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TSALの仕組み
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19
April 21, 2024
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TSALの仕組み
19
April 21, 2024
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Transcript
3.1 TSAL TSAL(トラクティブシステムアクティブライト) 高電圧導通中→赤色で2~5Hz周期で点滅 高電圧がない →緑色で常に点灯 参考 高電圧=60V/DC 条件 •
トラクティブシステムのステータスを示す • ソフトウェア制御は不可能 • 他の機能はつけてはならない 3. Safety system
3.1 TSAL TSAL回路 3. Safety system
3.1 TSAL TSAL回路 3. Safety system センサーにより60V以上かどうかを判断する DVC1000-P 0~1000Vを2.5~4.5Vに変換 →60Vなら2.62[V](線形です)
3.1 TSAL TSAL回路 3. Safety system コンパレータがHIGH出力するとMOSFETのD- S間が導通してリレーに電流が流れる リレーはC接点なので赤色LED、緑色LED双方 につながることができる。電源がついていない
場合はそもそも電気が流れないのでLEDは点 灯しない
3.1 TSAL TSAL回路 3. Safety system 発振器としてNE555Pを使用。 周波数は 𝑓 =
1.44 2.2𝑘 + (47𝑘 × 2) × 4.7μ = 3.19𝐻𝑧
3.1 TSAL TSAL回路 3. Safety system ライト パワーLED