「mes」の検索結果

ESD-FPDシリーズ分割コア、金属製クランプ付き. ESD-FPDシリーズ分割コアは、家庭用電化製品のフラットケーブルでの使用向けに設計されています このシリーズは、ステンレス銅クランプを備えており、様々なサイズが用意されています

T530シリーズ. KEMET T530シリーズは表面実装タンタルコンデンサで、高周波数で超低ESR及び静電容量の優れた保持性能を発揮します。 T530シリーズは、標準的な二酸化マンガンタンタルコンデンサで発生する着火障害を防ぐ、安全障害モードを備えています。. ポリマーカソード技術 高周波静電容量保持 イグニッションなしの障害モード 定常状態で高速劣化 サージ電流をテスト済み 複数タンタルアノード 体積効率 自己回復機構

T530シリーズ. KEMET T530シリーズは表面実装タンタルコンデンサで、高周波数で超低ESR及び静電容量の優れた保持性能を発揮します。 T530シリーズは、標準的な二酸化マンガンタンタルコンデンサで発生する着火障害を防ぐ、安全障害モードを備えています。. ポリマーカソード技術 高周波静電容量保持 イグニッションなしの障害モード 定常状態で高速劣化 サージ電流をテスト済み 複数タンタルアノード 体積効率 自己回復機構

IEC384-4長寿命等級40 / 85 / 56、DIN AEC-Q200認定. ねじとワッシャは付属していません。. PEH200シリーズ. KEMETのPEH200シリーズアルミ電解コンバータは、コンパクトなサイズでESR、ESLが低く、長寿命を実現します。この電解コンデンサは極性付き溶接設計を採用し、拡張陰極構造、ヘビーデューティねじ止め端子、プラスチック絶縁体と安全ベントを備えています。このシーリングシステムにより、電解質のガス拡散速度が低く、電解質が漏れることを防止します。. 特長. 産業用等級 長寿命高性能電解コンデンサ 高いCV値、低い等価直列抵抗(ESR)、低い等価直列インダクタンス(ESL). 用途. 地上電源装置、 無停電電源装置. 溶接装置とドライブ

IEC384-4長寿命等級40 / 85 / 56、DIN AEC-Q200認定. ねじとワッシャは付属していません。PEH200シリーズ. KEMETのPEH200シリーズアルミ電解コンバータは、コンパクトなサイズでESR、ESLが低く、長寿命を実現します。この電解コンデンサは極性付き溶接設計を採用し、拡張陰極構造、ヘビーデューティねじ止め端子、プラスチック絶縁体と安全ベントを備えています。このシーリングシステムにより、電解質のガス拡散速度が低く、電解質が漏れることを防止します。特長. 産業用等級 長寿命高性能電解コンデンサ 高いCV値、低い等価直列抵抗(ESR)、低い等価直列インダクタンス(ESL)用途. 地上電源装置、無停電電源装置. 溶接装置とドライブ

KEMET有機コンデンサ(KO-CAP)は、導電性ポリマーカソードを備えた固体電解コンデンサで、超低ESRを実現し、高周波数で静電容量の保持性能が向上しています。KO-CAPは、低ESRの積層セラミック、高静電容量のアルミ電解、体積効率に優れたタンタルを単一の表面実装パッケージに統合しています。電解液ベースのコンデンサとは異なり、KO-CAPは非常に長い動作寿命と高いリップル電流耐性機能を備えています。T52x / T530は、KO-CAPファミリで最も幅広く各種の電圧範囲、静電容量、及びケースサイズの製品を取り揃えています。48 V dc電圧レールまでの汎用DC用途に最適です。5 mΩまで下がるESR値 温度と電圧の変動に対して安定した静電容量 エージング効果なし 高リップル処理 優れた容積効率 高周波静電容量保持 100 %加速の定常状態経過 100 %サージ電流試験済み ハロゲンフリーエポキシ

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

KEMET の有機コンデンサは、導電性ポリマーカソードを備えた固体電解コンデンサで、超低 ESR を実現し、高周波域で静電容量の保持性能を向上させます。静電容量： 470 uF です。静電容量 470 μ F ESR ： 6 m Ω 許容差20 % 取り付けタイプ：表面実装 最低動作温度： -55 ℃ 最大動作温度： +125 ℃

KEMET ESD 0603 X7R誘電体コンデンサKEMET ESD X7R車載グレードのコンデンサは、静電放電(ESD)によってコンデンサや回路が損傷する可能性のある多様な用途に適しています。これらのコンデンサは、人体モデル(HBM) AEC Q200-002のESD認定を取得しています。これらの積層セラミックコンデンサは温度安定性があり、最大動作温度は125℃です。静電容量の範囲

KEMET ESD 0603 X7R誘電体コンデンサKEMET ESD X7R車載グレードのコンデンサは、静電放電(ESD)によってコンデンサや回路が損傷する可能性のある多様な用途に適しています。これらのコンデンサは、人体モデル(HBM) AEC Q200-002のESD認定を取得しています。これらの積層セラミックコンデンサは温度安定性があり、最大動作温度は125℃です。静電容量の範囲

KEMET ESD-FPLシリーズソリッドコア. KEMET ESD-FPLシリーズソリッドフェライトコアはフラットケーブル用です。固体構造で、ギャップを最小限に抑えた薄型を取り揃えています。フラットフェライトコアは、デジタル機器やディスプレイコントローラにおいてリボンケーブルによる深刻な干渉を排除するのに使用します。このフェライトスリーブは、コネクタを接続する前にケーブルに通すだけでよく、熱収縮スリーブ又は接着剤で固定することができます。. 用途. 家庭用電化製品

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the te

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.

The OHD Thermal Guard is developed for thermal problem countermeasuresIts unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteRThe material’s magnetic flux density decreases as the temperature increases turning it into a paramagnetic substance at the Curie temperature.High reliability for on/off operations High-speed response Long operational life Excellent environmental durability Compatibility with extremely low (0.1 mW or lower) signals to high power (6 W) levels Extremely simple circuit design Compact， light and easy to handle Dust， explosion and corrosion-proof Wide range of operating temperatures available in 5℃ increments from +30℃ to +130℃ Applications Typical applications include atmospheric temperature detection and overheating monitoring of power transistors， power modules， room heaters， hot gas heaters， PPCs， amplifiers， motors， HDDs， FDDs and other general appliances.