电气电子教学学报
電氣電子教學學報
전기전자교학학보
JOURNAL OF ELECTRICAL & ELECTRONIC ENGINEERING EDUCATION
2011年
5期
35-38
,共4页
杆轨电路%力学参量%电学元件
桿軌電路%力學參量%電學元件
간궤전로%역학삼량%전학원건
the circuit of rod and track%mechanical parameter%electronic components
杆轨电路能完成机电间的等效,对其的理论研究具有一定的意义,在实际应用中也有较为广阔的前景。本文讨论包括两个方面,一是把电学参量等效为力学参量,二是用力学元件组装成电学元件。通过磁场、动生电动势及杆轨电路,可将机电紧密结合于一体。
桿軌電路能完成機電間的等效,對其的理論研究具有一定的意義,在實際應用中也有較為廣闊的前景。本文討論包括兩箇方麵,一是把電學參量等效為力學參量,二是用力學元件組裝成電學元件。通過磁場、動生電動勢及桿軌電路,可將機電緊密結閤于一體。
간궤전로능완성궤전간적등효,대기적이론연구구유일정적의의,재실제응용중야유교위엄활적전경。본문토론포괄량개방면,일시파전학삼량등효위역학삼량,이시용역학원건조장성전학원건。통과자장、동생전동세급간궤전로,가장궤전긴밀결합우일체。
It is significant to make electronics and mechanics equivalent. The circuit of rod and track which has a wide perspective of application can accomplish the equivalence. The study on circuit of rod and track includes two aspects, one is aimed to achieve the equivalence between electronical parameter and mechanical parameter, and another is aimed to make mechanical components be equivalent to electronical components. We can use magnetic field, motional electromotive force and the circuit of rod and track to combine electronics with mechanics.