ferrite tile for EMC rf 10m and 3m chamber
This is both advantageous and critical for both low and high frequency performance, high power dissipation, and broadband behavior. We use very sophisticated manufacturing techniques to create both our ferrite and our foam absorber materials. These techniques allow us to control every parameter of the materials which impact performance and safety. By adhering to strict quality production checks throughout the creation process, we can bypass many time consuming and unnecessary steps (e.g. having to measure each piece of absorber product for size tolerance and RF parametric compliance). The result is a much more efficient production process with a higher yield rate for absorber products.
Ferrite Tile Size
· Base size: 100*100mm
· Standard height: 5.2mm, 6.7mm
· Diameter of bore: 10mm
Initial permeability | 5500 |
Relative loss factor | 15@0.1MHz |
Saturation flux density | 280(1194A/m) |
Remanence | 180 |
coercivity | 3 |
Relative temp.factor | 3 |
Curie temp. | 90 |
Density | 4.85*1000 |
Resistivity | 100 |
30MHz | -25.5dB |
100MHz | -38dB |
300MHz | -19.5dB |
500MHz | -16dB |
700MHz | -12dB |
1000MHz | -10dB |
Ferrite Tile Application
· Used for EMC chamber
Based on the principle of having complex magnetic permeability equal (or nearly equal) to complex dielectric constant. Materials with this property exhibit an impedance equal to that of "free space" and therefore do not reflect radiated energy at normal incidence. Ferrite Tile can provide 10dB - 25dB of absorption between 30MHz and 1GHz. Tiles are thin (approximately 0.26 inches), but can be heavy (roughly 10 lbs per square foot).
Size for EMC chamber ferrite tile
· Base size: 100*100mm
· Standard height: 5.5mm, 6.7mm
· Diameter of bore: 10mm
Application for EMC chamber ferrite tile Used for EMC chamber
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