职业技术
職業技術
직업기술
ZHIYE JISHU
2015年
10期
62-63,50
,共3页
超网孔%无伴电流源%电路分析
超網孔%無伴電流源%電路分析
초망공%무반전류원%전로분석
ultra mesh%solitary current source%circuit analysis
以探讨电路网孔的画法为切入点,对电路的网孔进行了扩展定义,提出超网孔的概念。运用超网孔分析无伴电流源电路简单易行,可用观察法直接列出电路方程,而无需列约束方程或重新绘制电路图等,使电路方程数量减少,求解方便。同时,总结出了解题步骤,便于指导学习。通过例题的解析,证明该方法简单、可行。
以探討電路網孔的畫法為切入點,對電路的網孔進行瞭擴展定義,提齣超網孔的概唸。運用超網孔分析無伴電流源電路簡單易行,可用觀察法直接列齣電路方程,而無需列約束方程或重新繪製電路圖等,使電路方程數量減少,求解方便。同時,總結齣瞭解題步驟,便于指導學習。通過例題的解析,證明該方法簡單、可行。
이탐토전로망공적화법위절입점,대전로적망공진행료확전정의,제출초망공적개념。운용초망공분석무반전류원전로간단역행,가용관찰법직접렬출전로방정,이무수렬약속방정혹중신회제전로도등,사전로방정수량감소,구해방편。동시,총결출료해제보취,편우지도학습。통과례제적해석,증명해방법간단、가행。
With the discussion of the drawing of the circuit mesh as the breakthrough point, the mesh of the circuit experiences extended definition. Put forward the concept of ultra mesh. Using the ultra mesh to analyze solitary current source circuit is simple. Using the method of observation can list circuit equations directly, without constraint equations or redrawing circuit diagrams, etc. to decrease the number of circuit equations and to solve equations conveniently. At the same time, summarize the solving steps, which is convenient for guiding learning. Through the analysis of examples, it proves that the method is simple and feasible.