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射频（RF）设计在高频下运行，因此需要精密的布局和布线以防止出现信号完整性问题。 RF PCB布局有时可能还包含带有数字元件的线段，精密的布局有助于防止RF和数字信号之间发生干扰。浏览我们的资源库，了解有关RF PCB设计、布局、布线和信号完整性的更多信息。

RF PCB设计概述 What is RF Circuit Design? PCB Design for High-Frequency Applications RF PCB Design Software

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Technical Documentation Designing a PCB with Embedded Components The traditional approach to circuit board design has been to place the components on the top and bottom surfaces of the board. This process is well supported by circuit board assembly houses, which typically use automated pick and place machines to position each component, ready to be soldered onto the surface. The ever increasing demand for smaller and more integrated electronic products,…
Technical Documentation Defining the Layer Stack Related Videos Define New Layer Stacks Layer Stack Regions The PCB is designed and formed as a stack of layers. In the early days of printed circuit board (PCB) manufacturing, the board was simply an insulating core layer, clad with a thin layer of copper on one or both sides. Wiring was formed in the copper layer(s) as conductive traces, by etching away (removing) unwanted copper. A simple,…
Technical Documentation Adding Via Stitching & Via Shielding Parent page: Finalizing the Board Design Via stitching is a technique used to tie together larger copper areas on different layers, in effect creating a strong vertical connection through the board structure, helping maintain a low impedance and short return loops. Via stitching can also be used to tie areas of copper that might otherwise be isolated from their net, to that net. In RF designs, to…

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How 5G and 6G Are Driving The Next Generation of Components How 5G and 6G Are Driving The Next Generation of Components 7 min Newsletters Systems Engineers/Architects 电气工程师 PCB 设计工程师 Systems Engineers/Architects Systems Engineers/Architects 电气工程师 电气工程师 PCB 设计工程师 PCB 设计工程师 Explore how 5G and 6G technologies are reshaping RF components, PCBs, and packaging, driving innovations in speed, integration, and thermal performance. 阅读文章
Transforming RF Design with Ultra HDI Transforming RF Design with Ultra HDI 5 min Blog PCB 设计工程师 电气工程师 PCB 设计工程师 PCB 设计工程师 电气工程师 电气工程师 Transform RF design with Ultra HDI technology that boosts performance, improves signal integrity, and solves thermal challenges for high-frequency applications. 阅读文章
How to Compensate for Losses in Transmission Line Impedance How to Compensate for Losses in Transmission Line Impedance 6 min Blog 电气工程师 电气工程师 电气工程师 Copper roughness is perhaps the one factor creating the greatest uncertainty in transmission line impedance. Yes, different solvers have different 阅读文章
High Frequency SMD Passives How High Frequency SMD Passives Work in a PCB Layout 7 min Blog PCB 设计工程师 电气工程师 PCB 设计工程师 PCB 设计工程师 电气工程师 电气工程师 High frequency capacitors, resistors, and inductors are eventually dominated by parasitics. Here's what data sheets can tell you about these components and how to simulate them. 阅读文章