高速数字设计
High-speed digital design
Howard Wesley Johnson · 初版 1993 年
15人推荐
23位读者提及
28次提及
为什么值得读
- 阐明高速数字电路本质上更贴近模拟与射频
- 细致解析PCB走线、过孔行为与阻抗匹配
- 比本科课程更能透彻理解信号完整性本质
Hacker News 上怎么说
正在加载完整评论……
High-speed digital design
Howard Wesley Johnson · 初版 1993 年
正在加载完整评论……
通篇废话的长文。与其瞎碰走线宽度、层数和元件尺寸，不如花上一周读懂 Howard Johnson 写的那本神书《High Speed Digital Design》。别看名字叫数字设计，它讲的内容其实更偏向模拟领域。书中关于板上走线和过孔特性的内容非常实用。
A long article that says almost nothing. Instead of choosing trace widths and layer count and component sizes at random, take a week to read and understand the very useful book "High Speed Digital Design" by Howard Johnson. Despite the name it concerns itself more with the analog domain than with the digital. Very useful information about the behavior of traces and holes in boards.
……各种回复。比如基础类：https://www.amazon.com/Getting-Started-Electronics-Forrest-M... 中级（偏重 RF 方向）：http://www.arrl.org/arrl-handbook-2015 高级类：https://www.amazon.com/High-Speed-Digital-Design-Handbook/dp... 然后还有各种细分领域：低电平精密模拟、大功率电机与开关设备、基础数字电路与微控制器、高速处理器等等……你这问得……
…responses. For example Basic: https://www.amazon.com/Getting-Started-Electronics-Forrest-M... Intermediate (with a heavy RF slant): http://www.arrl.org/arrl-handbook-2015 Advanced: https://www.amazon.com/High-Speed-Digital-Design-Handbook/dp... And then there are the various subcategories: low level precision analog, high power motors and switchgear, basic digital and microcontrollers, high speed processors, etc... you're asking…
可惜我是当学徒自学 EE 的，没正经读过书，不过我听说《High Speed Digital Design: A Handbook of Black Magic》[1] 很不错。要理解为什么高速更像是 RF 和模拟电子，关键在于阻抗，也就是材料对电流变化的“阻抗”……
Unfortunately I learned EE as an apprentice with no books but I've heard High Speed Digital Design: A Handbook of Black Magic [1] is good. Understanding why high speed is more like RF and analog electronics has a lot to do with impedance, which is the "resistance" of a material to a change in current…
我也强烈推荐这本书，我把它啃了两遍，学到的信号完整性（signal integrity）知识比我整个 EE 本科阶段学到的还要多。链接：http://www.amazon.com/High-Speed-Digital-Design-Handbook/dp/...
I highly recommend that book as well, I learned more about signal integrity from reading it twice than I did during all of EE undergrad. Link: http://www.amazon.com/High-Speed-Digital-Design-Handbook/dp/...
……EE 领域的信号完整性（Signal Integrity）——我后来直接把职业生涯押在了这个深坑上。如果有人想了解更多细节（需要一点基础 EE 知识），最畅销的两本书是：Johnson 和 Graham 写的《High Speed Digital Design: A Handbook of Black Magic》，以及 Eric Bogatin 写的《Signal and Power Integrity - Simplified》。https://www.amazon.com/High-Speed-Digital-Design-Handbook/dp... https://www.amazon.com/Signal-Power-Integrity-Simplified-Pre...
…Signal Integrity within EE - a rabbit hole which I decided to base my career on. For anyone desiring more detail (with some minimal EE knowledge as a prerequisite), two of the most popular texts are: High Speed Digital Design: A Handbook of Black Magic by Johnson/Graham and Signal and Power Integrity - Simplified by Eric Bogatin. https://www.amazon.com/High-Speed-Digital-Design-Handbook/dp... https://www.amazon.com/Signal-Power-Integrity-Simplified-Pre...
确实，参考一下 Hall、Hall 和 McCall 写的《High Speed Digital Design》这本书：https://archive.org/details/highspeeddigital0000hall/ 数字脉冲的边沿越陡峭，交流高频分量的强度就越大。一个完美的方波……
This, for reference see the book High Speed Digital Design by Hall Hall and McCall https://archive.org/details/highspeeddigital0000hall/ The sharper the edge of the digital pulse, the greater the strength of the AC high frequency components. A perfect square…