Power inductors, coil winding, choke inductor, ferrite, rf choke, ferrite beads, types of inductors, inductor design tutorial, choke coil, air inductor, transformer design software, toroidal coil, energy in an inductor, power transformer design, adjustable inductor, standard inductor values, high current inductors, switch mode power supply, ferrite cores, power supply design. Ferrite E cores and pot cores offer the advantages of decreased cost and low core losses at high frequencies. For switching regulators, power materials are recommended because of their temperature and DC bias characteristics. By adding air gaps to these ferrite shapes, the cores. Magnetics Common Mode Filter Inductor Design Software assists designers in making optimal, informed core and ferrite material choices. The software can accommodate user inputs of voltage, current, frequency, and/or desired impedance and will recommend the best part number for the application. Jan 18, 2021 Ferrite cores for inductors have a wide variety species. E-shaped, U-shaped, pot cores of various modifications. Such cores are also used with the powder iron materials. Calculation of the coils with any ferromagnetic core uses method calculation with a special parameter A L - inductance factor of the core. The basic calculation formula. Power Inductors RF Inductors Transformers EMI Chokes/Wirewound Ferrite Beads Design Tools DC-DC Optimizer Power Inductor Finder and Analyzer Coupled Inductor Finder and Analyzer Current Transformer Finder DCR @ Temperature Tool RF Inductor/Choke Finder and Analyzer Common Mode Choke Finder and Analyzer Wirewound Ferrite Bead Finder and Analyzer.

1. Ferrite Core Inductor Softwares Symbol
2. Coil Inductor With Ferrite Core
3. Ferrite Core Inductor Software Store

Ferrite Core Inductor Softwares Symbol

Ferrite is a magnetic material in the form of a crystal structure of compounds containing ferric oxide. There are mainly two types of ferrites –

• Soft Ferrites
• Hard ferrites

We are a specialist manufacturer of Soft Ferrite products. Compared to a metal based magnetic material, ferrite cores can be used in a high-frequency range. These ferrites are very useful in the miniaturizing of electronic equipment and energy conservation.

• Soft Ferrite can be used in the following major applications-
• Switching Power Supply Transformers
• Various High Frequency Transformers
• Transformers for Telecommunications
• High Frequency EMI Filters
• Low Frequency Noise Filters

Do you know?

Ferrites are widely used as a base material in the development of domestic electrical appliances to highly sophisticated electronic equipment. It has supported electronic development as a carrier for the rapid growth of communications within our society. Electronic products, such as domestic appliances, could not have a compact design without ferrites. It is because of the small size of these products that they have become as popular as they are today.

The MDT software allows application-related parameters to be calculated for all available EPCOS ferrite cores and / or materials. It provides access to their digitized material data including their graphical representations. The user manual of the software contains a detailed description of all functions. The tool can be used as online version, tested in browsers like Google Chrome, Mozilla Firefox, Internet Explorer and Opera, or as download, developed for Windows 7 and 10. The online version does not offer the same comprehensive set of functions as the desktop version.

The ferrite material list was updated according to the EPCOS Data Book 2017 “Ferrites and Accessories”. The new high frequency material PC200 was added.

Among the features of the current MDT version are:

Coil Inductor With Ferrite Core

• Simulations based on user-defined core parameters
• Database expanded to include Steinmetz coefficients for power losses
• Display of complex permeability and impedance as a function of frequency
• Display of impedance Z as the relation between core impedance and frequency
• Transmittable power adjusted for skin and proximity effects (from the wire calculation menu)
• Calculation of the distortion factor (third harmonic) under specific circuit conditions at various temperatures
• Calculation of core loss as a function of signal form
• Specification of wire thickness as per American Wire Gauge (AWG)

Ferrite Core Inductor Software Store

To support design-ins you will find the data sheets for all materials by applications under : Convert A Powerpoint Presentation To Video Downloadbackstage