JEDEC Standard No. 8-20A.01
- i -
POD15 - 1.5V PSEUDO OPEN DRAIN I/O
Contents
Page
1 Scope ..................................................................................................................................... 1
2 Operating Conditions ............................................................................................................. 2
3 Additional Background Information ...................................................................................... 9
Annex A — (Informative) Difference between JESD8-20A and JESD8-20 .............................. 13
Annex B — (Informative) Difference between JESD8-20A.01 and JESD8-20A ...................... 14
List of Tables
Table 1 — DC Operating Conditions .......................................................................................... 2
Table 2 — AC Operating Conditions .......................................................................................... 3
Table 3 — Clock Input Operating Conditions ............................................................................. 4
Table 4 — 1.5 V I/O Impedances ................................................................................................ 6
Table 5 — POD I/O Sub Cells, 240 Ohm Based ......................................................................... 10
Table 6 — POD I/O Sub Cells, 120 Ohm Based ......................................................................... 10
List of Figures
Figure 1 — Voltage Waveform .................................................................................................... 3
Figure 2 — Clock Waveform ....................................................................................................... 5
Figure 3 — Definition of Differential AC-Swing and “Time Above AC-Level” tDVAC ........... 5
Figure 4 — Target Pull Down Characteristic at 40 Ohms ............................................................ 7
Figure 5 — Target Pull Up/Termination Characteristic at 60 Ohms ............................................ 7
Figure 6 — Example of Non-linearity, Pull Down Characteristic at 40 Ohms ............................ 8
Figure 7 — Example of Non-linearity, Pull Up/Termination Characteristic at 60 Ohms ............ 8
Figure 8 — System Configurations ............................................................................................... 9
Figure 9 — Initiator I/O Cell ......................................................................................................... 9
Figure 10 — Target I/O Cell ........................................................................................................ 10
Figure 11 — PMOS Calibration ................................................................................................... 11
Figure 12 — NMOS Calibration .................................................................................................. 12
Downloaded by 65 56 (cdm_lj@163.com) on Oct 25, 2022, 4:55 pm PDT
JEDEC
剩余21页未读，继续阅读
std86021
- 粉丝: 106
- 资源: 2809
我的内容管理
展开
最新资源
- C语言快速排序算法的实现与应用
- KityFormula 编辑器压缩包功能解析
- 离线搭建Kubernetes 1.17.0集群教程与资源包分享
- Java毕业设计教学平台完整教程与源码
- 综合数据集汇总：浏览记录与市场研究分析
- STM32智能家居控制系统：创新设计与无线通讯
- 深入浅出C++20标准：四大新特性解析
- Real-ESRGAN: 开源项目提升图像超分辨率技术
- 植物大战僵尸杂交版v2.0.88：新元素新挑战
- 掌握数据分析核心模型，预测未来不是梦
- Android平台蓝牙HC-06/08模块数据交互技巧
- Python源码分享：计算100至200之间的所有素数
- 免费视频修复利器：Digital Video Repair
- Chrome浏览器新版本Adblock Plus插件发布
- GifSplitter：Linux下GIF转BMP的核心工具
- Vue.js开发教程：全面学习资源指南
资源上传下载、课程学习等过程中有任何疑问或建议，欢迎提出宝贵意见哦~我们会及时处理！
点击此处反馈
