Uzay ve Aviyonik Güç Elektroniği için Aerospace Grade Ferroxcube Ferrit Nüveler
Uzay ve aviyonik sistemlerde kullanılan güç elektroniği uygulamaları, yüksek güvenilirlik, kararlı manyetik performans ve zorlu çevresel koşullara dayanım gerektirir. Ferroxcube MnZn ferrit nüveler, geniş sıcaklık aralığında stabil manyetik özellikleri, düşük çekirdek kayıpları ve yüksek frekans performansı sayesinde uydu sistemleri, aviyonik güç modülleri, DC-DC dönüştürücüler ve EMI filtreleri gibi kritik uygulamalar için ideal çözümler sunar. Yüksek kalite üretim süreçleri ve izlenebilirlik imkanlarıyla Ferroxcube ferrit nüveler, havacılık ve uzay elektroniğinde güvenilir ve uzun ömürlü manyetik bileşen tasarımlarına katkı sağlar.
3F37 High Performance MnZn Ferrite Material Ferroxcube
Ferroxcube's 3F37 is a high-performance MnZn ferrite material engineered for power conversion applications operating in the frequency range of 300 kHz to 1 MHz.
Brick Ferrite Cores (A.K.A. Ferrite Block, Cube Ferrite, Chunk Ferrite, Block Ferrite, Brick Ferrite, Ferrite Plates, or Big Size Sintered Ferrite)
Ferrite blocks - also known as Ferrite Block, Cube Ferrite, Chunk Ferrite, Block Ferrite, Brick Ferrite, Ferrite Plates, or Big Size Sintered Ferrite — are among Ferroxcube’s areas of expertise. They are used in high-power and EMI shielding applications.
Bar Ferrite Core for Induction Cooker Heating Element
The ferrite core in an induction cooker is a key component in the high-frequency transformer that powers the induction coil. Role of the Ferrite Core is; Concentrates and guides the magnetic flux, enhances the efficiency of power transfer from the coil to the cookware and helps minimize energy loss and EMI (electromagnetic interference).
Yüksek Voltaj Jeneratörü uygulamaları için Yüksek performanslı, Düşük Kayıplı ve Endüstriyel Standartlara Uygun Ferrit Nüveler
Ferroxcube yüksek kaliteli manyetik malzemeler alanında uzmanlaşmıştır. Özellikle yüksek voltaj jeneratörü uygulamaları için ideal olan Ferroxcube ferrit nüveleri, üstün frekans karakteristikleri, düşük kayıpları ve yüksek yalıtım direnci ile öne çıkar. Endüstriyel, medikal ve bilimsel alanlarda güvenilir ve verimli çözümler sunar.
İndüktif (Endüktif) Proximity Sensörler İçin Üst Düzey Kalitede Ferroxcube POT Ferrit Nüveler
Endüktif (indüktif) proximity sensör uygulamalarında, yüksek performans ve kararlılık sağlamak için kullanılan en kritik bileşenlerden biri ferrit nüvelerdir. Özellikle Ferroxcube POT tipi ferrit nüveler, manyetik alanın etkin bir şekilde yönlendirilmesi ve elektromanyetik girişimlerin azaltılması açısından üstün bir çözüm sunar. Yüksek kaliteli malzeme yapısı sayesinde düşük enerji kaybı ve yüksek geçirgenlik değerleriyle öne çıkan bu nüveler, endüstriyel otomasyon, temasız anahtarlama ve hassas algılama sistemleri gibi uygulamalarda güvenilir ve uzun ömürlü bir performans sağlar.
Ferroxcube ROD & Tube Ferrite Cores for Powder Coating Gun HV Cascade
Electrostatic Powder Coating is a finishing process used to apply a protective and decorative layer to metal (and sometimes non-metal) surfaces. It uses electrically charged powder particles and a curing process to create a hard, smooth, and durable finish.
Ferroxcube proudly introduces 3C97T for WPT, our latest MnZn ferrite material specifically designed for wireless power transfer (WPT) applications in electric vehicles (EVs).
This material delivers ultra-low losses at 85 kHz, the standard frequency defined by SAE J2954 for EV wireless charging systems. Moreover, 3C97T for WPT remains effective up to 200 kHz, making it suitable for a wide range of global charging protocols.
Ferrite Cores for Science and Industry
Ferrites are used not only in the known consumer and professional electronics applications, but also in science and industry. The specifications and tolerances required for scientific and industrial applications are generally very demanding and critical. Experts in ceramic technologies know that making territe is one thing, machining it to close tolerances is another.
Ferroxcube Ferrite Cores Materials, High Quality Ferrite Cores for wide range applications.
Ferroxcube provides optimal materials for different operating conditions. Working temperature, flux and frequency are the key parameters to select the proper material: from standard 100 deg C to 60 in handheld converters or 140 in automotive, or even wide range 20 to 100 or 60 to 140.
ENC28J60 vs W5500
Which one is better ENC28J60 vs W5500 ? Both the W5500 and ENC28J60 are Ethernet controllers commonly used in embedded systems for network communication. The W5500 is a more modern and feature-rich option compared to the ENC28J60.
MN-ZN Soft Ferrite Cores for EV Vehicles Automotive Applications
Low core losses at working frequency and temperature to achieve high efficiency Switching at higher frequencies allows size and cost reduction of the magnetic components Low profile shapes are recommended to build compact and modular designs
Ferroxcube Planar Ferrite Cores
The trend toward high power density, high operating frequency, and low profile in power converters has exposed a number of limitations in the use of conventional wirewound magnetic component structures. Transformers made of the planar principle eliminate virtually some shortcomings of old‐fashioned wire wound types, and thus planar magnetics, has in recent years, become increasingly popular in high frequency power converters.
CURRENT SENSOR IN CHARGING INFRASTRUCTURES
For current sensing in CHARGING INFRASTRUCTURES, we would recommend our Luksens’s N series with current sensor which operates on the principle of magnetic compensation.
Fluxgate Current Sensor
The essence of the fluxgate principle is that the inductance of the easily saturated magnetic core changes with the magnitude of the excitation current under the action of the excitation current, and the change of the inductance leads to the change of the magnetic flux. The magnetic flux is opened or closed like a door, so it is visualized fluxgate Principle.
Electric Vehicle (EV Car) Dashboard VATN/LED Display
The electric vehicle (EV) dashboard provides real-time information and feedback to the driver about various aspects of the vehicle's performance and status.
Digital IGBT Gate Driver Boards
We specializes in the R&D, production and sales of IGBT intelligent drivers, power stack, power semiconductor equipment and data services. The products of Firstack have been widely used in new energy power generation and energy storage, new energy vehicles, rail, power grids and so on, and have reached cooperation with many leading enterprises in the industry
Accurate 32.768KHz Crystal for Metering Applications
Have you ever pondered the significance of the mystical number 32768? Well, it all boils down to the utilization of a 32768Hz, or 32.768kHz, frequency for RTC/Timer purposes, which yields a precise 1-second delay. Remarkably, 32768 is a power of 2—specifically, 2 to the power of 15 equals 32768. Consequently, employing a 15-stage divider, we can effectively divide 32.768kHz into 1Hz, laying the foundation for achieving a 1-second period with ease.
Multigap Ferrites for High Current Applications
The MultiGap concept is simple: instead of having one single large air gap in the center leg, the gap is distributed along the center leg by means of spacers along the leg length (up to seven smaller gaps). Reduce significantly the fringing Flux around them, allowing the coil to be much closer to the center leg and keeping the eddy current losses in the winding very low.
