Finden Sie schnell ferrit magnete für Ihr Unternehmen: 491 Ergebnisse

Magnetsysteme in flacher Ausführung bestückt mit Magnetkern aus Hartferrit im verzinkten Metallgehäuse.

Gespritzte Hartferrite sind typische Verbundwerkstoffe, die durch Einbettung von Hartferritpulver in thermoplastischen Kunststoffen (Matrixmaterial PA6, PA12) entstehen. Bei gespritzten Hartferrit Magneten wird während des Einspritzens zusätzlich ein Magnetfeld in axialer, radialer, diametraler oder multipolarer Richtung angelegt. Durch diese Anisotropie lassen sich höhere magnetische Werte erzielen, die jedoch nicht das Niveau gesinterter anisotroper Hartferrit-Magnete heranreichen. Durch die Mischverhältnisse von Ferritanteil und Kunststoffanteil können ferner Elastizität und Festigkeit des Magneten beeinflusst werden.

Werkstoff: Gehäuse Kunststoff (ABS). Magnetkern Hartferrit. Bestellbeispiel: K1398.101 Hinweis: Die Haftmagnete kommen oft an Pinnwänden, Whiteboards und Magnettafeln zum Einsatz. Temperaturbereich: max. 100 °C. Auf Anfrage: Magnetkern aus NdFeB (Neodym). Zeichnungshinweis: 1) Haftfläche 2) Magnet 3) Gehäuse

Werkstoff: Gehäuse Kunststoff (ABS). Magnetkern Hartferrit. Bestellbeispiel: K1398.101 Hinweis: Die Haftmagnete kommen oft an Pinnwänden, Whiteboards und Magnettafeln zum Einsatz. Temperaturbereich: max. 100 °C. Auf Anfrage: Magnetkern aus NdFeB (Neodym). Zeichnungshinweis: 1) Haftfläche 2) Magnet 3) Gehäuse

Werkstoff: Gehäuse Kunststoff (ABS). Magnetkern Hartferrit. Bestellbeispiel: K1398.101 Hinweis: Die Haftmagnete kommen oft an Pinnwänden, Whiteboards und Magnettafeln zum Einsatz. Temperaturbereich: max. 100 °C. Auf Anfrage: Magnetkern aus NdFeB (Neodym). Zeichnungshinweis: 1) Haftfläche 2) Magnet 3) Gehäuse

Werkstoff: Gehäuse Kunststoff (ABS). Magnetkern Hartferrit. Bestellbeispiel: K1398.101 Hinweis: Die Haftmagnete kommen oft an Pinnwänden, Whiteboards und Magnettafeln zum Einsatz. Temperaturbereich: max. 100 °C. Auf Anfrage: Magnetkern aus NdFeB (Neodym). Zeichnungshinweis: 1) Haftfläche 2) Magnet 3) Gehäuse

Werkstoff: Gehäuse Kunststoff (ABS). Magnetkern Hartferrit. Bestellbeispiel: K1398.101 Hinweis: Die Haftmagnete kommen oft an Pinnwänden, Whiteboards und Magnettafeln zum Einsatz. Temperaturbereich: max. 100 °C. Auf Anfrage: Magnetkern aus NdFeB (Neodym). Zeichnungshinweis: 1) Haftfläche 2) Magnet 3) Gehäuse

Kunststoffgebundene Ferrite

Seit 1950 produziert das Unternehmen Magnetsegmente und Magnetpulver in Spitzenqualität. Mit 80 Mitarbeitern ist die Tridelta Hartferrite GmbH heute einer der bedeutendsten Hersteller von magnetischen Werkstoffen und keramischen Dauermagneten in Europa.

1500x6.85x7mm Blue colored on entire face of 1500x6.85mm not magnetized Flexible rubber Ferrite is made from the mixture of bonded Ferrite magnet powder and synthetic rubber by extruding, calendaring method. Advantages: Be easy to be machined into strip, roll, sheet, and other complicated shape, and could be punched, cut, drilled, and so on. 1 Stable property 2 Excellent flexibility 3 Temperature resistance 4 Corrosion resistance 5 Age resistance, 6 Movement resistance. Application Fields: Refrigerator Cupboard Stationery Advertisement Teaching equipment Switch Micro motor Sanitarian product VCD DVD Copy printer DC motor Meter motor Inductor Loudspeaker Transmitter Relay Earphone Name card Detailed information: The properties: We could produce the rubber magnets as per your requirement, its energy product is between 0.6 to 1.6MGOe, please kindly check the detailed information in our properties chart for detailed information in the top of the page. The dimension and tolerance: About roll magnets, we could produce the rubber magnets with the following data: the width: 750mm, the thickness: 0.3-1.5mm, the limitless length. If our customers have special request on the dimension, we will try our best to meet their requirement. The surface treatment: We have UV coating, back adhesive, PVC covering, and so on. PVC covering have many kinds of colors, such as white, yellow, red, blue, and so on, we could do it as per our customer’s requirement.

Wir liefern Scheibenmagnete in jeder Größe und speziell für den industriellen Einsatz. Ebenfalls vertreiben wir Scheiben mit Bohrung und Senkung sowie selbstklebende und gummierte Scheibenmagnete.

Auf der Unterseite dieser praktischen Magnete befindet sich ein starker Klebstoff. Formen: rund oder rechteckig. Haftkräfte: von 230 g bis 1.2 kg.

Diese Magnete dienen zum Fixieren Schalenformen für Betongußteile auf Grundplatten von Stahl. Der Permanentmagnet ist mit einem Exenterhebel versehen, um das Lösen von der Grundplatte zu Vereinfachen. Ein verstellbarer Niederhalter fixiert das Werkstück. Es lassen sich sehr hohe Haltekräfte bis zu 20 kN realisieren. Die Abmessungen passen wir individuell an Ihre Anforderungen an

Gleichstrom-Hubmagnet Baureihe 12 (kleine Größen) Gleichstrom-Hubmagnet Baureihe 10 (kleine Größen) Gleichstrom-Hubmagnet Baureihe 320-2 (kleine Größen) Gleichstrom-Hubmagnet Baureihe 32 (kleine Größen) Permanent-Elektro-Hubmagnet Baureihe 13 (kleine Größen) Permanent-Elektro-Hubmagnet Baureihe 33 (kleine Größen) Gleichstrom-Haftmagnet Baureihe 600 Permanent-Elektro-Haftmagnet Baureihe 630

Magnetspulen sind eine der Kernkompetenzen und Stärken unseres Unternehmens. Wir fertigen Spulen auf Spulenkörpern sowie Backlackspulen (Luftspulen) mit vielfältigen Applikationen. Ob Mittelserien oder Großserien, wir können alles! Hier zahlt sich die jahrzehntelange Erfahrung für unsere Kunden aus. Denn mit diesem Wissen haben unsere Ingenieure stets die beste Lösung parat. Von der ersten Anfrage über die Entwicklung bis zur Serienreife: Bei jedem Auftrag arbeiten wir intensiv mit Ihnen zusammen. Im Dialog finden wir passende Antworten auch auf schwierige Fragen. Selbst kurzfristige Änderungswünsche sind kein Problem. Wir haben alle wesentlichen Details im Blick und können sofort reagieren. Dies bedeutet für Sie: optimale Abläufe und die Erfüllung aller vorgegebenen Spezifikationen. Anwendungsgebiete unserer Magnetspulen Abgasnachbehandlung Einspritztechnik in Verbrennungsmotoren Bremssysteme Getriebesteuerung Klimatronic

Sehr geehrte Damen und Herren, heute möchten wir uns als Hersteller von sämtlichen Wickelgütern im elektronischen und elektrotechnischen Bereich vorstellen. Wir sind ein modern eingerichteter Industriebetrieb mit über 50-jähriger Berufserfahrung in der 4. Generation. Wir fertigen Magnetspulen aller Art, vom Prototyp über die Serienfertigung bis hin zur Automation, speziell nach Kundenwunsch und Zeichnung. Unser groß angelegtes Lager an Kupferlack-u. Backlackdrähten von Ø 0,01 mm bis Ø 3,0 mm sowie Flach-u. Sonderdrähte ermöglicht es uns, kurzfristig zu liefern. Unsere Ingenieure und Techniker werden Sie bei der Entwicklung und Konstruktion Ihrer Projekte unterstützen. Gerne unterbreiten wir Ihnen ein kostenloses und unverbindliches Angebot. Im Auftragsfall sichern wir Ihnen jetzt schon eine korrekte, qualitative hochwertige und termingerechte Lieferung zu. Joachim Korinek Unsere Vielfältige Möglichkeiten für Sie: -  Torquespulen - Luftspulen - Wicklungen auf Spulenkörper - Trafos - Ringkernspulen - Drosselspulen - Spulen mit Litzenanschluß - Spulen mit Lötstiften - Spulen in kleinem Stator - Spulen in Schalenkerne geklebt - Mehrkammerspulen - Anker bewickeln Weitere Leistungen für Sie: - Litzen und Drähte ablängen und verzinnen - Lötstifte einpressen und formbiegen - Platinen von Hand bestücken - Gerätemontagen - Vakuum tränken - Vergießen Bei weiteren Fragen oder Interesse wenden Sie sich bitte

Magnetsysteme Unter Magnetsystemen wird allgemein die kundenspezifische Weiterverarbeitung eines Dauermagneten mit weiteren metallischen oder nichtmetallischen Komponenten verstanden. Ihre Realisierung erfordert höchste Erfahrung im Bereich der Klebetechnik, CNC-Bearbeitung, Beschichtungs- und Montagetechnik sowie der Werkzeugformgebung. Unsere Kenntnisse im Bereich der Magnetwerkstoffe und die Anforderungen unserer Kunden an die Übernahme kompletter Baugruppenmontagen, haben diesen Industriebereich in den letzten Jahren stetig anwachsen lassen. Um Einsparpotentiale möglichst optimal zu nutzen, haben wir uns auf die Anforderungen des Marktes eingestellt. Typische Vorteile sind: Reduzierung der Stückkosten Reduzierung des vorhandenen Lieferantenstammes Reduzierte Lagerhaltung Geringere Lohnstückkosten Standortverlagerung der einfachen Montagetätigkeiten aus lohnintensiven Regionen zu den Produktionsstandorten der Dauermagnete Kostengünstige Realisierung von Systemen durch niedrige Werkzeug- und Vorrichtungskosten im Herstellungsland Fehlervermeidung durch über 20 Jahre Erfahrung im Umgang mit Magneten und deren Assemblierung

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: RM. grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: UI. grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: I T UU RM soft magnet grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: CEPQEFDEPC Soft grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: UU grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: UU RM ER EE soft grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: Nano Core. grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: Soft Magnet Core grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: Soft Magnet Shapes grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: P EP EC PQ soft magnet grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: transformer. grey: grey

Typical Applications for Soft Ferrite Magnets Power conversion Line filters Radio frequency applications TransformersIt is expected that the customer will know the size, shape and performance Soft Ferrite Magnets Soft ferrite are not permanent magnets. They carry magnetism (like mild steel) but as soon as the magnetic field is removed, the magnetism disappears. Soft ferrite are popular as transformers (to change the voltage from primary to secondary windings). So soft ferrite are often called transformer ferrite. Soft ferrite exist as toroids (rings), C shapes, E-shapes, curved shapes, etc. Other shapes are possible. They often have performance criteria such as permeability and inductance. Advantages & Disadvantages of Soft Ferrite Magnets Advantages * Carry magnetism effectively with low losses * Can handle alternating currents Disadvantages * Have different properties such as inductance and permeability so care is required to get a correct material type * It will be expected that the customer knows exactly what they require Typical Applications for Soft Ferrite Magnets * Power conversion * Line filters * Radio frequency applications * Transformers It is expected that the customer will know the size, shape and performance characteristics of the soft iron material that they require. We do not currently offer technical design support for this product range. China: Germany Stock 100g: 1.2kg. Soft Ferrite Magnet: P EP EC PQ soft magnet grey: grey

Hochwirksame nanokristalline LEISTUNGSÜBERTRAGER Kerne. Nanokristallines Material ist extrem verlustarm und somit prädestiniert für die Anwendung der „Leistungsübertrager“. Nanokristallines Material ist extrem verlustarm und somit prädestiniert für die Anwendung der „Leistungsübertrager“. Unsere LÜ-Kerne ermöglichen ein sehr leistungsfähiges Design mit sehr geringen Verlusten bei hohen Frequenzen. Durch die Epoxy Beschichtung, die direkt am Bandmaterial aufliegt, ist die Wärmeabfuhr optimal. Aufgrund einer geringen Magnetostriktion und sehr guten HF-Eigenschaften, sowie der ausgezeichneten Temperaturbeständigkeit des Materials erhalten Sie optimale Bedingungen für ein besonderes Design Ihres Leistungsübertragers. Beschichtung: epoxy orange (UL E345773) Verluste @300mT, 100kHz, sin: <5W/core Gewicht: 395 gr