| 1. | Casualty analysis of ferromagnetic resonance causing the burn of voltage transformer
铁磁谐振导致电压互感器被烧坏的原因 |
| 2. | Key points in application of jszbf type anti - ferromagnetic resonance voltage transformer
型抗铁磁谐振电压互感器应用中需注意问题 |
| 3. | Analysis of ferromagnetic resonance produced in voltage transformer of power distribution system
供电系统中电压互感器铁磁谐振现象分析 |
| 4. | Analysis on ferromagnetic resonance fault of electromagnetic voltage transformers and its countermeasures
及以上电压等级互感器故障分析及处理 |
| 5. | Analysis and prevention of ferromagnetic resonance between voltage transducer and switched fracture capacitor
电压互感器与开关断口电容铁磁谐振的分析与预防 |
| 6. | Analysis of series ferromagnetic resonance between electromagnet - induced voltage transducer and switched fracture capacitance
电磁式电压互感器铁磁谐振的分析与对策 |
| 7. | Because the electromagnetic current transformers have such shortcomings as magnetic saturation , ferromagnetic resonance and flammable and explosive traits , it is difficult for them to keep up with the development of power system
而传统的电磁式电流互感器具有磁饱和、铁磁谐振及易燃易爆的固有缺点，已很难适应电力系统的发展。 |
| 8. | By adopting resistance divider , voltage sensor designed in this topic has no ferromagnetic resonance , overcome saturation , has no load sharing , and is permitted to short and cutoff in circuit , so it has high reliability
本课题所研究的电压传感器采用电阻分压器原理，不存在铁磁谐振，克服了铁心饱和，不再有负荷分担，短路和开路都是允许的，具有高的可靠性。 |
