"Analog circuitLearn to get Started ""How to be a good model of electricity, the number of electricity, "a thread attracts everyone's attention." Here to the DX of the comments collated a bit, for everyone's reference. Really Master a doorTechnology is not easy, everyone from different sides and experience to talk about their own experience, to engage in this industryThe engineer will be a little enlightened.
Find some real use of the wire set KAM or electronic manufacturing books to see, feeling interested in looking for theoretical information, and then move the training, soon is the door inside Han (or female)!
Read the basic book first, then practice practicing
Razav If you have the patience to see the big head
English is the best, translation is very good
Now basically the world does analogThe company wants to see the people who just came in.
Razavi'sDesign of Analog CMOS Integrated circuits
It's really good.
It's not easy to get started, you have to figure it out.
Reading + doing the actual circuitDesign
Read the three Bibles first, and then do the exercises.
First crazy to read Razavi's "Analog CMOSIC design, and then frantically will Razavi "analog CMOS integrated circuit design" to see again, and finally crazy to finish his exercise! This is basically a bit of a concept of analog integrated circuits, looking for a few small circuitsSimulate it a bit. Adjust a op-amp try, if still no feeling, and then crazy to see a few times Razavi analog CMOS IC design
Higher Education EditionFundamentals of Electronic Technology
You can start with a simulation circuit.
If you learn the basics, learn from the basics.
Look more.The classic book
It feels like the red Book, the Gray one.
Let's take a look at the analog circuit of Kang or Tong.
Just started to look at the original English, but also what to get started AH.
Read more, more simulation!
How do you confuse analog electronic circuit design with analog IC design??
Totally different 2 areas
If you want to do analog electronic circuit design, look at the rambling as completely useless, there is no need for you to adjust the pipe parameters to optimize (in fact, it is impossible to use discrete components to form a op amp). Direct take has becomeThe OP of the product, plus the peripheral circuitry. The focus is on the design of peripheral circuits
How come the people here can't figure out the relationship between the two?
I think it's easy to get started, and the most critical thing is to have the opportunity to
These learned things apply to the actual work. Or there is no chance to practice what you have learned.
A simple sentence: Time + theory AH ~~~~~
The best way is to learn from the masters. Reading is one hand, but difficult to grasp the focus. In fact, as a textbook must be exhaustive. But the actual application is not the same. Thanks to Berkeley and other universities for their selfless devotion. Put their top class courses on the Internet. Personal advice to go to Berkeley on a EE140 webcast, you can sit with their students in a classroom, listen to the Masters, the fastest and most effective way. If you want to further study, then continue to study postgraduate EE240. Berkelry is a mecca for the IC industry.
Can look at the "Analog Electronic Technology Fundamentals" Tongshibai, and then look at Lazar "Analog CMOS IC Design
Find yourself a topic and learn while doing.
Small Japanese--transistor circuit design--
Razavi, Paul Gray and so on. Berkeley videos can also be
Work is the best way to learn
Work, practice, learning, only in this way can continue to improve
More research on Razavi's books
Analog circuit ICS Three the Bible, read it, it should be almost:
How to get started with analog circuits?
1. First look at "Analog circuit technology"
2. Find some engineers to talk to.
3. Look at some electronic circuit diagrams
Analog circuit is actually very difficult, including a lot of things, I suggest you start with low-frequency analog circuit, referenceMaterials can choose Science Publishing house a series of Japanese books, their books suitable for beginners, until a certain extent (I think at least more than a year) to learn some of the electromagnetic compatibility theory, this aspect I dare not say more, my hand is commonly used is probably the British and American books, there are some onlineDownload the English material, after learning these, you look at the high-speed signal theory (in fact, in the electromagnetic compatibility),
Introductory book: There are foreign textbooks, with foreign, feel that they make up the book more close to the actual project
The practice of getting started: It's best to have basic instrumentation, basic devices, breadboard--or simulationSoftware Multisim (highly recommended) or PSpice
Then more internet, go to the forum, or some study site, of course, if you can search foreign or domestic university class courseware or study site, it is better
It's the basic thing to feel.
Theory is still very important. If you do not have a real thing, use the software sim.
Read first, then hands, there is a master of the best
If it is in school, do a little more analog electronic design, such as Class D amplifier, switchPower supplies and the like.
Simulate a simulation software, it might be better ...
I agree with the 30 floor statement. The concept of analog circuit design is still to be divided. Do you want to focus on the "board level" or "Chip-Level ", this is very important. Let's figure out the direction first. It's obviously different when you go into Lenovo or into TI.
Technology is the most important thing to practice. To combine the project can be gradually mastered. While doing the project while looking for the appropriate book to see more effective. tend to be biased towards one item. In addition to reading, a lot of chip company's application note is very helpful. Upstairs said to read more foreign books, very reasonable. Most of the domestic work do not write books, write books do not work.
More hands-on circuitry.
Feel, originally wanted to see the experience of analog circuit, the results are all talk about IC design
Both Razavi and Philips Allen can
I was at school from the pull-off for--gray-Allen look over, as well as the device aspect, the system aspect, the layout aspect have read many books, then unifies the project to understand slowly. & ^0 @ ' k# V! n% Z "b" n
At first, it is a memory structure, and then slowly know the advantages and disadvantages of the structure, but also can flexibly apply and analyze
My 2 Cents:don ' t touch the books in Chinese. Just read the original ones.
Analog circuit important or look at the field of application
Different areas of concern, high-precision, high-speed, strong background noise detection of weak signals have their own characteristics
The bible of those analog circuits is not suitable for the introduction of circuit design
Let's take a look at the application of the mainstream manufacturers ' OP,ADCManual
And go deep into your own research field.
Learning theory is important, but also can not ignore the hands-on ability, when learning if you can design some small things, such as power circuit, waveform generation circuit (is hands-on, not drawing schematic), will be a great help to your study, but also allows you to design more things to consider, so that the design more perfect.
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Die power. The number of electricity individuals think that there is no practice at the university to learn at all bad!! The things in the book will not turn into actual things!! such as matching, such as transistor, MOS tube, resistors, capacitors, A/d, d/A I think the university is just the principle of it, the actual debugging process, more annoying than this!! Suggest more practice!
The first thing to solve in college is to change textbooks, which is too big a gap with foreign countries.
Learn the basis of good, practice can test your foundation to play well
More understanding, do more exercises, learning, play a good foundation is the key!
Personally feel that the university is still more useful things, at least there is a sense of the original reason, to continue to work in-depth research to do a good foundation.
On the basis of a certain theoretical practice to gain confidence
I think there is not a theory of practice is not scary, practice can accumulate for a long time, but there is no theory of practice, it is like elephant.
Digital circuit analog circuit these are basic courses, tamping the foundation + practice can have a new experience
I personally think that the most important thing is their basic principles, how to master their formula theorem is how to understand a slightly complex circuit diagram. (I am a college student, I think I learned well, but every exam!!) People who usually ask me silly questions are taller than me, which makes me very depressed.
Books are all about theoretical things, but practice allows us to see a more realistic circuit and system, material problems ...
In fact, the number of electrical mode electricity can not be. I just say die. I thinkThe knowledge of semiconductors is the basis, then Dongsbay the bipolar good studious, what is learning? I think you just have to do a op-amp, to meet the parameters, this process ni will learn a lot. Want to learn, I think you do not engage in this industry, so Gou, as for foreign books, I think there is a foundation to look at, this time you will think why foreign books than the domestic better. May I ask how many people are going to work for the usual research? Hehe, the sorrow of the IC. So, the company is the place to practice people.
Foundation is the foundation, then it's the basics.
The basics must be secured, and the typical circuit of the book will be backed down and will benefit you for life.
I'm glad that so many people have taken part in the discussion. The doubts that I had left when I was posting were not fully solved yet.
I now found that I have learned a lot of things are not solid, the theory to the time only to hate less, can only go back to the textbook.
Theory does not have a solid want to do something out of the impossible, can only always follow other people's circuit diagram to use, the heart is very uncomfortable, and the situation changed and do not know why.
So now only to find the importance of textbook knowledge, this is the school of this kind of teaching can not let people learn thoroughly.
Just started to learn the mode of electricity is very easy to touch the brain, suggest beginners to think more, ask why, more summed up what they learned, what is the use,
This can be achieved by communicating with the teacher. As long as you do not learn well.
The next step is to try to do more experiments, starting from the simplest circuit welding, amplification, filtering ...
How to say you have to have a soldering iron, or you want to learn electronics, it is just a fantasy.
I feel like I have learned nothing in college and can handle exams.
Now work, just know the importance of knowledge, self-study again self-study!
The teacher at the university is too bad! Not to practice the teaching methods to teach, after four years of study, only to know a few components??
Sorrow ~ ~
To find out the main knowledge points of the book, I think the clearance is not difficult, referring to the examination. If you use it, you'll have to read more about it.
I think the undergraduate students to play a good basic postgraduate practice I now do the numbers follow the teacher, but I'm still a junior, I think the book is really very different from the actual.
I'm reading a junior, and I'm learning something from a mentor. There are some things that are really not books. Some people suggest changing textbooks I don't think it makes sense. Now we use a lot of foreign textbooks are the key or instrument and mode of thinking
Practice is the best way to learn how to count electricity
Poor grades are not important, our college scores very good students, because have not done before, outside the professional students do a simple three-terminal power supply, they do not know.
Do not do the circuit in person, even if the test results are good, the mastery of things is also zero
I think the keys are:simulation+calculation
The key is to think, what the book says is representative of the author's point of view, you have to think that is not right
Read more textbooks, do more problems, more simulation.
In fact, the theory and practice are very different, after learning the textbook to do things, you will find that it is not so much, but in turn, the book to time side hate less!
Learning is also a physical activity, that is, this will be the progress of the repeated
When you read a book, you will feel that you understand, think to do something practical is important, but when you design some circuits, only suddenly found a lot of things do not understand, especially when you want to use the device in the design of some of the limit characteristics, and suddenly feel still have to look at the book.
So, I think more important is to take the problem to read, in reading more thinking about these things correspond to the characteristics of the circuit, but in the circuit design when you want to think more about what component characteristics will be on a parameter whatEffect.
Doing more of this kind of thinking will be good for the circuit design in the future.
A good book will look over and over and believe the same book, and every time you see something will be different.
= = = Reproduced in other jars posted on a blog.the epitome of a generation of mock gurus
From Jim's career you can perceive some of the mysteries of analog circuits.
some time ago, the Computer History Museum exhibited an experimental platform from Milpitas's linear company lab. This table is piled up with countless circuit boards, components, and ancient instruments and equipment. The background is a large portrait of Jim Williams smiling Sideways. This is the epitome of the life of a generation of analog circuit gurus. End rated him as a passionate self-taught engineer that sets the bar for the entire community.
Jim can be said to be a self-taught analog circuit for everyone. It seems that the early days were not complete with a local college. Later, the neighbor showed him a Tek oscilloscope in the garage, leading Jim himself to the world of analog circuits. Later he worked at MIT's lab to get a job as a technician. MIT, the name of the bull, explains what Jim was up to. His circuit design, hands-on ability, the ability to solve the problem of equipment is self-honed.
later he came to Silicon Valley in the West Bank to join national as a analog circuit application engineer. National EM left the company to set up linear, but Jim thought they were not joined in designing the chip stage. But after 1 August he finally became a member of the linear and has been able to die in June this year.
as one of the early linear members, Jim had a wealth, but until he died he liked to work in the lab, like to design circuits, and to describe the idea of circuit design in the simplest way. Countless simulation engineers have benefited greatly from his articles. Jim advocates the idea of an intuitive circuit design (intuitive if you've ever heard of the online Berkeley analog circuit design course, it's the most common word in the teacher's mouth. ), that many professors have written a full blackboard of mathematical deduction actually do not know how the circuit is working.
as one of the gurus of Silicon Valley circuit engineers, Jim is ready to help people, even if strangers call lab phone, he would like to discuss the mysteries of the circuit. Many of the early colleagues have become CEOs, some of them executives, but they all like go out to his lab to chat. Jim, until the end, just liked to use the early Tek oscilloscope, which is a fancy of the numbers we now have. He doesn't have a mobile phone or even email. This can not help but think of the invention of the e-mail @ The hero later also do not email. Their world may be better than iphone4s, more exciting than MSN.
Jim is the master of Silicon Valley, there are countless first-class second-rate masters in their favorite world to do their favorite things.
There is such a small piece of space in the world.
Jim and his lab.
The art of the circuit
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