14:["$","div","AE48",{"className":"Post_post__BuG2d","style":{"display":"flex","flexDirection":"column","gap":"0.1rem","width":"calc(100% - 4vw)","boxShadow":"0.2rem 0.2rem 0.4rem var(--shadow-color), inset 0.08rem 0.12rem 0.06rem var(--grow-color), inset -0.08rem -0.12rem 0.06rem var(--shade-color)","borderRadius":"1.4rem","padding":"0.8rem","maxWidth":"920px"},"children":[["$","div",null,{"className":"$undefined","style":{"display":"flex","gap":"0.4rem","flexWrap":"wrap"},"children":[false,[["$","a","F5E4",{"href":"/F5E4","style":{"border":"solid 1px var(--post-edge-color)","borderBottom":"none","borderRadius":"0.6rem 0.6rem 0 0","padding":"0.1rem 0.5rem"},"children":"平滑化"}],["$","a","43E3",{"href":"/43E3","style":{"border":"solid 1px var(--post-edge-color)","borderBottom":"none","borderRadius":"0.6rem 0.6rem 0 0","padding":"0.1rem 0.5rem"},"children":"Liｲｵﾝ電池の寿命に影響を与える外部要因について"}],["$","a","42D3",{"href":"/42D3","style":{"border":"solid 1px var(--post-edge-color)","borderBottom":"none","borderRadius":"0.6rem 0.6rem 0 0","padding":"0.1rem 0.5rem"},"children":"パワーエレクトロニクス講義資料第4回平滑回路"}],["$","a","BD6E",{"href":"/BD6E","style":{"border":"solid 1px var(--post-edge-color)","borderBottom":"none","borderRadius":"0.6rem 0.6rem 0 0","padding":"0.1rem 0.5rem"},"children":"電圧"}],["$","a","19D2",{"href":"/19D2","style":{"border":"solid 1px var(--post-edge-color)","borderBottom":"none","borderRadius":"0.6rem 0.6rem 0 0","padding":"0.1rem 0.5rem"},"children":"コンデンサー"}]]]}],["$","article",null,{"className":"article","children":[["$","div",null,{"className":"$undefined","style":{"display":"flex","justifyContent":"space-between","flexWrap":"wrap"},"children":[["$","h2",null,{"style":{"margin":"0.6rem"},"children":["$","a",null,{"href":"///AE48","children":"あれ"}]}],["$","div",null,{"className":"$undefined","style":{"display":"flex","justifyContent":"end","alignItems":"center","flex":"1","textAlign":"right","whiteSpace":"nowrap"},"children":["$","div",null,{"children":"2021/9/8 8:54:00"}]}]]}],["$","div",null,{"className":"article_body","dangerouslySetInnerHTML":{"__html":"

コンデンサを入れるだけで安定化できそう？\n

→\n
コンデンサは電圧が平滑化されるだけだった\n
電圧を平滑化したらいいのか、電流が平滑化したらいいのかわからない。\n
そもそもそれらの変動が二次電池の寿命に影響があるのかもわからなかった。\n

"}}]]}],["$","div",null,{"className":"$undefined","style":{"display":"flex","gap":"0.4rem","flexWrap":"wrap"},"children":[false,[["$","a","D657/59D4",{"href":"/D657/59D4","style":{"border":"solid 1px var(--post-edge-color)","borderTop":"none","borderRadius":"0 0 0.6rem 0.6rem","padding":"0.1rem 0.5rem"},"children":"Re: 電流あるいは電圧の変動が充電池の寿命におよぼす影響"}],["$","a","D657/55AD",{"href":"/D657/55AD","style":{"border":"solid 1px var(--post-edge-color)","borderTop":"none","borderRadius":"0 0 0.6rem 0.6rem","padding":"0.1rem 0.5rem"},"children":"体温による発電・充電"}]]]}]]}]