本人是高二学生，想看一些和通信有关的专业书。不一定要和业无有关系（当然有关系就更好了）看起来“通信工程概论”还不错（？）大佬们有什么推荐的吗

业余无线电通信第六版，高二一上来直接看专业课书籍可能有点难以消化吧

如果是高二的话……现在的数理基础是不足以支撑看懂通信相关的专业书籍的…… 对无线电感兴趣的话我推荐几本跟电子相关的书吧，比如Charles Platt的《爱上电子学》，作为电子学启蒙比较合适；单片机这一块可以看看杜洋的书，或者直接买个arduino看看网上的教程点点灯玩玩。业余无线电的话也就童版业五(业六排版挺池沼的，还是业五看着舒服，只不过法律部分的内容不是最新版罢了)

@"bh4hxm"#p85589 我有这本书了，看了很多遍，但是一部分看不懂.....我没有电工学基础

业余无线电通信这本书个人感觉已经把业余部分讲的比较全面了没有点基础看通信工程之类的书更是难上加难可以先学学基础内容楼上说的爱上电子学确实很不错

可以看看《从零起步学电子》，作为电子学入门书籍挺不错，也是无线电相关的

@"BH9DWE"#p85591 知识储备方面的话....我手上有一本《航空航天概率》，看了前半部分，感觉还可以（？）这么看来应该不会有太大问题.....吧（？）

@"ping"#p85650 ？确认一下《航空航天概率》是不是《航空航天概论》打错了，我翻了下后者，这本书写的疑似有点过于概论了，作为科普大约是够的，远算不上专业书。

@"ping"#p85593 可以找本电工学书看看，这种基本就是精简压缩版的电路分析+模拟+数字，当然如果系统学习，可以把这部分展开看，毕竟每部分完整的内容都是相当多的，接着就是网络、通信、射频之类的了

@"BH9DWE"#p85651 确实不小心打错了。原来太过概论了嘛......好吧

高二物理应该学电学部分了吧，接着看模电吧，当中涉及到微积分的再学点高数，模电整会了再看数电，然后微机接口……

Please recommend some professional books.

ping

I am a sophomore in high school and I'm looking for some professional books related to communications. It doesn't necessarily have to be about the industry (although it would be great if it did).
"Communication Engineering Overview" seems like a good option (?), do you have any recommendations from experienced professionals?

bh4hxm

The sixth edition of Amateur Radio Communication might be a bit challenging for high school students to understand directly from the textbook, especially if they are just starting their professional studies.

ping

bh4hxm I own this book and have read it many times, but I still don't understand some parts... I don't have any electrical engineering background.

BH9DWE

If I were in my second year of high school… the current math and science foundation would not be sufficient to understand specialized books related to communications.

If you're interested in radio, I recommend a few books related to electronics, such as Charles Platt's "Loving Electronics," which is a good introduction to electronics. For microcontrollers, you can check out Du Yang's book, or simply buy an Arduino and follow online tutorials to experiment with lighting. As for amateur radio, the "业五" (or "业六") magazine is a classic choice, although it may not have the latest legal information.

ping

BH9DWE Regarding my knowledge base... I have a book titled "Aerospace Probability," and I've reviewed the first half. It seems okay (?). Based on this, I don't think there should be any major issues... probably (?).

bh4hxm

ping You can find a good textbook on electrical engineering, which essentially provides a condensed and simplified version of circuit analysis, simulation, and digital circuits. Of course, if you prefer a more comprehensive approach, you can expand on these topics individually, as each area contains a significant amount of information. After that, you would typically delve into areas like networking, communication, and radio frequency (RF) technologies.

BA4JPR

In my opinion, this book on amateur radio communication covers the subject quite comprehensively. It would be even more difficult to understand without some basic knowledge of communications engineering. I recommend starting with the fundamentals first. The person who mentioned "Loving Electronics" is absolutely right.

BH4FCY

You might want to check out "Learn Electronics from Scratch," which is a good introductory book for electronics and also covers topics related to radio.

BH9DWE

ping ? I want to confirm whether the book titled "Aerospace Probability" is actually a mis-typed version of "Introduction to Aerospace," because after reviewing the latter, it seems overly general and suitable only for introductory science education. It's not really a professional textbook.

ping

BH9DWE Yes, I definitely made a mistake. It seems I was being too general... Okay.

BI1UDG-711

In senior high school physics, I should focus on the electrical part first, then move on to analog electronics. This involves learning some calculus concepts again, after which I'll study digital electronics. Finally, I'll learn about computer interfaces.

BH7HQT

The basic high school mathematics knowledge generally isn't sufficient to support field theory, and analyses of electromagnetic fields are essentially meaningless. I recommend starting with amateur radio communication instead.

BD4UNH

High school students should honestly read science and popular science books. Professional textbooks will not make you feel confused because they are clearly explained.

BI3QAC

File shared via cloud storage: Microwave Engineering (4th Edition).pdf
Link: https://pan.baidu.com/s/1f9GlXa98bj65owN4unFLIw?pwd=9c5t Extraction code: 9c5t

BI3QAC

The amateur radio manual, the Chinese version is from 2010, and the English version is from 2022 onwards. Please contact me to obtain it. The call sign is also on WeChat.

BI9BUM

It seems like I could go to ITU to find (

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