t**********i
发帖数: 63 | 1 Fresh或者有经验的。有兴趣者请把简历发到t************[email protected]
Design and implement high speed analog/mixed-signal circuits in advanced
CMOS technology for integration in system-on-chip products:
- understand how circuits work
- develop and improve new and existing circuit solutions
- simulate circuits
- present and receive technical feedback at reviews
Design, model, document and communicate Analog IP to internal customers:
- create specs
- create circuit models
- define package and pc board requirements
Und... 阅读全帖 |
|
a***n
发帖数: 578 | 2 big news! any expert's comment?
Mismatch Boosts Solar Efficiency
Technology Research News April 27, 2004
One way to make solar cells more efficient is to find a material that will
capture energy from a large portion of the spectrum of sunlight—from infrared
to visible light to ultraviolet.
Energy transfers from photons to a photovoltaic material when the material
absorbs lightwaves that contain the same amount of energy as its bandgap. A
bandgap is the energy required to push an electron from a |
|
w********h
发帖数: 12367 | 3 we are just predicting bandgap for our polymers and make comparison
between the experimental values and the predictions.
the bandgap is around 2.5 eV. not small at all.
ZINDO/2.
inorganics. |
|
s*****r
发帖数: 261 | 4 有个review，看是否有兴趣， 站内联系
Applied Technique of Focused Ion Beam Milling Based on Microstructure of
Photonic Bandgap Fiber
In this paper, a precision micromachining technique for photonic bandgap
fiber (PBGF) using focused ion beam (FIB) milling was reported. Types of
PBGF have the honeycomb structure with a hollow-core surrounded by
microstructured cladding, and the widths of the thin silica struts are only
10~100 nm. |
|
a*******i
发帖数: 11664 | 5 direct bandgap vs indirect bandgap |
|
a*******i
发帖数: 11664 | 6 I didn't read the paper very carefully but this is about measurements on
nanopariticles with diameters of 10-
12 nm, right?
when you read most textbooks, they say:
for direct bandgap: alfa ~ (hv-Eg)^0.5
for indirect bandgap: alfa ~ (hv-Eg+/-phonon)^2
those two equations are for 3D bulk materials! not for 2D Quantum Well or 1D
nanowire or QDs.
The relation between the absorption coefficient and the energy is mainly
determined by the density of states.
The density of states for 3D, 2D, 1D and QDs |
|
w****o
发帖数: 20 | 7 Only when the laser energy is below the bandgap of these two materials.
Because refractive index will have imaginary part when above the bandgap Eg,
ie, N(E)=n(E)+i*k(E), k>0 when E>Eg; and k_material1 can be diffrent from
k_material2 if they are nonzero.
Reflection is
R=((1-n)^2+k^2)/((1+n)^2+k^2). |
|
s***d
发帖数: 15421 | 8 adi我不知道，但是很多模拟的中小公司都是可以互相看的。你设计block 不知道你在
系统里面的环境是很难正确的做出判断的，会出大问题的。很多时候你要拿别人设计好
的bandgap reference，power supply做你自己block的 testbench，所以要是完完全全
独立是不可能的，而且模拟电路那么复杂，光看别人写的设计文档完全没用，设计文档
说得不好听都是放狗屁，至少我自己的设计文档就是放狗屁，干货自己知道就好。 |
|
a****g
发帖数: 8131 | 9 dear b, u a wrong
Nuclear battery technology began in 1913, when Henry Moseley first
demonstrated the beta cell. The field received considerable in-depth
research attention for applications requiring long-life power sources for
space needs during the 1950s and 1960s. In 1954 RCA researched a small
atomic battery for small radio receivers and hearing aids.[3] Since RCA's
initial research and development in the early 1950s, many types and methods
have been designed to extract electrical energy fro... 阅读全帖 |
|
W*****d
发帖数: 4196 | 10 Dr. Susan Xiao-Ping Su
President of Tri-Valley University
Tri-Valley University TVU
E-mail: s*[email protected], s***[email protected]
EDUCATION
Ph .D. Department of Mechanical Engineering, University of California at
Berkeley, 2001.
Major: Design; Minor I: Microscale Heat Transfer; Minor II: Integrated
Circuit Technology.
Dissertation: Compliant Microleverage Mechanism Design for MEMS Application
Dissertation Advisors: Prof. Alice M. Agogino; Prof. Tsu-Jae King, Prof.
Dennise K. Lieu
M. S... 阅读全帖 |
|
x********i
发帖数: 905 | 11 Intel STS 2015 Finalists
Anandapadmanaban, Eswar
Dr. Ronald E. McNair Academic High School, Jersey City, NJ
The ThereNIM: A Touch-less Respiratory Monitor
Ashkin, Emily Lorin
Providence Day School, Charlotte, NC
A Novel Synergistic Approach for Enhancing Immunotherapy in the Treatment of
Melanoma
Chemparathy, Augustine George
Dougherty Valley High School, San Ramon, CA
Accumulation of the Biodiesel Precursor Triacylglycerol Offsets Oxidative
Stress in the Model Alga Chlamydomonas reinhardtii
Cui... 阅读全帖 |
|
j*********g
发帖数: 3179 | 12 没有量子力学理论，你都不知道你测出来的1.12V是神马东西。
要不你试试用经典理论解释一下bandgap？ |
|
l******h
发帖数: 2 | 13 Highly reputational company with very competitive compensation for all
positions.
Please send in your resume and position/positions you like to apply to my
email address below.
h*******[email protected]
All resumes will be deliver to hiring manager directly. Act fast!
Thanks!
Silicon Engineering Group
Sr. Physical Design Timing Engineer
Timing (STA) Manager
Senior Physical Design Engineer
CAD Manager - Front-End Design and Verification
Sr. CAD Engineer - Place & Route / Physical Design Engineer
Sr. CA... 阅读全帖 |
|
d********3
发帖数: 899 | 14 This individual will be a key member of the design team. The candidate will
participate in the product definition process with marketing and customers
and be involved in all aspects of the IC design cycle from the architectural
concept phase through back-end release to production. He/she will also have
the opportunity to routinely interface with the MEMS designers to
contribute at a system level (MEMS + ASIC). The candidate should be self-
motivated and an excellent team player with superior co... 阅读全帖 |
|
x****o
发帖数: 21566 | 15 第一章 HIFI与其他音响系统
一. 什么是HIFI？
HiFi就是“高保真”音响系统。英语缩写High-Fidelity。
Hi-Fi=高保真，发烧友口中的Hi-Fi系统一般指技术指标较高的音响器材。
那么，什么是“高保真”？
从字面上看就是真实还原，把各类声音通过音响系统真实还原出来，这就是所谓的“高
保真”
那么现在的HIFI系统能够达到真实还原吗？回答是否定的，尽管现在电子技术已经非常
发达，但是至今还是无法做到真正的还原，只能尽量靠近自然的声音。
所以你会问既然达不到真实还原，那么为什么还有那么多人在热衷HIFI？应该这样说，
现在的HIFI含义是有些变化了，市场上流行的HIFI音响是提供给你喜欢听的声音，既然
达不到真实还原，那么就做一些大家喜欢听的声音。
二. HIFI系统与普通音箱的区别
从原理上来说没有区别，大家都通过电子元件发出声音，但是从性能方面来说区别很大
，简单点形容就是普通电视图象与高清电视图象的区别，普通音箱相当于普通电视图象
，可以接受，但是不能说满意，HIFI系统相当于高清电视图象，色彩鲜艳，层次好，让
人赏心悦目。明白了这一点你也许对HIFI会有点兴... 阅读全帖 |
|
f*********r
发帖数: 674 | 16 o...analog要经验... 但是上次nvidia的电面也考了bandgap...
问我做的啥样的, 还有里面的opamp
八百年没做过了... 问得太detail了我只好说我不记得了 |
|
f*********r
发帖数: 674 | 17 同志, 顶一下! EE找工作不容易啊!
我是问了bandgap后的第二天才想起来它是干嘛的... 好在没黄了我的onsite :P |
|
t******3
发帖数: 29 | 18 9点开始，到4：15结束，中间午饭1小时，1对1面了8个，全部技术问题，没有HR,和以
前项目有关的就不说了，基础的总结起来有：
1） MOS 管的小信号模型，有两个变化，一个人问了Source Degeneration的增益，还
有一个问Cascade电流源的输出阻抗。
2）MOS 管的工作区域，具体问题是问电压摆幅
3）Bandgap问题， 一个是直接叫画电路图，另一个是画好了大概的电路图，叫你给运
放标正负，给MOS管标P,N，并且问PMOS好还是NMOS好
4)传输线问题，输入阻抗50Ohm, 负载是电容，输入Step电压，画出传输线两端的电压
图形
5)Folded Cascade运放
6）给出运放，电阻和电容，如何产生方波，三角波
7）画出Filter电路图，为什么要做双Tone仿真
8）怎么得出放大器的Offset, 用什么仿真方法
9）版图中Dummy的用处是什么？
10)还有一些他们项目中的问题，直接给个电路图，问是干什么用的
暂时先到这，想起来再补充 |
|
h*******y
发帖数: 896 | 19 【 以下文字转载自 EE 讨论区 】
发信人: heartaway (9527), 信区: EE
标 题: job opening - Analog IC Design Engineer
发信站: BBS 未名空间站 (Thu Feb 10 16:52:09 2011, 美东)
If your background matches this position, please send me your resume
(email needed).
========================
Analog IC Design Engineer
Job Posting: Jan 27, 2011
Primary Location: US-MI-Detroit (MI28) US-AZ-Tempe (AZ34)
Job: Analog and Mixed Signal
Qualifications:
* Candidate will need to hold a minimum of a BS in electrical
engineering. An MS/PhD is pr... 阅读全帖 |
|
h*******y
发帖数: 896 | 20 【 以下文字转载自 EE 讨论区 】
发信人: heartaway (9527), 信区: EE
标 题: analog电路设计找工作经验 （唐僧版，慎入）
发信站: BBS 未名空间站 (Sat Sep 10 23:50:05 2011, 美东)
我把自己这两个多月找analog电路设计的工作的经历写下来，希望对大家有
帮助。
先说说我面试的公司，我在7月初开始修改简历，然后把简历放到网上，期间收
到了这些公司的面试，AMD, NXP, Cirrus Logic, Intel, Intrinsix, Micrel,
Zarlink，3家小公司M/R/S.其中只有一个公司把我拒了，拿到了其他全部公司
的offer。另外拿到了TI和Qualcomm的on-site的面试机会，不过没时间去了，
就婉拒了。另外Atmel完成了电话面试之后说会给我消息，不过我已经没法等
了。还有一个比较奇怪的Analog Device的面试，他们没有工作位置，但是一
个部门的经理对我做的项目感兴趣，给我电话聊了一下。
下面我讲讲面试的一些经历，但愿对你们找工作有帮助和提醒。
===============... 阅读全帖 |
|
a*m
发帖数: 6253 | 21 If you are interested, please contact me here or "atm.mitbbs AT
gmail.com".
We are looking for fresh or experienced circuit designers, with very
attractive package. The location will be San Diego, CA, one of the best
places to live in the states.
The successful candidate will be involved in definition, design,
simulation, layout supervision, characterization and release to production
of high-performance state of the art BiCMOS integrated circuits used in
portable device power management, audio a... 阅读全帖 |
|
x*p
发帖数: 78 | 22 Mitsubishi Electric Research lab is seeking a highly motivated intern to
carry out research work on Semiconductor RF Power Devices. The ideal
candidate would be in the middle or second half of a Ph.D. program in
Semiconductor and large bandgap Power devices Physics, design and device
modeling. Strong simulation skill and theoretical knowledge in semiconductor
device are expected. Knowledge of thermal mechanisms in semiconductor
devices, TCAD simulation and other device simulation tools are an as... 阅读全帖 |
|
a*m
发帖数: 6253 | 23 【 以下文字转载自 EE 讨论区 】
发信人: aTm (Aggie), 信区: EE
标 题: Opennings: senior PMIC designers
发信站: BBS 未名空间站 (Thu Aug 1 01:27:31 2013, 美东)
The successful candidate will be involved in research, definition, design,
simulation, layout supervision, characterization and release to production
of high-performance state of the art BiCMOS integrated circuits in the
following areas:
Power Management – LDOs, SMPS, Battery chargers, LED drivers, Charge Pumps,
Audio Amplifiers – Class D, AB, …
Interface Circuits –SPI... 阅读全帖 |
|
d********3
发帖数: 899 | 24 This individual will be a key member of the design team. The candidate will
participate in the product definition process with marketing and customers
and be involved in all aspects of the IC design cycle from the architectural
concept phase through back-end release to production. He/she will also have
the opportunity to routinely interface with the MEMS designers to
contribute at a system level (MEMS + ASIC). The candidate should be self-
motivated and an excellent team player with superior co... 阅读全帖 |
|
q******0
发帖数: 17 | 25 去年12月份master毕业，主攻analog design方向。在学校的时候用cadence 做过two
stage amplifier和bandgap circuit，也用spice仿真过PLL。一直在投着简历可是没有
人回信，所以想恳请班内的前辈们，看看有没有什么机会可以帮助我内推一下，在这里
先谢谢大家了。 |
|
x*p
发帖数: 78 | 26 【 以下文字转载自 JobHunting 讨论区 】
发信人: xop (xop), 信区: JobHunting
标 题: Intern 职位: Semiconductor RF Power Devices
关键字: Semiconductor,internship,RF power device
发信站: BBS 未名空间站 (Mon Jan 7 17:31:31 2013, 美东)
Mitsubishi Electric Research lab is seeking a highly motivated intern to
carry out research work on Semiconductor RF Power Devices. The ideal
candidate would be in the middle or second half of a Ph.D. program in
Semiconductor and large bandgap Power devices Physics, design and device
modeling. Strong... 阅读全帖 |
|
l******h
发帖数: 2 | 27 Highly reputational company with very competitive compensation for all
positions.
Please send in your resume and position/positions you like to apply to my
email address below.
h*******[email protected]
All resumes will be deliver to hiring manager directly. Act fast!
Thanks!
Silicon Engineering Group
Sr. Physical Design Timing Engineer
Timing (STA) Manager
Senior Physical Design Engineer
CAD Manager - Front-End Design and Verification
Sr. CAD Engineer - Place & Route / Physical Design Engineer
Sr. CA... 阅读全帖 |
|
m****s
发帖数: 18160 | 28 【 以下文字转载自 EE 讨论区 】
发信人: aTm (Aggie), 信区: EE
标 题: Opennings: senior PMIC designers
发信站: BBS 未名空间站 (Thu Aug 1 01:27:31 2013, 美东)
The successful candidate will be involved in research, definition, design,
simulation, layout supervision, characterization and release to production
of high-performance state of the art BiCMOS integrated circuits in the
following areas:
Power Management – LDOs, SMPS, Battery chargers, LED drivers, Charge Pumps,
Audio Amplifiers – Class D, AB, …
Interface Circuits –SPI... 阅读全帖 |
|
发帖数: 1 | 29 【 以下文字转载自 EE 讨论区 】
发信人: lakeriver (), 信区: EE
标 题: Epi / Process/Device/ FA Engineer Openings
发信站: BBS 未名空间站 (Tue Jan 22 21:34:31 2019, 美东)
WinS (Shenzhen Institute of Wind bandgap Semiconductors深圳第三代半导体研究
院) is seeking the following job candidates. The R&D team consisting of
senior VPs /scientist/engineers/ with 10~20 years experiences in industry
from U.S. Candidates with semiconductor materials/device/process background
and FAB experience are highly recommended. Package is negotiable, benefit... 阅读全帖 |
|
l**j
发帖数: 40 | 30 看看下面就知道我们在美国的大部分人很WS.
代表性论文（引用率>1300, H-index=23）
1. Y. Z. Long, L. Liao*, X. F. Duan, Z. Y. Fan*, Large-scale
Integration of Semiconductor Nanowires for High Performance Flexible
Electronics ACS Nano (In press)
2. L. Liao, J. W. Bai, R. Chen, H. L. Zhou, L. X. Liu, Y. Liu, Y.
Huang, X. F. Duan, Scalable Fabrication of Self-Aligned Graphene Transistors
and Circuits on Glass Nano Lett. (In Press).
3. L. Liao, X. F. Duan Graphene-based RF devices Materials Today (In
Press).
4. ... 阅读全帖 |
|
t****g
发帖数: 35582 | 31 蝴蝶的翅膀那个是photonic bandgap，亚波长级别的结构，所以色彩很丰富并且不随观
察角度变化。
Mirasol这个本质上还是波膜干涉，理论上没法克服角度和色彩的变化。很多年前硅谷
有个公司叫做Silicon Light Machine还是啥的，利用类似的原理想做和DMD竞争的东西
，结果销声匿迹了。其实原理上和Miraso是类似的，只不过一个是很小的尺度，一个是
很大的显示屏尺度。类比起来有点类似投影仪里面的LCD vs 显示屏的LCD。既然前者有
问题，后者理论上
就有同样的问题。
另外，Mirasol这个东西QCOM也不是第一天展示了，花街懂基本物理学的人还是不少，
要是真有很大的potential QCOM早就能起来了。 |
|
z*****m
发帖数: 66 | 32 My group has multiple openings for senior analog design engineer, with the
description shown below. I can help recommend you to the people in charge
here. If you like, you can sent me a message to t***********[email protected].
This position is for a senior analog designer with experience in the high
speed signal path area. This designer will support the high performance
switch and possibly some SERDES PHY development. Experience in the areas of
high speed analog signal processing is required. This i... 阅读全帖 |
|
z*f
发帖数: 5 | 33 两篇国内 "Chinese Physics Letters" 的审稿。关键词分别是 piezoelectric,
graphene 和tunerable bandgap, Si nanowire.
如果需要审稿，请注明工作单位、专业职务、工作领域，联系方式(email)。会推荐前
两位回复的。 |
|
w*j
发帖数: 109 | 34 update-already gone.
----------------------------------------------------------------------------
------------------------------
影响因子6的杂志，bandgap engineering in quantum nanostructures
感兴趣的请告知research background，工作单位，联系方式好推荐给journal editor。
请站内联系。 |
|
s**********2
发帖数: 305 | 35 你好，我在积攒审稿，麻烦帮忙推荐。
我是材料物理，做的半导体纳米材料制备，比较符合我的背景。
谢谢了。
Interested in serving as a reviewer
1. My background
2. Keywords
3. Published journals and paper I have reviewed.
4. Thanks.
Dear Editor,
I graduated from Nanoelectronics Lab at University of Wyoming in 2014 and
hold a Ph.D. degree in Physics (Materials and Electronics). I got my
bachelor degree in Jilin University in 2009, one of the top 10 universities
in China. My name is Liyou Lu and I am currently a product/test engineer at
Fre... 阅读全帖 |
|
i***l
发帖数: 468 | 36 【 以下文字转载自 Military 讨论区 】
发信人: xiaoxiaoxi (小小溪), 信区: Military
标 题: Re: 全美英特尔科学奖决赛名单公布 13名华裔入围
发信站: BBS 未名空间站 (Sat Jan 24 16:00:54 2015, 美东)
Intel STS 2015 Finalists
Anandapadmanaban, Eswar
Dr. Ronald E. McNair Academic High School, Jersey City, NJ
The ThereNIM: A Touch-less Respiratory Monitor
Ashkin, Emily Lorin
Providence Day School, Charlotte, NC
A Novel Synergistic Approach for Enhancing Immunotherapy in the Treatment of
Melanoma
Chemparathy, Augustine George
Dougherty Valley High School, Sa... 阅读全帖 |
|
t****g
发帖数: 35582 | 37 呵呵，你做这个的？
你算微波还是photonic bandgap？ |
|
t****g
发帖数: 35582 | 38 我琢磨着还是搞光学材料之类的，比如photonic bandgap啥的。
把懒老师的光学背景和FDTD做个交集，差不多就是圈定这块了。 |
|
t****g
发帖数: 35582 | 39 不太记得了，但是确实好像是用bandgap来调整三层的吸收效率。 |
|
b*******t
发帖数: 33714 | 40 你才赖老师你才脚兽。。
sensor还是Si，做三层不同bandgap的材料来做这个我觉得不太相信罢了 |
|
B*******e
发帖数: 3882 | 41 看 了一下 ieee 的评论， 查了一下nature 原文的摘要。 这个报道有点问题。
这是原摘要：
“ 。。。。Graphene has attracted large interest in photonic applications
owing to its promising optical properties, especially its ability to absorb
light over a broad wavelength range, which has lead to several studies on
pure monolayer graphene-based photodetectors. However, the maximum
responsivity of these photodetectors is below 10 mA W−1,
which significantly limits their potential for applications. Here we report
high photore... 阅读全帖 |
|
y*******o
发帖数: 746 | 42 物理系的Nature Photonics：
http://www.nature.com/nphoton/journal/vaop/ncurrent/abs/nphoton.2007.299.html
Nature Photonics
Published online: 3 February 2008 | doi:10.1038/nphoton.2007.299
Picosecond and low-power all-optical switching based on an organic photonic-
bandgap microcavity
Xiaoyong Hu1, Ping Jiang1, Chengyuan Ding1, Hong Yang1 & Qihuang Gong1
Abstract
Photonic crystals, materials with periodic dielectric structures, are able
to control the propagation states of photons owing to the so-calle |
|
h**e
发帖数: 9290 | 43 从高层角度，就是合理使用AC-DC,DC-DC,DC-AC系统
晶振可以很容易达到20ppm的精度，bandgap也可以容易达到0.1%的精度（主要靠测试挑
选）
依靠晶体振荡器作为频率参考，带兮做电压参考，DC-AC可以产生频率精确电压幅度精
确的交流信号 |
|
h**e
发帖数: 9290 | 44 从高层角度，就是合理使用AC-DC,DC-DC,DC-AC系统
晶振可以很容易达到20ppm的精度，bandgap也可以容易达到0.1%的精度（主要靠测试挑
选）
依靠晶体振荡器作为频率参考，带兮做电压参考，DC-AC可以产生频率精确电压幅度精
确的交流信号 |
|
|
a*********r
发帖数: 14 | 46 对不起，我还真是给武大化学系留了面子。
莫非你就是其中一件丑事的主角，干嘛一触即发，破口大骂呢？
袁荃做的是还不错，但不意味武大化学系就有多好了。
举例来说，即使袁荃和另外一位新招的楚天特聘教授傅磊相比，也能看出武大化学系在其中有没有猫腻了。
首先补充一点：袁荃的老公叫廖蕾，也是武大物理系新招的楚天特聘教授，可以作为很好的对照体系。
比比三人的publication和经历，就能明显看出水平之比是:
廖蕾>袁荃>傅磊
但从袁荃却没有评上楚天特聘。
廖蕾
http://physics.whu.edu.cn/node/557
1. Y. Z. Long, L. Liao*, X. F. Duan, Z. Y. Fan*, Large-scale Integration of Semiconductor Nanowires for High Performance Flexible Electronics ACS Nano (In press)
2. L. Liao, J. W. Bai, R. Chen, H. L. Zh... 阅读全帖 |
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a*********r
发帖数: 14 | 47 对不起，我还真是给武大化学系留了面子。
莫非你就是其中一件丑事的主角，干嘛一触即发，破口大骂呢？
袁荃做的是还不错，但不意味武大化学系就有多好了。
举例来说，即使袁荃和另外一位新招的楚天特聘教授傅磊相比，也能看出武大化学系在其中有没有猫腻了。
首先补充一点：袁荃的老公叫廖蕾，也是武大物理系新招的楚天特聘教授，可以作为很好的对照体系。
比比三人的publication和经历，就能明显看出水平之比是:
廖蕾>袁荃>傅磊
但从袁荃却没有评上楚天特聘。
廖蕾
http://physics.whu.edu.cn/node/557
1. Y. Z. Long, L. Liao*, X. F. Duan, Z. Y. Fan*, Large-scale Integration of Semiconductor Nanowires for High Performance Flexible Electronics ACS Nano (In press)
2. L. Liao, J. W. Bai, R. Chen, H. L. Zh... 阅读全帖 |
|
b********d
发帖数: 720 | 48 比如(CH2F2)n,PVA之类已经发现可以用作organic dielectric的polymer
怎么算dielectric constant呢？
我知道怎么算polymer的HOMO-LUMO bandgap,可以大致判断一个polymer分子有没有作为
dielectric的可能性，不过更精确的dielectric constant呢？ 怎么算？
谢谢！ |
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le
发帖数: 190 | 49 bipolar的电路的确多了些。
不过基本的idea还是一致的，bipolar在工业界应该有不少应用，起码bicmos就需要都
了解，bandgap reference需要用到bipolar，high speed电路也需要用到bipolar，学
好bipolar也有助于理解cmos subthreshold conduction。学校里面时间短，学生能学
好cmos就不错了，所以就显得bipolar有点过时。我觉得两个最好都懂，精通cmos，但
是也不能丢bipolar, 其实也不是很难，稍微花点时间就能明白。
这本书被称作bible，那肯定值得看。里面分析问题非常清晰、深入，可以增加你的理
论功底。看完这本再看些有很多实际电路的，比方说jacob baker，那应该很不错。 |
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