Product Description
Ningbo Chiyue Magnet Factory is a domestic recognized leader in the field of Microwave ferrite/gyromagnetic ferrite in China .Based on many years' scientific and practical experience,we produce and sell in the area of magnetism and its applications.
Narrow LineWidth Garnet Microwave Ferrite Material -YIG Series :

YGA Moderate continuous power material series:

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Spinal nickel gyramagnetic microwave ferrite material series
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Spinal nickel gyramagnetic microwave ferrite power material series:

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Spinal lithium microwave ferrite material series:

Spinal lithium microwave ferrite power material series:

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.
Outstanding Magnetic Properties and StabilityAL Aluminum Garnet Microwave Ferrite features superior magnetic linearity, ensuring consistent performance in high-frequency microwave applications. Its impressive chemical and temperature stability, combined with a high Curie temperature, enable reliable operation even under demanding conditions.
Versatile Design for Custom ApplicationsAvailable in various shapes such as discs and rings, this microwave ferrite can be custom-manufactured to meet specific dimensional and weight requirements. Its fine ground finish and low porosity guarantee reduced energy losses, making it ideal for precision devices.
Ideal for Advanced Microwave DevicesThis ferrite is specially formulated for use in non-reciprocal components like circulators, isolators, and phase shifters. Its high resistivity and low dielectric losses are particularly advantageous in telecommunication and radar system designs.
FAQ's of AL Aluminum Garnet Microwave ferrite:
Q: How is AL Aluminum Garnet Microwave Ferrite typically used in microwave devices?
A: This material is primarily implemented in non-reciprocal devices such as circulators, isolators, and phase shifters, leveraging its superior magnetic linearity and low loss tangent to maintain signal integrity within telecommunication and radar systems.
Q: What benefits does its high resistivity and low loss tangent provide for microwave applications?
A: Its extremely high resistivity exceeds 10^12 Ohm-cm while the loss tangent is 104 at 9 GHz. Together, they minimize power dissipation and enhance signal clarity, which is crucial for efficient microwave device performance.
Q: When should you consider custom shapes and sizes for AL Aluminum Garnet Ferrite?
A: Custom shapes such as discs or rings and tailored sizes are recommended when specific device architectures or unique performance specifications demand precise fit or optimized magnetic properties in microwave applications.
Q: Where is this ferrite commonly manufactured and supplied?
A: This AL Aluminum Garnet Microwave Ferrite is manufactured, distributed, exported, and supplied worldwide by traders and suppliers based in China, often tailored to individual client specifications.
Q: What is the process for acquiring AL Aluminum Garnet Microwave Ferrite from a supplier or manufacturer?
A: You can contact a distributor, exporter, or manufacturer with desired specifications including shape, size, and weight. They will custom-produce the ferrite with fine ground finish and ensure compliance with industry standards.
Q: What are the main advantages of using this ferrite in radar and telecommunication systems?
A: The main advantages include superior temperature stability, chemical durability, low porosity, and magnetic linearity, all of which contribute to long-lasting, high-precision operation in critical microwave components.