The Ferrite Tile Absorber is a highly effective solution for RF and microwave absorption as well as EMI/RFI shielding. With a standard size of 5.2mm x 6.7mm, this absorber is designed to provide superior performance in a variety of applications.
Constructed from high-quality ferrite material, the Ferrite Tile Absorber offers exceptional absorption capabilities, making it ideal for use in environments where electromagnetic interference needs to be minimized. The low pass transfer function of this absorber ensures that it effectively absorbs unwanted RF and microwave signals, helping to improve overall system performance.
Measuring 12 inches x 12 inches in dimensions, the Ferrite Tile Absorber is versatile and can be easily integrated into different setups. Whether it is used for RF and microwave absorption or EMI/RFI shielding, this absorber delivers reliable and consistent results.
One of the key advantages of the Ferrite Tile Absorber is its ability to effectively absorb electromagnetic energy across a wide frequency range. This makes it suitable for a range of applications where efficient absorption of RF and microwave signals is crucial for optimal system performance.
Whether you are looking to reduce interference in sensitive electronic equipment or improve the performance of your RF and microwave systems, the Ferrite Tile Absorber is a versatile solution that can meet your requirements. Its durable construction and high-quality ferrite material ensure long-lasting performance and reliability.
In summary, the Ferrite Tile Absorber is a high-performance absorber that offers exceptional absorption capabilities for RF and microwave signals. With its low pass transfer function, standard size of 5.2mm x 6.7mm, and dimensions of 12 inches x 12 inches, this absorber is a versatile solution for a range of applications including RF and microwave absorption and EMI/RFI shielding.
Color | Black |
Thickness | 0.5 Inches |
Material | Ferrite |
Type | Ferrite Tile |
Transfer Function | Low Pass |
Stopband Attenuation | 70-100dB |
Package | With Plate |
Applications | RF And Microwave Absorption, EMI/RFI Shielding |
Standard Size | 5.2mm x 6.7mm |
Delivery | By Sea |
The Ferrite Tile Absorber is a versatile product that can be used in a variety of applications and scenarios due to its unique properties. With stopband attenuation ranging from 70-100dB, this absorber is highly effective at absorbing electromagnetic interference and reducing reflections.
The material used in the Ferrite Tile Absorber is ferrite, known for its excellent magnetic properties that make it ideal for absorbing electromagnetic waves. The dimensions of the tile are 12 inches by 12 inches, providing a large surface area for absorption.
Each package of the Ferrite Tile Absorber comes with a plate, allowing for easy installation and integration into different systems. The thickness of the absorber is 0.5 inches, providing a good balance between effectiveness and practicality.
One of the key application occasions for the Ferrite Tile Absorber is in RF testing chambers where electromagnetic interference needs to be minimized. The high stopband attenuation of 70-100dB ensures that the absorber can effectively reduce reflections and improve testing accuracy.
Another scenario where the Ferrite Tile Absorber excels is in anechoic chambers used for antenna testing. The ferrite material and large dimensions make it suitable for absorbing stray electromagnetic waves and creating a controlled testing environment.
In the field of telecommunications, the Ferrite Tile Absorber can be used in base station installations to reduce interference and improve signal quality. Its compact size and high absorption capabilities make it a practical solution for improving overall network performance.
Overall, the Ferrite Tile Absorber is a reliable and effective product that can be applied in various settings to enhance electromagnetic performance. Whether in RF testing chambers, anechoic chambers, or telecommunications installations, this metal tile absorber offers superior stopband attenuation and material quality for optimal results.
Customize your Ferrite Tile Absorber product with our Product Customization Services. Operating Frequency: 50/60Hz, Material: Ferrite, Transfer Function: Low Pass, Delivery: By Sea, Package: With Plate.
The Ferrite Tile Absorber product offers comprehensive Product Technical Support and Services to ensure optimal performance and customer satisfaction. Our team of experts is dedicated to assisting you with any inquiries, troubleshooting, or technical issues that may arise during the installation or use of the product.
Product Packaging:
The Ferrite Tile Absorber is carefully packaged in a sturdy cardboard box to ensure safe delivery. Each tile is individually wrapped in protective packaging to prevent any damage during transit.
Shipping:
We offer fast and reliable shipping services for the Ferrite Tile Absorber product. Orders are typically processed and shipped within 1-2 business days. Customers will receive a tracking number to monitor the delivery status of their package.
Q: What is a Ferrite Tile Absorber?
A: A Ferrite Tile Absorber is a material designed to absorb electromagnetic interference (EMI) and radio frequency interference (RFI) in electronic devices and equipment.
Q: How does a Ferrite Tile Absorber work?
A: Ferrite Tile Absorbers work by converting electromagnetic energy into heat, effectively reducing the level of interference within a device or equipment.
Q: Where can Ferrite Tile Absorbers be used?
A: Ferrite Tile Absorbers can be used in a variety of applications, including electronic devices, telecommunications equipment, medical devices, and automotive systems.
Q: Are Ferrite Tile Absorbers easy to install?
A: Yes, Ferrite Tile Absorbers are designed to be easy to install. They can be attached to surfaces using adhesive backing or other mounting methods.
Q: Can Ferrite Tile Absorbers be customized for specific applications?
A: Yes, Ferrite Tile Absorbers can be customized in terms of size, shape, and thickness to suit specific requirements and applications.