007: IEEE802.15.4 MAC power consumptions for AT86RF230 and ATmega1281 (14 pages, revision A, updated 09/07)
This Application Note describes two ways of estimating the current consumption of the AT86RF230 radio and the ATmega1281 microcontroller as a transceiver system for the IEEE802.15.4™ standard. |
| AVR2009 |
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AVR2009 : AT86RF230 -软件编程模型( 4页,修订版A ,更新时间:07年8月)
该AT86RF230软件编程模型(实木包装) ,为开发利用无线电收发AT86RF2300尽可能有效提供一个参考,。 |
AVR2009: AT86RF230 – Software Programming Model (4 pages, revision A, updated 08/07)
The AT86RF230 Software Programming Model (SWPM) shall provide a reference for developers utilizing the radio transceiver AT86RF230 as effective as possible. |
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T89C51CC01和AT89C51CC03向AT90CAN128、AT90CAN64和AT90CAN32移植(7页,修订版A,更新时间:05年6月)
这份资料为帮助使用T89C51CC01、AT89C51CC03的CAN控制器用户转换到AT90CAN128、AT90CAN64或AT90CAN32指导手册。 |
Migrating from T89C51CC01 & AT89C51CC03, to AT90CAN128, AT90CAN64, AT90CAN32 (7 pages, revision A, updated 06/05)
This application note is a guide, on the CAN controller, to help current T89C51CC01, AT89C51CC03 users convert existing designs to AT90CAN128, AT90CAN64, AT90CAN32. |
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STK200 B版本和C版本勘误表的修正 |
Modification for Rev. B to Rev C. STK200 Errata Sheet |
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理解AVR的ICEPRO I/O寄存器(9页,修订版A,更新时间:98年4月)
这份资料介绍在AVR Studio中使用ICEPRO坊真时所见到的I/O寄存器。 |
Understanding the AVR ICEPRO I/O Registers (9 pages, revision A, updated 4/98)
This Application Note describes the I/O Register views seen in AVR Studio when using the ICEPRO emulator. |
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使用STK500做为AT89C51Rx2目标板(7页,更新时间:04年7月)
这份资料诠释如何将STK500做为8051构架微处理器开发板使用 |
Using the STK500 as an AT89C51Rx2 Target Board (7 pages, updated 7/04)
This Application Note explains how to use the STK500 as a development board for 8051 Architecture microcontrollers. |
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ATmega6824和ATmega88 ( 13页,修订版A ,更新时间:07年8月)
在高温环境中的直流电动机控制。 |
ATA6824 and ATmega88 (13 pages, revision A, updated 08/07)
DC Motor Control in High Temperature Environment. |
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从信号产生到永磁无刷直流电动机控制链完全集成的无刷直流电机控制( 17页,修订版A ,更新时间:07年3月)
本文件的目的就是要解释理论与应用Atmel的综合无刷直流驱动器解决方案。 |
Fully Integrated BLDC Motor Control from the Signal Generation to the Full BLDC Motor Control Chain (17 pages, revision A, updated 03/07)
The purpose of this document is to explain the theory and application of Atmel’s integrated BLDC driver solution. |
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基于Generic HID Class的计算机USB驱动器( 6页,修订版A ,更新时间:06年4月)
这个文件还整合介绍了Atmel公司的USB HID DLL 的职能。简单代码范例说明不同类型的执行情况作出适当的解释。 |
USB PC Drivers Based on Generic HID Class (6 pages, revision A, updated 04/06)
This document gives information on integrating the Atmel USB HID DLL functions. Simple code examples that demonstrate different types of implementation are given. |