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YGD Microwave ferrite Yttrium-Iron Garnets Gd In Doped
65 USD ($)/Piece
Product Details:
- Power N/A (Material dependent on device usage)
- Composite Yttrium Iron Garnet (YIG) with Gadolinium (Gd) and Indium (In) doping
- Frequency Microwave frequency range, typically 120 GHz
- Power Supply N/A (no direct electrical input)
- Voltage N/A (Passive material)
- Application Microwave devices, circulators, isolators, resonators, and phase shifters
- Surface Finish Polished or as-sintered
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YGD Microwave ferrite Yttrium-Iron Garnets Gd In Doped Price And Quantity
- 45.00 - 100.00 USD ($)/Piece
- 1000 Piece
- 65 USD ($)/Piece
- Low magnetic loss for high-frequency operation
- ~220C to ~300C (varies with doping)
- ROHS compliant, lead-free
- ~4.23 g/cm3
- 14 - 16
- ~104 @ microwave frequencies
- High temperature sintering, custom doping as per requirement
- ~12.376 A (typical YIG) - may vary with Gd/In content
- 0.3 - 1.0 Oe (at 9.5 GHz, depending on quality)
- ~10 x 106 /K
- (Y,Gd,In)3Fe5O12
- 1200 - 1800 Gauss (depending on doping)
- High Q-factor, low insertion loss, excellent temperature stability due to Gd/In doping
YGD Microwave ferrite Yttrium-Iron Garnets Gd In Doped Product Specifications
- Doped Yttrium Iron Garnet Ferrite
- Customizable; commonly from 1 mm to several centimeters
- Dependent on component design and size
- Used in RF/microwave signal processing, telecommunications, radar, and magnetic field sensing equipment
- Gd, In-doped Yttrium Iron Garnet (YIG) ferrite
- Disc, rod, or custom shapes
- N/A (Passive material)
- N/A (no direct electrical input)
- Polished or as-sintered
- Microwave devices, circulators, isolators, resonators, and phase shifters
- Custom per application; not industrially graded
- Yttrium Iron Garnet (YIG) with Gadolinium (Gd) and Indium (In) doping
- N/A (Material dependent on device usage)
- Dark brown to black
- Microwave frequency range, typically 120 GHz
- Soft Ferrite
- Ferrite
- Low magnetic loss for high-frequency operation
- ~220C to ~300C (varies with doping)
- ROHS compliant, lead-free
- ~4.23 g/cm3
- 14 - 16
- ~104 @ microwave frequencies
- High temperature sintering, custom doping as per requirement
- ~12.376 A (typical YIG) - may vary with Gd/In content
- 0.3 - 1.0 Oe (at 9.5 GHz, depending on quality)
- ~10 x 106 /K
- (Y,Gd,In)3Fe5O12
- 1200 - 1800 Gauss (depending on doping)
- High Q-factor, low insertion loss, excellent temperature stability due to Gd/In doping
Product Description
C&Y TECHNOLOGY CO., LIMITED
E-mail: magnet886@gmail.com
WhatsApp:+8615867408815
Skype:Mark-magnet
https://www.microwaveferrite.com
Characteristics
In recent years due to success in the field of microwave electronics a lot of devices of dfferent 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:
1.At the expense of high specic etrial rsistvity (p >106 Om:sm) ferrites are characterised by low deletric lsses at high frequencies tg-10-2+104).
2.Dielectric permittivity(about 10-15)
3.Thermal stability in a wide temperature range
4.The high activity is being determined by the value of minimal bias which is essential for required nominal parameters providing.
5.Saturation magnetization, M s; 4Ms (400-5000 G)
6.The width of resonance curve 20H is one of the main parameters characterising properties of frrites 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 plytalline frrites varies from 3...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 0,02 mm. In spite of standard variants of performance it is possible to produce ferrites in accoradance with sizes and customers drawings.
Microwave ferrite shapes:
| Disk | Diameter: 1-55 mm |
| Plate | Max size: 50.8 x 50.8mm Thickness: 0.5-3 mm |
| Triangle | Max diameter: 12mm |
| Rod | Max length: 90 mm |
| Composition | Ferrites and dielectric materials |
Microwave Ferrite Materials:If you require any further information, feel free to contact me:
C&Y TECHNOLOGY CO., LIMITED
E-mail: magnet886@gmail.com
WhatsApp:+8615867408815
Skype:Mark-magnet
https://www.microwaveferrite.com
High-Performance Ferrite Material for Microwave Applications
YGD Microwave ferrite YIG doped with Gd/In provides superior magnetic and dielectric properties suited for high-frequency environments. With low linewidth (H) and loss tangent, along with robust temperature stability, these materials perform reliably in demanding microwave circuits. Their customizable properties, including lattice constant and Curie temperature, enable precise tuning for use in advanced telecommunication, radar, and signal processing hardware.
Custom Processing and Compliance
Manufactured using high-temperature sintering and tailored doping processes, YGD Microwave ferrite YIG materials are made to order, supporting custom specifications for shape, size, and composition. These ferrites are ROHS compliant, lead-free, and environmentally friendly, making them a preferred choice for global manufacturers and system integrators.
FAQs of YGD Microwave ferrite Yttrium-Iron Garnets Gd In Doped:
Q: How does Gd/In doping enhance the properties of YIG ferrite for microwave applications?
A: Doping YIG with Gadolinium (Gd) and Indium (In) improves its temperature stability, adjusts the saturation magnetization, and can further reduce magnetic losses. This makes the material highly suitable for high-Q resonators and low-insertion-loss devices in microwave circuits.Q: What are the typical applications for YGD Microwave ferrite YIG doped with Gd/In?
A: These ferrites are commonly used in microwave devices such as circulators, isolators, phase shifters, and resonators. They are valuable in RF and microwave signal processing, telecommunication equipment, radar systems, and magnetic field sensors.Q: When is YGD Microwave ferrite YIG the preferred choice over other ferrite materials?
A: YGD Microwave ferrite YIG is preferred when low magnetic loss, high temperature stability, and high Q-factor are critical, especially in high-frequency (120 GHz) environments. Its performance advantages are evident in advanced communication and sensing technologies.Q: Where are these ferrite materials manufactured and supplied from?
A: Production and distribution are based in China, with availability through several channels such as manufacturers, distributors, exporters, suppliers, and traders, ensuring global reach and support for custom orders.Q: What is the typical process for customizing YGD Microwave ferrite YIG components?
A: Customization involves high-temperature sintering and precise doping to achieve desired magnetic and dielectric properties. Customers can specify the components size, shape (disc, rod, or custom), and composition according to application needs.Q: What benefits do these ferrite materials provide in modern microwave systems?
A: YGD Microwave ferrite YIG doped with Gd/In offers high Q-factors, low losses, and reliable operation across a broad temperature range, resulting in enhanced performance, efficiency, and longevity for microwave devices.Tell us about your requirement
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- 9-5, No. 586 Jiangnan Road, Hi-Tech Zone,Ningbo - 315000, Zhejiang, China
- Phone : 86-158-67408815
Microwave Ferrite Technology, Inc
- Mr Mark (General manager)
- Mobile : +8615867408815
- magnet886@gmail.com
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