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所在平台: Udemy |
课程主页: https://www.udemy.com/course/learning-hfss-software-by-advanced-practical-examples/
课程评论：没有评论
课程名称：通过高级实际示例学习HFSS软件 课程概述： 本课程旨在利用HFSS软件模拟多种类型的天线，包括倒L天线（ILA）、倒F天线（IFA）、弯曲L天线（MILA）、弯曲F天线（MIFA）、13.56 MHz NFC天线、3阵列和6阵列偶极子天线以及介质谐振振荡器（DRO）。HFSS软件是微波和射频应用中常用的软件，掌握HFSS的知识和经验将使您在行业中具有竞争优势，并能够参与雷达系统、通信系统、无线技术、GSM、GPS、国防工业、卫星通信、飞机雷达和太空应用等项目。 课程开始时，我们将简要介绍DRO（介质谐振振荡器），随后将利用HFSS软件模拟10 GHz的DRO。接着，我们将继续模拟不同类型的PCB天线，PCB天线是印刷在PCB电路板上的天线，具有制造简单和成本低的优点，广泛应用于蓝牙、WiFi、无线鼠标、Zigbee等短距离无线设备。 此外，我们将模拟13.56 MHz的NFC天线，它在RFID行业中有着广泛的应用。我们还将讨论NFC天线的优化及其与RLC组件的匹配方法。最后，我们将模拟HFSS软件中的3阵列和6阵列偶极子天线。天线阵列是由多个辐射元件组成的辐射系统，各个辐射器在功能上各自都有独立的感应场。这些元件排列得非常紧密，因此每个元件都位于临近元件的感应场中，最终产生的辐射模式是各个元件个别模式的矢量和。 本课程为参与相关专业实践提供了理论与实践的结合，适合希望在电信及相关行业发展的学习者。
In this course, different type of Antennas such as ILA (Inverted L Antenna), IFA (Inverted F Antenna), MILA (Meandered L Antenna), MIFA (Meandered F Antenna), 13.56 MHz NFC, 3 Array & 6 Array Dipole Antenna and DRO (Dielectric Resonator Oscillators) is simulated with HFSS Software. HFSS file of designs are available for download. HFSS software is common software for microwave and RF applications. You will have a priority in the industry, if you have knowledge and experience in HFSS in order to participate in projects related to radar system, communication systems, wireless technology, GSM, GPS and defense industry, satellite communication, aircraft radars and space applications.In this course, we start with short overview about DRO(Dielectric Resonator Oscillators) and then we will simulate 10 GHz DRO with HFSS Software. then we will continue to simulate diffrent types of PCB Antennas with HFSS software. PCB antenna refers to the antenna printed on the PCB circuit board, which has the advantages of simple manufacturing and low cost, and is widely used Applications such as Bluetooth (Bluetooth), WiFi, Wireless mouse, Zigbee and other shortdistance wireless devices. then we will simulate 13.56 MHz NFC antenna which has huge application in RFID industry. we will discuss about optimizing the NFC antenna and how to match it with RLC components. at the end, we will simulate 3 Array and 6 Array Dipole Antenna at HFSS software. an antenna Array is a radiating system, which consists of individual radiators and elements. Each of this radiator, while functioning has its own induction field. The elements are placed so closely that each one lies in the neighbouring one's induction field. Therefore, the radiation pattern produced by them, would be the vector sum of the individual ones.
