HFSS18仿真结果中显示双纵坐标
在HFSS仿真后，有时候需要将两个结果放在一张图中显示观察。
如果两个结果的单位不同，或者数值相差很大，这时候显示双纵坐标会很方便。
例如，S参数需要同时显示S11&S21，但是这俩曲线单位不同，一个dB，一个deg，如下图。或者把增益和效率放在一张图中的情况。
如果只用一个纵坐标，那么结果如下所示，会对观察造成一定的障碍。
如果使用双纵坐标，观察和对比结果会方便很多，如下图所示。
操作，第一步，在project manager窗口选中要用第二个纵坐标显示的对象，如下图所示
然后在properties窗口中修改Y axis，如下图所示
ps,以下内容无关主题。
In this paper, a series of NiZnCo spinel ferrites with the co-doping of CaO and SiO2 (CaO–SiO2) were studied for their
potential application as high-frequency magneto-dielectric materials. The effects of CaO–SiO2 on the crystalline phase composition, microstructure, and magnetic and dielectric properties over a wide frequency range of 0.1–5 GHz were systematically investigated. The results reveal that CaO–SiO2 addition reduces the closed pores in NiZnCo ferrite and helps to enhance the permeability. With increasing CaO–SiO2 content (x = 0–0.6 wt%), the permeability μ increases from ∼7to ∼7.5 at 0.1 GHz. For permittivity ε, however, it declines evidently from ∼9to ∼7.8 on account of the decreased grain size and density. Consequently, μ and ε
are
balanced to the matching and high values over a wide frequency range of 0.1–1 GHz in the samples with x = 0.3and 0.6 wt%, accompanied with low loss characteristics that the magnetic loss tan δμ and dielectric loss tan δε are on the order of 10−2 and 10−3, respectively.
