Amorphous Block Cores and Inductor Core for Motor Drive

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• Customize Amorphous C-core for Power Transformer or Inductor

  AMORPHOUS C-COREAmorphous C-cores are suitable for power transformer or inductor ( choke coil) especially used in high-frequency range.They contribute to downsize, improve efficiency for the transformer and inductor.
• Intro to Iron-based Amorphous Filter Inductor Cores TRANSMART

  Fe-based amorphous core filter inductanceFe-based amorphous filter inductor core having excellent frequency characteristics and the DC superposition characteristic and a low core loss, and its permeability can be controlledVary within a wide range (u a 120-1200), may be resistant to different ranges of ampere-turns of bias (bias magnetic field), it is suitable for various high-frequency, alternating and direct superimpositionInductive application device, which is cost-effective than molybdenum and iron-nickel Sendust magnetic core.Applications· Car Audio choke· PFC correction inductor· A differential mode filter and a smoothing filter output· DC / DC converter filter coil· Conventional filter coil and the filter coil adapter FeaturesHigh saturation magnetic induction, low coercivity, low loss;Excellent anti-DC bias characteristic;High permeability from 120 to 1200, number of turns less.
• Amorphous Core Soft Magnetic Material Amorphous Block Core Products

  Amorphous block cores made of Amorphous soft magnetic material 1K101, they are suitable for inductors especially for those used in high-power capacity. These cores contribute to improve efficiency of inductors.
• M3 Carlite Tape Wound Core Products | TRANSMART

  Tape wound toroidal cores made from soft magnetic materials such as silicon steel, nanocrystalline, and amorphous alloys. These cores made by winding thin strips of grain oriented silicon steel tape or alloy tape around a core fore. The tape is tightly wound to create a toroidal shape, providing a closed magnetic circuit. The alloy consists of the tiny crystalline grains and disordered atomic structure, resulting in high magnetic permeability and low core loss. These cores are widely used in electrical applications. Let's explore their features, and applications: Features:1. High Efficiency: All three soft magnetic materials offer low core losses, enabling efficient energy transfer and reduced power losses. 2. Compact and Lightweight: The toroidal shape of the core provides a compact design, suitable for space-constrained applications. The use of thin tape also results in lightweight cores. 3. High Magnetic Flux Density: Silicon steel, nanocrystalline, and amorphous cores can handle high magnetic flux densities, allowing for high power density designs. 4. Low Electromagnetic Interference (EMI): The toroidal shape reduces electromagnetic radiation and minimizes EMI. Applications:1. Transformers: Tape wound toroidal cores made from these soft magnetic materials are commonly used in power transformers, audio transformers, and instrument transformers. Their high efficiency and low losses make them ideal for power distribution and voltage regulation. 2. Inductors: These cores find applications in inductors for filtering, energy storage, and power factor correction. The compact design and high magnetic flux density make them suitable for high-frequency applications. 3. Current Sensors: Tape wound toroidal cores are used in current transformers for measuring and monitoring electrical currents. The high accuracy and frequency response of these cores make them suitable for power quality monitoring and energy management systems. In summary, tape wound toroidal cores made from soft magnetic materials like silicon steel, nanocrystalline, and amorphous alloys offer high efficiency, compact design, and low losses. They find applications in transformers, inductors, and current sensors, playing a crucial role in various electrical systems.Email: sales@transmart.net Make sure to get notified: Check my website: https://www.transmart.netAdd me on Facebook: https://www.facebook.com/Transmart.Ind.Ltd  Add me on Youtube: https://www.youtube.com/c/TransmartIndustrialLtdAdd me on LinkedIn: https://www.linkedin.com/company/transmart-industrial-limited/  Everything you wanted to know please contact us immediately if you are interested in.