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交流電圧源の表現方法
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交流電圧源の表現方法
1.
交流電圧源の表現方法 2015年3月24日 堀米 毅 1Copyright(C)Tsuyoshi Horigome
2015 ケース1 通常動作 ケース2 瞬停動作
2.
2Copyright(C)Tsuyoshi Horigome 2015 2つのケースを想定した交流電圧源を表現する ケース1 タイミング
交流電圧 0-100m[sec] 100[V]実効値 100-200m[sec] 200[V]実効値 200-300m[sec] 100[V]実効値 ケース2 タイミング 交流電圧 0-100m[sec] 100[V]実効値 100-120m[sec] 0[V] 120-200m[sec] 100[V]実効値
3.
3Copyright(C)Tsuyoshi Horigome 2015 ケース1 タイミング
交流電圧 0-100m[sec] 100[V]実効値 100-200m[sec] 200[V]実効値 200-300m[sec] 100[V]実効値
4.
4Copyright(C)Tsuyoshi Horigome 2015 ケース1 回路図
5.
5Copyright(C)Tsuyoshi Horigome 2015 ケース1 V1の設定
6.
6Copyright(C)Tsuyoshi Horigome 2015 ケース1 V2の設定
7.
7Copyright(C)Tsuyoshi Horigome 2015 ケース1 V3の設定
8.
8Copyright(C)Tsuyoshi Horigome 2015 ケース1 シミュレーション結果
9.
9Copyright(C)Tsuyoshi Horigome 2015 ケース2 タイミング
交流電圧 0-100m[sec] 100[V]実効値 100-120m[sec] 0[V] 120-200m[sec] 100[V]実効値
10.
10Copyright(C)Tsuyoshi Horigome 2015 ケース2 回路図
11.
11Copyright(C)Tsuyoshi Horigome 2015 ケース2 V1の設定
12.
12Copyright(C)Tsuyoshi Horigome 2015 ケース2 V2の設定
13.
13Copyright(C)Tsuyoshi Horigome 2015 ケース2 V3の設定
14.
14Copyright(C)Tsuyoshi Horigome 2015 ケース2 シミュレーション結果
15.
15Copyright(C)Tsuyoshi Horigome 2015 LTspice用シミュレーションデータ一式 ケース1 ケース2
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