IEC 61523-1:2001
延迟和电力计算标准 第1部分:集成电路延迟系统和电力计算系统

Delay and power calculation standards - Part 1: Integrated circuit delay and power calculation systems

2012-01

 

 

非常抱歉,我们暂时无法提供预览,您可以试试: 免费下载 IEC 61523-1:2001 前三页,或者稍后再访问。

您也可以尝试购买此标准,
点击右侧 “购买” 按钮开始采购(由第三方提供)。

点击下载后,生成下载文件时间比较长,请耐心等待......

 

标准号
IEC 61523-1:2001
发布
2001年
发布单位
国际电工委员会
替代标准
IEC 61523-1:2012*IEEE Std 1481
当前最新
IEC 61523-1:2012*IEEE Std 1481
 
 
适用范围
As stated in the introduction, the scope of the DPCS standard is to make it possible for integrated circuit designers to analyze chip timing and power consistently across a broad set of EDA applications, for integrated circuit vendors to express timing and power information once (for a given technology), and for EDA vendors to meet their application performance and capacity needs. The intended use for these standards is integrated circuit timing and power. The standard may be applied to both unit logic cells supplied by the integrated circuit vendor and logical macros defined by the integrated circuit designer. Although this specification is written towards the integrated circuit supplier and EDA developer, its application applies equally well to representation of timing and power for designer defined macros (or hierarchical design elements). These specifications make it possible to achieve consistent timing and power results, but do not guarantee it. They provide for a single executable software program which computes delay and power based on integrated circuit vendor-supplied algorithms (or designer-supplied algorithms for macros), but does not guarantee EDA applications correctly communicate the design-specific information required for these algorithms. By specifying standard exchange formats for parasitic data and floorplanning information, the standard provides a marked improvement over design environments with no such standards. However, it is the responsibility of the EDA application to correctly correlate the information between these standard exchange files and the actual design. These specifications also do not detail how the information contained within the standard exchange files shall be obtained.

IEC 61523-1:2001相似标准


推荐

IEEE 物联网相关的标准

(HIC)的IEEE标准(用于并行系统构建的低成本,低延迟可伸缩串行互连)IEEE 21450-2010 - IEEE信息技术标准 - 传感器执行器的智能传感器接口 - 通用功能,通信协议和传感器电子数据表(TEDS)格式IEEE 21451-1-2010 - IEEE信息技术标准 - 传感器执行器的智能传感器接口 - 1部分:网络能力应用处理器(NCAP)信息模型IEEE 21451-2-2010...

变压器标准有哪些?

  1电力变压器1部分总则(GB1094·1-1996) 本标准适用于三相单相电力变压器(包括自耦变压器)。小型专用变压器(如:额定容量小于1kVA的单相变压器额定容量小于5kVA的三相变压器;互感器;变流变压器;电机车牵引变压器;起动变压器;试验变压器;电焊变压器)没有相应的标准时,可参照本标准。  ...

《Science》:高能离子轰击,实现超高电容能量密度!

在放电过程中,介质电容器具有较大的极化变化较大的击穿电场(Eb),以达到较高的放电速率放电强度。这两个特点是通常具有负相关性,通常一些研究的焦点是在通过诱导弛豫行为来改善储能性能。材料设计的主要想法是通过化学掺杂或异质结构设计来改性铁电体成张弛振荡器,以利用其延迟偏振饱和度相对较弱的滞后行为,但对于如何提高张弛振荡器本身的储能性能研究很少。介电电容器是电子电力系统的重要组成部分。...

供热计量需要云计算物联网助力

计算是一种新型的IT服务,它对于热力企业提供IT基础设施和服务,好比电网公司提供电力服务一样。众所周知,今天几乎已没有企业会自建电厂为自己提供电力服务,因为电力公司会给大家提供更可靠、更廉价、更安全的电力服务。  为什么热力行业需要云计算呢?热计量改造今后热力企业的精细管理,一定离不开IT系统的升级创新。...





Copyright ©2007-2022 ANTPEDIA, All Rights Reserved
京ICP备07018254号 京公网安备1101085018 电信与信息服务业务经营许可证:京ICP证110310号