High-Efficiency Low-Voltage DC-DC Conversion for Portable-- UC Berkeley 博士論文

sjhor · 發表於 2007-3-26 17:28:34

High-Efficiency Low-Voltage DC-DC Conversion for Portable-- UC Berkeley 博士論文
若有版權問題時  請版主刪除
因為字數有限制  所以刪掉一些  contents
附件  有 2MB/245P
內容如下:
Table of Contents
Chapter 1: Introduction ....................................................................................................1
1.1 Motivation.....................................................................................................................1
1.2 The Challenge of Lower-Voltage DC-DC Conversion ..................................................3
1.2.1 Low-Voltage and High-Current.................................................................................................4
1.2.2 Low-Voltage and Low-Current .................................................................................................5
1.3 Research Goals and Contributions.................................................................................7
1.4 Thesis Organization .......................................................................................................8
Chapter 2: DC-DC Conversion as a Low-Power Enabler ...........................................10
2.1 Voltage Scaling for Low-Power...................................................................................11
2.1.1 Multiple Supply Voltages ........................................................................................................13
2.1.2 Architectural Voltage Scaling..................................................................................................14
2.1.3 Voltage Scaling with Vt Reduction .........................................................................................17
2.1.4 Discussion ...............................................................................................................................18
2.2 Dynamic Voltage Scaling for Energy-Efficient GPP...................................................18
2.2.1 Typical Processor Usage .........................................................................................................19
2.2.1.1 Sleep Mode ............................................................................................................20
2.2.1.2 Slow Clocks ...........................................................................................................21
2.2.2 Dynamic Voltage Scaling ........................................................................................................22
2.2.3 Discussion ...............................................................................................................................24
2.3 Low-Swing Interconnect..............................................................................................25
2.3.1 Discussion ...............................................................................................................................27
2.4 Voltage Regulation Enhances Battery Run-Time ........................................................28
2.4.1 A Piecewise Linear Model to a Low-Rate Battery Discharge Curve......................................30
2.4.2 Models for Battery Loading Conditions..................................................................................32
2.4.3 Case Study: An Analog Load with Supply-independent Biasing ...........................................33
2.4.3.1 Run directly from the cell ......................................................................................34
2.4.3.2 Run through a linear regulator ...............................................................................34
2.4.3.3 Run through a switching regulator.........................................................................34
2.4.4 Case Study: A Throughput-constrained Digital CMOS Load.................................................35
2.4.4.1 Run directly from cell ............................................................................................35
2.4.4.2 Run through a linear regulator ...............................................................................35
2.4.4.3 Run through a switching regulator.........................................................................36
2.4.5 Results .................................................................................................................. ...................36
2.4.6 Converter Size vs. Extra Battery Size .................................................................................... .39
Chapter 3: DC-DC Converter Fundamentals ...............................................................42
Chapter 4: DC-DC Design Techniques for Portable Applications..............................79
Chapter 5: Design Considerations for Dynamic DC-DC Converters .......................124
Chapter 6: Prototype DC-DC Converters ...................................................................147
Chapter 7: Conclusions .................................................................................................228

References......................................................................................................................231

購買主題 已有 19 人購買 本主題需向作者支付 8 元Chipcoin 才能瀏覽

sjhor · 發表於 2007-3-26 18:01:40

終於貼上去了
原來  檔案大小有限制
所以  我把它分成4個檔  並且加密
本論壇的功能  還不太會用
所以  不能讓你們先下載完  再買密碼
所以  大家將就點唷

會賣這麼貴  是要你們多回應  論壇才會有更多的人氣

呵呵  原來樓主  才可以賣東西!!

[ 本帖最後由 sjhor 於 2007-3-26 06:13 PM 編輯 ]

q26941058 · 發表於 2008-3-18 09:40:27

感謝大大的分享
我要好好研究一下

snk_so · 發表於 2008-3-18 09:43:41

感謝大大的分享
可是會不會賣太貴一點
這樣怎麼夠COCO學習別的資訊咧？
請降低一下價格吧
謝謝

halu · 發表於 2008-3-18 09:45:17

感謝分享,雖然貴了點但是這是有您的用意,論壇人氣旺一點,那學習的世界就會廣一點,因為一直都是靠自己是很辛苦,所以有大家的幫忙才會事半功倍。

hiyato · 發表於 2008-3-25 21:17:42

很寶貴的資料，而且資料內容很詳細，值得大家去閱讀研究

xavier · 發表於 2008-3-25 22:01:03

看起來很不錯的資料,感謝分享! ^^

jelly811737 · 發表於 2008-3-26 21:47:40

UC Berkeley 耶！感覺就很高級的樣子，
難怪這篇會特別貴，非常謝謝你的分享，希望論文的內有也有這個價值。

jerwei · 發表於 2008-4-4 14:31:48

這篇博論真的很棒!
一些基本的基礎的觀念都有並且說明的很清楚
很好的一本論文
thx for sharing~~

輝輝仔 · 發表於 2008-4-10 13:02:58

感覺應該是一篇不錯的論文唷~
希望裡面有想要的東西~
花小錢學知識~讚啦~

cicer · 發表於 2008-4-26 15:20:06

此文是目前为止发现的最贵的一篇,一定要下来看看,相信物有所值

aniki · 發表於 2008-5-22 20:34:52

很棒的文章~感謝提供！好好研讀是成功必經之路。

jolin2 · 發表於 2008-9-29 16:14:17

好想買~
可是沒COCO

omega-yang · 發表於 2008-11-2 20:56:16

暫時買不起
先去其他地方轉轉再回來買
好資料可不能錯過.

summer1982 · 發表於 2008-11-5 23:36:36

楼主你也太很了。。这都弄得到！
太想看了。。。非常非常非常想看
可是没有那么多rdb

aleck · 發表於 2009-3-7 22:31:31

感謝版主提供這麽好的paper 讓我獲益良多

感恩啊

birdqiang · 發表於 2009-10-20 16:40:43

想看啊,可是没那么多rdb.
只能抓紧时间回帖赚钱...

j681117 · 發表於 2009-11-21 18:09:17

這篇論文真ㄉ很讚說~~可以說是聖經~~但是真ㄉ太貴了~~~

mousestack2003 · 發表於 2009-12-23 11:20:49

謝謝大大地無私分享資料∼
這文件很受用喔∼謝謝大大！

woshixiaocao · 發表於 2011-1-2 18:23:58

dingdingding！我就是不够啊

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sjhor sjhor 當前離線積分 4161 IP卡狗仔卡	電梯直達 1^# 發表於 2007-3-26 17:28:34 \| 只看該作者 \|倒序瀏覽 \|閱讀模式 High-Efficiency Low-Voltage DC-DC Conversion for Portable-- UC Berkeley 博士論文若有版權問題時請版主刪除因為字數有限制所以刪掉一些 contents 附件有 2MB/245P 內容如下: Table of Contents Chapter 1: Introduction ....................................................................................................1 1.1 Motivation.....................................................................................................................1 1.2 The Challenge of Lower-Voltage DC-DC Conversion ..................................................3 1.2.1 Low-Voltage and High-Current.................................................................................................4 1.2.2 Low-Voltage and Low-Current .................................................................................................5 1.3 Research Goals and Contributions.................................................................................7 1.4 Thesis Organization .......................................................................................................8 Chapter 2: DC-DC Conversion as a Low-Power Enabler ...........................................10 2.1 Voltage Scaling for Low-Power...................................................................................11 2.1.1 Multiple Supply Voltages ........................................................................................................13 2.1.2 Architectural Voltage Scaling..................................................................................................14 2.1.3 Voltage Scaling with Vt Reduction .........................................................................................17 2.1.4 Discussion ...............................................................................................................................18 2.2 Dynamic Voltage Scaling for Energy-Efficient GPP...................................................18 2.2.1 Typical Processor Usage .........................................................................................................19 2.2.1.1 Sleep Mode ............................................................................................................20 2.2.1.2 Slow Clocks ...........................................................................................................21 2.2.2 Dynamic Voltage Scaling ........................................................................................................22 2.2.3 Discussion ...............................................................................................................................24 2.3 Low-Swing Interconnect..............................................................................................25 2.3.1 Discussion ...............................................................................................................................27 2.4 Voltage Regulation Enhances Battery Run-Time ........................................................28 2.4.1 A Piecewise Linear Model to a Low-Rate Battery Discharge Curve......................................30 2.4.2 Models for Battery Loading Conditions..................................................................................32 2.4.3 Case Study: An Analog Load with Supply-independent Biasing ...........................................33 2.4.3.1 Run directly from the cell ......................................................................................34 2.4.3.2 Run through a linear regulator ...............................................................................34 2.4.3.3 Run through a switching regulator.........................................................................34 2.4.4 Case Study: A Throughput-constrained Digital CMOS Load.................................................35 2.4.4.1 Run directly from cell ............................................................................................35 2.4.4.2 Run through a linear regulator ...............................................................................35 2.4.4.3 Run through a switching regulator.........................................................................36 2.4.5 Results .................................................................................................................. ...................36 2.4.6 Converter Size vs. Extra Battery Size .................................................................................... .39 Chapter 3: DC-DC Converter Fundamentals ...............................................................42 Chapter 4: DC-DC Design Techniques for Portable Applications..............................79 Chapter 5: Design Considerations for Dynamic DC-DC Converters .......................124 Chapter 6: Prototype DC-DC Converters ...................................................................147 Chapter 7: Conclusions .................................................................................................228 References......................................................................................................................231 購買主題已有 19 人購買本主題需向作者支付 8 元Chipcoin 才能瀏覽
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