Ferrite Tile Size
Ferrite Tile Application
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
Application for EMC chamber ferrite tile
Used for EMC chamber
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 |
Performance
30MHz | -25.5dB |
100MHz | -38dB |
300MHz | -19.5dB |
500MHz | -16dB |
700MHz | -12dB |
1000MHz | -10dB |
Material Characteristics of Hz-FT
Properties | Symbol | Unit | Value |
Initial permeability | μiac | 5500 ±20% | |
Relative loss factor | tanδ/μiac | ×10-6 | 15 (0.1MHz) |
Saturation flux density | Bs | mT | 280 (1194A/m) |
Remanence | Br | mT | 180 |
Coercivity | Hc | A/m | 3 |
Relative temp. factor (20℃∼60℃) | αμr | ×10-6/℃ | 3 |
Curie Temperature | Tc | ℃ | >90 |
Density | δ | ㎏/㎥ | 4.85×103 |
Resistivity | ρ | Ω·m | >100 |
Typical graph of Reflection Loss(dB) and Specification of Performance
Frequency | Typical | Specification |
30MHz | -25.5dB | -24.0dB max. |
100MHz | -38.0dB | |
300MHz | -19.5dB | |
500MHz | -16.0dB | |
700MHz | -12.0dB | |
1000MHz | -12.0dB | -9.0dB max. |
Part | Dimentions in mm |
A | 99.95 +/-0.10 |
B | 99.95 +/-0.10 |
C | 6.70 +/-0.10 |
D | 10.00 +/-0.20 |
Weight | 330g |