制御機器 ：「LED 抵抗」の検索結果

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルで標準モード対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hzフェライト材及び同等品です磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制分割ボビンにより、幅広い周波数範囲で高インピーダンスを実現しますRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルで標準モード対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hフェライト材及び同等品磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制非分割ボビンによる大インダクタンスですRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束コンパクトサイズで高さが低い用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルで標準モード対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hzフェライト材及び同等品です磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制分割ボビンにより、幅広い周波数範囲で高インピーダンスを実現しますRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルで標準モード対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hフェライト材及び同等品磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制非分割ボビンによる大インダクタンスですRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束コンパクトサイズで高さが低い用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルで標準モード対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hフェライト材及び同等品磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制非分割ボビンによる大インダクタンスですRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束コンパクトサイズで高さが低い用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルだけで、通常モードの対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hフェライト材及び同等品磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制分割ボビンにより、幅広い周波数範囲で高インピーダンスを実現しますRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束コンパクトサイズで高さが低い用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルだけで、通常モードの対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hフェライト材及び同等品磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制分割ボビンにより、幅広い周波数範囲で高インピーダンスを実現しますRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束コンパクトサイズで高さが低い用途LED照明オーディオビジュアル機器OA機器電源

KEMETSSHBコイルは、さまざまな特性を備えたデュアルモードチョークです。このハイブリッドコイルは、1つのコイルだけで、通常モードの対策とコモンモードノイズ抑制の2つの機能を組み合わせています。必要な製品の数を減らすことで、コストを削減し、スペース効率を高めることができます。メーカー独自のコア素材は、高温要件(標準タイプ)や高透磁率ニーズ(Rタイプ)向けに最適化されたソリューションを提供します。さらに、特別に開発された形状は、通常のノイズ抑制により効率的です。独自の5HT及び10Hフェライト材及び同等品磁気回路と材料の最適化コイルが1つCoilの場合は一般的なノイズと通常のノイズの両方を抑制分割ボビンにより、幅広い周波数範囲で高インピーダンスを実現しますRタイプは透磁率が高いです動作温度範囲：-25→+130℃(標準タイプ)動作温度範囲：-25→+120℃(Rタイプ外部への低漏洩磁束コンパクトサイズで高さが低い用途LED照明オーディオビジュアル機器OA機器電源

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

The OHD Thermal Guard is developed for thermal problem countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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 countermeasures。Its unique proprietary design features a magnet and a temperature-sensing soft ferromagnetic substance called ThermoriteR。The 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.