【英文視頻】CST天線仿真07- 天線罩
內(nèi)容簡(jiǎn)介：
什么是天線罩
仿真流程（單元vs全罩）
單元流程 demo
全罩流程 demo
結(jié)果分析
薄材料（表面阻抗，厚度，入射角）
薄材料參數(shù)提取 demo （Z矩陣，floquet，采樣，TSI材料模型）
結(jié)果分析
注：字幕為機(jī)譯，未經(jīng)人工專(zhuān)業(yè)校對(duì)，內(nèi)容以原音為準(zhǔn)。
A radome is a, in a broad sense, structure that protects the antenna and electronics from the environment. Classically one could think about an aircraft, where radomes are used to protect all sort of antennas from the Radar system in front of the plane, to the GPS at the top and DME at the bottom, to name a few.
Ideally the radome layer should not impact the field propagation nor the antenna,but as we can see, they can:
-Interact with the antenna, increasing the return loss.
-Degrade the beam shape, increasing the side-lobes and decreasing gain.
-Squint the beam when scanning.
-Depolarize the radiation.
So a proper engineering is needed…
New challenges require new solutions, and simulation can help us drive those innovations. For example, material modeling is critical in radome analysis, To ensure the relative accuracy of
equivalent thin material model (TSI), there are some conditions
regarding the thin material thickness, and incident angles etc.
This video will show you that CST Studio Suite provides a complete platform to design and analyse radomes from the Unit Cell level to the Full Model verification. We have the most complete solver range on the market and Integrated workflows.
