制御機器 ：「M18」の検索結果

KEMET 0603 X7R及びY5V誘電体. KEMET 0603 サイズ MLCC セラミックコンデンサ AEC Q200 (車載規格に適合)の MLCC SMT コンデンサは、過酷な環境に適した堅牢な設計を採用しています。これらの車載用グレード SMT MLCC セラミックコンデンサは、 C0G 誘電体を備えており、 -55 +125 C の動作温度範囲で高い熱安定性を実現しています。. 特長と利点. 高いリップル電流性能、極めて低い ESR 及び ESL を特長としています。 動作温度範囲: -55℃ +125℃ 無極性デバイスのため、設置時の懸念を最小限に抑制 温度安定誘電体 100 %純つや消しスズめっき終端仕上げにより、優れたはんだ付け性を実現 さまざまなケースサイズ、定格電圧、及び静電容量(10 pF 47 μF). 用途. これらの車載用グレード SMT MLCC コンデンサの代表的な用途には、車内又はエンジンルーム内のミッションクリティカルな車載回路、以下のような安全性が重要になります。 クリティカルタイミング チューニング パルスのある回路 低損失が求められる回路 高電流 バイパス、フィルタリング、過渡電圧抑制、ブロッキング、蓄電。. 承認. AEC Q200 (車載用認定)

5 m Ω までの 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 ハロゲンフリーエポキシ 用途 主な用途には、 DC/DC コンバータ、オーディオ / サウンド回路(携帯電話 / 基地局、スマートフォン、 MP3 プレーヤー)、電源入力、携帯電子機器(ノートブック PC 、ディスプレイ、 SSD 、 HDDsand USB 、デジタルカメラ、 GPS ナビゲーションシステム、 WiFi モジュール)、通信、家庭用電化製品(分析 / テスト機器、高速サーバー)、 12 → 48 V の電源入力レールなどの高電圧用途、高密度電流回路、実装電流回路、高密度実装基板、高密度実装デバイスなどがあります

T520シリーズ. KEMET T520シリーズ(KO-CAP)ポリマータンタルコンデンサは、多層セラミック(低ESR、高周波静電容量保持)、アルミ電解(高い静電容量、安全障害モード)、及び実証済みのソリッドタンタル技術(優れた体積効率、表面実装への対応、極めて長寿命)の最高の機能を備えています。 KEMET T520有機コンデンサ(KO-CAP)は、Taアノード及びTa2 O5誘電体を備えたタンタルコンデンサです。導電性のある有機ポリマーは、従来のコンデンサに使用されるカソードプレートの代替品です。この結果、高い周波数で非常に低いESRを発揮し、静電容量保持が向上します。. 超低ESR ポリマーカソード技術 高周波静電容量保持 着火障害非発生モード 優れた体積効率 自己回復機構 ハロゲンフリーエポキシ

T520シリーズ. KEMET T520シリーズ(KO-CAP)ポリマータンタルコンデンサは、多層セラミック(低ESR、高周波静電容量保持)、アルミ電解(高い静電容量、安全障害モード)、及び実証済みのソリッドタンタル技術(優れた体積効率、表面実装への対応、極めて長寿命)の最高の機能を備えています。KEMET T520有機コンデンサ(KO-CAP)は、Taアノード及びTa2 O5誘電体を備えたタンタルコンデンサです。導電性のある有機ポリマーは、従来のコンデンサに使用されるカソードプレートの代替品です。この結果、高い周波数で非常に低いESRを発揮し、静電容量保持が向上します。超低ESR ポリマーカソード技術 高周波静電容量保持 着火障害非発生モード 優れた体積効率 自己回復機構 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 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.

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

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