DDLE2R5LGN142KBF0S Search Results

Contextual Info: Engineering Bulletin RoHS DLE series TM DLCAP Electric Double Layer Capacitor Compliant ・Achieved high energy density with our unique electrode process technology. ・Higher charge/discharge efficiency than batteries. ・Environment-friendly ・Suitable for electricity storage, battery assistance, short-term backups, etc.

Contextual Info: ELECTRIC DOUBLE LAYER CAPACITOR DLE series DLCAPTM RoHS Compliant ●独自の電極工法により高エネルギー密度化を実現。 ●バッテリーに優る充放電特性。 ●環境融合性に優れます。 ●電力貯蔵・バッテリーアシスト・短時間バックアップ等に最適。

DDLE2R5LGN701KAA5S

Abstract: DDLE2R5LGN351KA65S NIPPON CAPACITORS DDLE2R5LGN232KCH2S DDLE2R5LGN142KBF0S
Contextual Info: Engineering Bulletin DLCAPTM DLE series Electric Double Double Layer Electric Layer Capacitor Capacitor RoHS Compliant ●独自の電極工法により高エネルギー密度化を実現。 ●バッテリーに優る充放電特性。 ●優れた環境融合性。

Contextual Info: ELECTRIC DOUBLE LAYER CAPACITOR RoHS DLE series TM DLCAP Compliant ・Achieved high energy density with our unique electrode process technology. ・Higher charge/discharge efficiency than batteries. ・Environment-friendly ・Suitable for electricity storage, battery assistance, short-term backups, etc.

Contextual Info: ELECTRIC DOUBLE LAYER CAPACITOR DLE series DLCAPTM RoHS Compliant ●独自の電極工法により高エネルギー密度化を実現。 ●バッテリーに優る充放電特性。 ●優れた環境融合性。 ●電力貯蔵・バッテリーアシスト・短時間バックアップ等に最適。

DDXE2R5LGN801KBA5S

Abstract: DDLE2R5LGN142KBF0S NIPPON CAPACITORS EDLC chemi-con edlc 2300f DDXE2R5LGN122KBF0S DDXE2R5LGN401KB65S EDLC
Contextual Info: 電気二重層キャパシタ Electric Double Layer Capacitors DLCAPTM 目次 INDEX 電気二重層キャパシタの技術と応用 Introduction of Electric Double Layer Capacitor DLEシリーズ DLE series DXEシリーズ DXE series DLCAPTMモジュール

Contextual Info: Electric Double Layer Capacitor 2014/2015 CAT.NO.1009B ELECTRIC DOUBLE LAYER CAPACITOR Contents 2 電気二重層キャパシタの技術と応用 Introduction of Electric Double Layer Capacitor 4 DLCAPTM DLE series 6 DLCAPTM DXE series 8 DLCAPTM Module

Contextual Info: ELECTRIC DOUBLE LAYER CAPACITOR RoHS DLE series TM DLCAP Compliant ・Achieved high energy density with our unique electrode process technology. ・Higher charge/discharge efficiency than batteries. ・Environment-friendly ・Suitable for electricity storage, battery assistance, short-term backups, etc.