天线几乎无处不在。从智能手机、RFID 标签和无线打印机等商业应用，到飞机雷达系统或自动驾驶汽车的相控阵天线等国防应用，再到集成的地面通信系统。因此，能极大提高天线设计效率的天线仿真软件极其重要。
天线设计的电磁仿真及其与整个系统的交互使设计人员能够评估“假设”现实生活场景。
使用 SBR+ 和 PO 求解器，分析其平台上天线的辐射模式，包括附近物体的反射效应。
FEM 瞬态求解器包含 HFSS 自适应网格划分并分析瞬态应用，例如探地雷达 (GPR)、静电放电、时域反射计 (TDR) 和识别雷达截面 (RCS) 散射中心。
IE 采用 3D 矩量法 (MoM) 技术来有效解决开放辐射和散射问题。
从日益强大的消费移动设备到推动制造和关键应用的最先进的设计挑战，未来技术对天线设计的要求比以往任何时候都多。无论是哪个行业，仿真都是以最少的精力和成本执行高性能天线和平台设计的解决方案。
"..the design of antennas requires the integration of a multitude of physical criteria to verify that the components function correctly in all situations. Virtual testing with Ansys Mechanical and Ansys HFSS allows our engineers to test many design variants that meet space standards, from the digital model to the final prototype of the antenna on the satellite.”
From increasingly powerful consumer mobile devices to the most advanced design challenges driving manufacturing and critical applications, the future of technology asks more from antennas than ever before. No matter the sector, simulation is the solution to execute high-performance antenna and platform designs with minimal wasted effort and money.
天线设计和安装的复杂性使得进行多轮实际测试的成本非常高。Ansys天线设计软件基于物理的仿真使您可以在设计阶段轻松了解和预测天线性能，从而让您更快地应对以下方面的挑战：
Receive expert insights on how Speos’ optical library improves the realism and accuracy of physics-based simulation modeling for autonomous driving.
Learn how simulation can help you design optimal inductive-based wireless power systems for charging biomedical implants, consumer electronics and even electric vehicles.
Learn how to use Ansys simulation solutions to deal with common challenges in transformer design, such as computation of inrush current due to faults, multi-field coupling problems like transformer temperature rise prediction, etc.
如果您面临工程方面的挑战，我们的团队将随时为您提供帮助。我们拥有丰富的经验并秉持创新承诺，期待与您联系。让我们携手合作，将您的工程挑战转化为价值增长和成功的机遇。欢迎立即联系我们进行交流。
