Magnesium (Mg) Spinels Microwave Ferrite Age Group: All Size

Magnesium Spinels Microwave Ferrite for below resonance devices requiring 4PiMs in the range 750 to 3000 Gauss, with useful switching properties.

Suitable for application in devices with low magnetic and dielectric losses.

Ferrite materials on the base of Mg spinel are characterised by small values of coercive field strength and also by low magnetic and dielectric losses that allows to use them in fields far from resonance area. cocernintg devices operating nerby resonance area the great is interest is attracted to materials on the base of Ni spinel.
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Narrow LineWidth Garnet Microwave Ferrite Material -YIG Series :
Spinel lithium-based microwave ferrite D4.85X0.9mm


YGA Moderate continuous power material series:

Spinel lithium-based microwave ferrite D4.85X0.9mm
Spinal nickel gyramagnetic microwave ferrite material series:Spinel lithium-based microwave ferrite D4.85X0.9mm

Spinal nickel gyramagnetic microwave ferrite power material series:
Spinel lithium-based microwave ferrite D4.85X0.9mm

Spinal lithium microwave ferrite material series:
Spinel lithium-based microwave ferrite D4.85X0.9mm

Spinal lithium microwave ferrite power material series:
Spinel lithium-based microwave ferrite D4.85X0.9mm
Microwave Ferrites, Microwave Ferrite and Ceramic, Garnet & Ferrite (Microwave), Narrow Linewidth Ferrite Material, Microwave Ferrite Based Components, Nickel Spinels Microwave Ferrite, Lithium Spinels Microwave Ferrite



Introduction

Microwave ferrite magnets can generate constant magnetic field to control electric current so that microwave signal is amplified and information can be smoothly transmitted. Microwave magnets are widely used in magnetrons, cathode-ray tubes, isolators, circulator, etc. These electronic components are commonly applied in radars, satellite communications, remote control systems, electronic tracking, electronic countermeasures, etc.

Spinel lithium-based microwave ferrite D4.85X0.9mm



Characteristics:

In recent years due to success in the field of microwave electronics a lot of devices of different applications were produced. The prospects for future development of microwave systems with predetermined characteristics are mainly assigned by ferrite choise. However the choise of a material for a concrete application in microwave technique is a complicated task, as there are different requirements to different parts of microwave band. Among main characteristics of ferrites suitable for high frequencies are:

At the expense of high specific electrical resistivity ( >106 OmA.sm) ferrites are characterised by low dielectric losses at high frequencies tg=10-2A.10-4).
Dielectric permittivity (about 10-15)
Thermal stability in a wide temperature range
The high activity is being determined by the value of minimal bias which is essential for required nominal parameters providing.
Saturation magnetization, M s; 4 Ms (400-5000 G)
The width of resonance curve 2 H is one of the main parameters characterising properties of ferrites applied in high-frequency band. The yttrium-iron monocrystals exhibit the minimal value 2H =0.3-0.5 Oe. The width of resonanse curve of polycrystalline ferrites varies from 30AcA A 40 to 800-1000 Oe.

Configurations

Microwave ferrites and ceramics are being produced on the base of pressed powder sintered at high temperatures. After thermal sintering the items can be smoothed and/or polished. Company produces items with different forms. Dimensional allowance at mechanical treatment is A 0,025 mm.