$99 Each RF Material Special
Get the high-performance RF PCBs you need for just $99 each when you order 3 or more! Take advantage of this limited-time offer to elevate your designs with top-notch RF materials that ensure minimal signal loss and maximum reliability. Whether you're working on wireless communications, radar systems, or IoT devices, our RF boards will deliver the quality and precision you need.
Offer Details:
- Special price of $99 per board
- Minimum order of 3 boards required
- Fits specified RF material standards
Don't miss out on this opportunity to bring your high-frequency projects to the next level—order now and save big!
Specifications
- Minimum Quantity 3.
- Lead Time 10 Days.
- 2 Layers, Rogers 4350 Material, 0.031'', 1 Ounce Finished Copper.
- Lead Free Surface Finish (ENIG, Lead Free Solder or Immersion Silver).*
- LPI Soldermask Included (Green, Blue, Black, Red, Purple, White, Clear).*
- Silk Screen Included (White, Black or Yellow).*
- Custom Shape.
- Minimum 0.005'' Line/Space.
- Maximum Board Size: 25 Square Inch. (Largest single dimension 22 Inches).
- No Internal Routing (Cut-outs). No Slots Or Overlapping Drill Hits.
- No Scoring, Tab Rout, Or Drilled Hole Board Separations.
- No Controlled Impedance/Dielectric.
- No Countersinks/Counterbores/Castellated Holes.
- No Cavities/Controlled Depth.
- Minimum 0.010'' Hole Size. Maximum 50 Drilled Holes Per Square Inch.
- Plated Or Non-Plated Holes. (If Specifications Not Provided, All Holes Will Be Plated).
*AdvancedPCB will choose the color/surface finish of the surface finish, solder mask, and silkscreen.
What is RF Material in PCBs?
RF (Radio Frequency) materials in PCB (Printed Circuit Board) manufacturing refer to specialized substrates that are designed to handle high-frequency signals, typically in the RF and microwave spectrum. These materials are different from standard FR-4 (fiberglass) materials used in conventional PCBs because they have unique properties like low dielectric constant (Dk), low dissipation factor (Df), and stable dielectric properties over a wide frequency range. These features help to minimize signal loss, maintain signal integrity, and reduce transmission line losses at high frequencies.
Why is it important?
Importance of RF Materials in PCB Manufacturing:
- Signal Integrity: RF materials ensure minimal signal loss and low dielectric losses, which are crucial for maintaining high-frequency signals without degradation.
- Consistent Performance: They provide stable electrical properties (low Dk and Df) across different frequencies, which is essential for predictable signal behavior.
- Low Power Loss: Low dissipation factor results in minimal energy loss, critical for efficient RF power transmission.
What specific applications would you use this for?
Applications of RF Materials:
- Wireless Communication Devices: RF PCBs are used in mobile phones, Wi-Fi routers, Bluetooth devices, and other wireless communication equipment that require high-frequency signal transmission.
- Radar Systems: Both military and automotive radar systems use RF PCBs to handle high-frequency signals for detection and ranging.
- Satellite Communications: RF materials are employed in satellite and space communication equipment, where signal integrity and power efficiency are critical.
- High-Frequency Amplifiers and Transmitters: RF materials are used in power amplifiers, low noise amplifiers, and signal transmitters to ensure minimal distortion and power loss.
- IoT Devices: Internet of Things devices that rely on RF communication for connectivity also benefit from these materials to ensure stable and reliable operation.