为什么横向运动会引起检波器振子的轴向振动并产生电压输出?本文对此问题进行了理论分析,引入了悬挂振子的弹簧片的横—轴特性,阐明了横向运动通过弹簧片横—轴特性,可以诱发出轴向周期激励。正是在这种周期激励下,振子发生了轴向受迫振动,感生出电压输出。特别地,当振子处于横向共振时,它在轴向则呈现强烈的轴向受迫振动—假共振。 Why does lateral motion cause axial vibration of the detector vibrator and produce voltage output? In this paper, a theoretical analysis of the problem is made, the transverse-axis characteristics of the spring-loaded leaf spring are introduced, and the horizontal-axis characteristics of the spring- Axial periodic excitation can be induced. It is in this cycle of incentives, the vibrator axial forced vibration, induced voltage output. In particular, when the vibrator is transversely resonant, it exhibits a strong axial forced vibration in the axial direction - pseudo-resonance.