V
主页
【STA公开课】11 - 建立和保持时间方程的推导(2)- Derivation for Setup and Hold equations
发布人
https://www.youtube.com/watch?v=b-o1d7_YUd4&list=PLC7JCwKQnjL6n8US3Wdt0ka7W84TJDOCK&index=11 【原作者】Team VLSI —— 搬运自youtube 【视频原标题】Derivation for Setup and Hold equations | between +ve and -ve flip flops | Half cycle path | Part-2 【原视频简介】Setup and Hold Time equation between positive and negative edge triggered flip flops have been derived. Such a path is called a Half cycle path. Setup and hold time equations have been derived step by step with easy explanation. The flow of this session is as follow: 0:00 Introduction 1:20 Derivation for setup equation from a negative edge triggered FF to a Positive edge-triggered FF 9:00 Summary of setup time calculation 11:32 Derivation for Hold Equation from a negative edge triggered FF to a Positive edge-triggered FF 18:20 Summary of hold time calculation 20:25 Thanks ------------------- Related videos: Setup and Hold equation between two same types of flip flops| part-1 • Derivation for Setup and Hold time eq... Clock latency: • Clock Latency in VLSI | Source Latenc... Clock Uncertainty: • Clock Uncertainty in VLSI | Why clock... Setup and Hold Time Requirement in Flip Flop: / pqrzpothhf Setup and hold time requirement in Latch • Setup and Hold time inside Latch CPPR concepts: • Common Path Pessimism Removal in VLSI... --------------- If you feel this video is relevant to your domain and useful, please like the video and subscribe to this channel. Your queries/suggestions are most welcome in the comment section. -------------- //Connect with us All Contacts: https://www.teamvlsi.com/p/contact_8.... Support Us: https://www.teamvlsi.com/p/donate-us.... Blog: https://www.teamvlsi.com Facebook Page: / teamvlsi WhatsApp Group: https://chat.whatsapp.com/C2B7VjYwCic... Telegram Group: https://t.me/teamvlsi (Or search team VLSI on telegram) Email: admin@teamvlsi.com
打开封面
下载高清视频
观看高清视频
视频下载器
【STA公开课】8 - 锁存器中的建立和保持时间 - Setup and Hold time inside Latch
【STA公开课】5 - 时钟偏斜 - Clock Skew in VLSI
【STA公开课】7 - 锁存器和寄存器 - Latch and Flip Flops in ASIC Design
【STA公开课】伪路径 - False Path in VLSI
【STA公开课】1 - 建立时间和保持时间 - Setup and hold time in flip flop
【STA公开课】3 - 时钟延迟 - Clock Latency in VLSI
【公开课】时钟门控单元 - Integrated Clock Gating (ICG) Cell
【STA公开课】4 - 数据和时钟路径 - Data and Clock Path
【STA公开课】多周期路径 - Multi cycle path in VLSI
【STA公开课】10 - 建立和保持时间方程的推导(1)- Derivation for Setup and Hold equations
【STA公开课】2 - 时钟信号基础 - Basics of Clock Signal
【STA公开课】9 - 公共路径悲观消除 - Common Path Pessimism Removal (CPPR) in VLSI
【公开课】5G标准中的LDPC码和极化码
【公开课】MIMO通信系统
【STA公开课】6 - 时钟不确定度 - Clock Uncertainty in VLSI
【公开课】CORDIC算法
【英文字幕】编码理论/差错控制编码(Coding Theory/Error Control Coding)
Synopsys Design Compiler DC综合教程
【公开课】微波/毫米波电路分析与设计
南京大学电子科学与工程学院团学年会开场
【公开课】使用UPF进行低功耗设计和验证
【公开课】VLSI/IC设计中的各种文件
【RISC-V】蜂鸟e203片上系统实现
【Chisel公开课】Agile Hardware Design:敏捷硬件设计
南理工818考纲更新啦!南京理工大学818信号、系统与数字电路考纲解读与参考书目划重点之数字电路篇|蒋立平
【IC老肖】| Cache替换策略(4) FIFO/LRU/PLRU —— 数字IC设计验证实战项目之多端口Cache设计
模拟芯片版图设计之撒dummy
【英文字幕】纠错编码(Error Correcting Codes)
芯片上电异常保护
【IC老肖】| Cache组织结构(3) 直接相连/全相连/组相连 —— 数字IC设计验证实战项目之多端口Cache设计
【IC后端——寻常】STA基础之建立时间
从英特尔宣传片看微电子十年发展史
[中英字幕]半导体鳍式MOS管的布局设计分析3D演示
在Microblaze上运行linux:基于Arty A7的SoC设计
11个商业分析模型:提升你的商业洞察力!
【NB-IoT/SimpleLink】基于机器视觉与BLE设备的共享单车管理系统
纠错码/差错控制编码/信道编码相关的讲座
Running Debian on RISC-V on Nexys Video with Ethernet
模拟版图设计之产品版图review
2024法考主观孟献贵法条定位+基础精讲+观点展示+制度简单+考前聚焦