没有合适的资源？快使用搜索试试~ 我知道了~

首页EE247 Analysis and design of analog-to-digital interface integtated circuit

EE247 Analysis and design of analog-to-digital interface integta...

EECS

需积分: 21 11 下载量 139 浏览量更新于2023-03-16 评论 1 收藏 34.92MB PDF 举报

身份认证购VIP最低享 7 折!

领优惠券(最高得80元）

试读

856页

Berkeley EECS247 Analysis and design of analog-to-digital interface integtated circuit 2007 Fall

资源详情

资源评论

资源推荐

EECS 247

Analog-Digital Interface

Integrated Circuits

Instructor: Haideh Khorramabadi

UC Berkeley

Department of Electrical Engineering and

Computer Sciences

Lecture 1: Introduction

Instructor’s Technical Background

• Ph.D., EECS department -UC Berkeley 1985, advisor Prof. P.R. Gray

– Thesis topic: Continuous-time CMOS high-frequency filters

• Industrial background

– 11 years at ATT & Bell Laboratories, N.J., in the R&D area as a circuit designer

• Circuits for wireline communications: CODECs, ISDN, and DSL including

ADCs (nyquist rate & over-sampled), DACs, filters, VCOs

• Circuits intended for wireless applications

• Fiber-optics circuits

– 3 years at Philips Semiconductors, Sunnyvale, CA

• Managed a group in the RF IC department- developed ICs for CDMA &

analog cell phones

– 3 years @ Broadcom Corp. – Director of Analog/RF ICs in San Jose, CA.

• Projects: Gigabit-Ethernet, TV tuners, and DSL circuitry

– Currently consultant for IC design

• Teaching experience

– Has taught/co-taught EE247 @ UCB since 2003

– Instructor for short courses offered by MEAD Electronics

– Adjunct Prof. @ Rutgers Univ., N.J. : Taught a graduate level IC course

Administrative

• Course web page:

http://inst.eecs.berkeley.edu/~EE247

– Course notes will be uploaded on the course website prior to

each class

– Homeworks & due dates are posted on the course website

– Please visit course website often for announcements

• Lectures are webcast mainly for the benefit of

students @ UCSC

http://webcast.berkeley.edu/courses

– Please try to attend the classes live to benefit from direct

interactions

– Make sure you use the provided microphones when asking

questions or commenting in class

Office Hours & Grading

• Office hours:

– Tues./Thurs. 2:30-3:30pm @ 563 Cory Hall

(unless otherwise announced in the class)

– Extra office hours by appointment

– Feel free to discuss issues via email:

haidehk@eecs.berkeley.edu

• Course grading:

– Homework/project 50%

– Midterm 20% (tentative date: Oct. 18)

– Final 30%

Prerequisites & CAD Tools

• Prereqs.

– Basic course in signal processing (Laplace

and z-transform, discrete Fourier

transform) i.e. EE120

– Fundamental circuit concepts i.e. EE105

and EE140

•CAD Tools:

– HSPICE or Spectre

–Matlab

Analog-Digital Interface Circuitry

Digital

Processor

Analog/Digital

Interface

Analog Input

Analog World

Digital/Analog

Interface

0 0 1

1 1 0

0 1 0

1 0 0 1

1 0 1 0

0 0 1 0

Analog Output

• Naturally occurring signals are analog

• To process signals in the digital domain

∴ Need Analog/Digital & Digital/Analog interface circuitry

Question: Why not process the signal with analog circuits only

& thus eliminate need for A/D & D/A?

CMOS Technology Evolution versus Time

*Ref: Paul R. Gray UCB EE290 course ‘95

International Technology Roadmap for Semiconductors, http://public.itrs.net

For NMOS @ (V

-V

= 0.5V )

75 80 85 90 95 ’00 ’05 ’10

1.5u

0.8u

0.6u

0.35u

0.25u

0.13u

0.1u

100

[GHZ]

Year

0.18u

0.065u

0.045u

CMOS Device Evolution

Progression from 1975 to 2005

• Feature sizes ~X1/100

• Cut-off frequency f

~X300

• Minimum size device area ~1/L

• Number of interconnect layers ~X8

Impact of CMOS Scaling on

Digital Signal Processing

Direct beneficiary of VLSI technology down scaling

– Digital circuits deal with “0” & “1” signal levels only

Æ Not sensitive to “analog” noise

– Si Area/function reduced drastically due to

• Shrinking of feature sizes

• Multi metal levels for interconnections (currently >8 metal

level v.s. only 1 in the 1970s)

– Enhanced functionality & flexibility

– Amenable to automated design & test

– “Arbitrary” precision

– Provides inexpensive storage capability

Analog Signal Processing Characteristics

• Sensitive to “analog” noise

• Has not fully benefited from technology down scaling:

– Supply voltages scale down accordingly

Æ Reduced voltage swings Æ more challenging analog

design

– Reduced voltage swings requires lowering of the

circuit noise to keep a constant dynamic range

Æ Higher power dissipation and chip area

• Not amenable to automated design

• Extra precision comes at a high price

• Rapid progress in DSP has imposed higher demands

on analog/digital interface circuitry

ÆPlenty of room for innovations!

剩余855页未读，继续阅读

c语言火车票订票管理源码.rar

施耐德PLC例程源码四台水泵的轮换

施耐德PLC例程源码四台水泵的轮换提取方式是百度网盘分享地址

node-v16.13.2-linux-s390x.tar.xz

Node.js，简称Node，是一个开源且跨平台的JavaScript运行时环境，它允许在浏览器外运行JavaScript代码。Node.js于2009年由Ryan Dahl创立，旨在创建高性能的Web服务器和网络应用程序。它基于Google Chrome的V8 JavaScript引擎，可以在Windows、Linux、Unix、Mac OS X等操作系统上运行。 Node.js的特点之一是事件驱动和非阻塞I/O模型，这使得它非常适合处理大量并发连接，从而在构建实时应用程序如在线游戏、聊天应用以及实时通讯服务时表现卓越。此外，Node.js使用了模块化的架构，通过npm（Node package manager，Node包管理器）,社区成员可以共享和复用代码，极大地促进了Node.js生态系统的发展和扩张。 Node.js不仅用于服务器端开发。随着技术的发展，它也被用于构建工具链、开发桌面应用程序、物联网设备等。Node.js能够处理文件系统、操作数据库、处理网络请求等，因此，开发者可以用JavaScript编写全栈应用程序，这一点大大提高了开发效率和便捷性。在实践中，许多大型企业和组织已经采用Node.js作为其Web应用程序的开发平台，如Netflix、PayPal和Walmart等。它们利用Node.js提高了应用性能，简化了开发流程，并且能更快地响应市场需求。

digix算法创新大赛2019baseline.zip

digix算法创新大赛2019baseline

三菱PLC小型立体仓库项目.zip

三菱PLC小型立体仓库项目.zip 叉手篮具到位检测入库2电机前限

node-v15.3.0-linux-s390x.tar.xz

软考高项-ITTO背诵打印必过版-2024-高项已通过

软考高项_ITTO背诵打印必过版_2024_高项已通过

巧解HTTP三次握手四次挥手流程（超详细）.docx

TCP三次握手及四次挥手详细图解相对于SOCKET开发者,TCP创建过程和链接折除过程是由TCP/IP协议栈自动创建的.因此开发者并不需要控制这个过程.但是对于理解TCP底层运作机制,相当有帮助. TCP三次握手所谓三次握手(Three-way Handshake)，是指建立一个TCP连接时，需要客户端和服务器总共发送3个包。三次握手的目的是连接服务器指定端口，建立TCP连接,并同步连接双方的序列号和确认号并交换 TCP 窗口大小信息.在socket编程中，客户端执行connect()时。将触发三次握手。 1.TCP建立流程第一次握手：建立连接时，客户端发送SYN(Seq = J)包到服务器，并进入到syn_sent状态。等待服务器确认。第二次握手：服务器收到SYN包，知道了Client端想建立连接. 它会向客户端发送SYN+ ACK包(ack =J+1 TCP 四次挥手 TCP的连接的拆除需要发送四个包，因此称为四次挥手(four-way handshake)。客户端或服务器均可主动发起挥手动作，在socket编程中，任何一方执行close()操作即可产生挥手操作

node-v13.5.0-linux-arm64.tar.xz

欧母龙PLC例程源码扎钢机程序

欧母龙PLC例程源码扎钢机程序提取方式是百度网盘分享地址

基于RGB相机的驾驶员注视区域估计_刘觅涵.pdf

驾驶员注意力检测，驾驶员分神驾驶检测，DMS，汽车智能驾驶，智能座舱

Unity实现二维码扫描，二维码生成

Unity实现二维码扫描，二维码生成提供ZXing.unity.dll可以进行二维码的生成和扫描，扫描的方式是在场景中发射射线，射线获取rawimage的texture并读取，然后作为二维码进行解析。提供源代码。

中山大学-计科-操作系统实验.zip

施耐德PLC例程源码恒压供水程序(用施耐德TWIDOPLC编的)

施耐德PLC例程源码恒压供水程序（用施耐德TWIDO PLC编的）提取方式是百度网盘分享地址

forestmay

粉丝: 13
资源: 3

上传资源快速赚钱

我的内容管理收起

我的资源快来上传第一个资源

我的收益

登录查看自己的收益

我的积分登录查看自己的积分

我的C币登录后查看C币余额

我的收藏

我的下载

下载帮助

会员权益专享

EE247 Analysis and design of analog-to-digital interface integta...

评论0

会员权益专享

最新资源

EE247 Analysis and design of analog-to-digital interface integta...

评论0

EECS 240 Berkley CMOS IC DESIGN

UC BERKELEY 伯克利大学 模拟电路设计课程 EECS240 EE240 spring 2010 课件.zip

IVT 机器人视觉库

多图表实现员工满意度调查数据分析python

2020届软件工程本科毕业生毕业设计项目.zip

基于stm32平衡小车

c语言火车票订票管理源码.rar

施耐德PLC例程源码四台水泵的轮换

node-v16.13.2-linux-s390x.tar.xz

digix算法创新大赛2019baseline.zip

三菱PLC小型立体仓库项目.zip

node-v15.3.0-linux-s390x.tar.xz

软考高项-ITTO背诵打印必过版-2024-高项已通过

巧解HTTP三次握手四次挥手流程（超详细）.docx

node-v13.5.0-linux-arm64.tar.xz

欧母龙PLC例程源码扎钢机程序

基于RGB相机的驾驶员注视区域估计_刘觅涵.pdf

Unity实现二维码扫描，二维码生成

中山大学-计科-操作系统实验.zip

施耐德PLC例程源码恒压供水程序(用施耐德TWIDOPLC编的)

会员权益专享

最新资源

UC BERKELEY 伯克利大学模拟电路设计课程 EECS240 EE240 spring 2010 课件.zip