Rogers RO3010 Double-Layer 2.7mm PCB Board High-Dk RF Solution for Automotive & Satellite Systems
(All PCBs are custom-manufactured. Reference images and parameters may vary based on your design requirements.)
1.Overview of RO3010 PCB
Rogers RO3010 PCBs are high-frequency circuit boards designed for demanding RF applications requiring miniaturization and stable dielectric performance. Built on a ceramic-filled PTFE composite base material, RO3010 double-layer PCBs deliver a dielectric constant of 10.2±0.30 at 10 GHz, ensuring consistent signal integrity across automotive radar systems, GPS antennas, and cellular infrastructure. With ultra-low dissipation loss (0.0022) and copper-matched CTE (13/11/16 ppm/°C), RO3010 PCBs resist thermal stress while supporting high-power RF designs in harsh environments. The 2.7mm thickness and HASL surface finish further enhance durability for industrial and aerospace applications.
2. PCB Construction Details
| Parameter |
Specification |
| Base Material |
Rogers RO3010 |
| Layer Count |
Double-sided (2-layer) |
| Board Dimensions |
32mm x 32mm (±0.15mm) |
| Finished Thickness |
2.7mm |
| Minimum Trace/Space |
5/5 mils |
| Minimum Hole Size |
0.45mm |
| Via Plating Thickness |
20 μm |
| Surface Finish |
HASL (Hot Air Solder Leveling) |
| Solder Mask (Top/Bottom) |
None |
| Silkscreen |
None |
| Electrical Testing |
100% tested prior to shipment |
3.Additional Components & Features
Stackup Structure:
Layer 1: 35 μm Copper
Core 1: 1.27mm (50mil) Rogers RO3010 Substrate
Prepreg: 0.1mm
Core 2: 1.27mm (50mil) Rogers RO3010 Substrate
Layer 2: 35 μm Copper
Design & Manufacturing Specifications
This RO3010 PCB integrates 18 components with 72 total pads, including 43 thru-hole pads for robust mechanical stability and 29 top-side SMT pads for surface-mount efficiency. Featuring 2 vias and 2 nets, the design prioritizes simplicity and reliability in high-frequency signal routing, ideal for compact automotive radar modules and satellite communication devices.
Artwork Compatibility: Gerber RS-274-X files accepted for seamless fabrication.
Quality Compliance: IPC-Class-2 certified for commercial and aerospace reliability.
Material Advantages
High Dielectric Stability (10.2±0.30): Ensures consistent impedance control across wide frequency ranges.
Ultra-Low Loss (0.0022 @10 GHz): Minimizes signal degradation in RF and microwave circuits.
Thermal Resilience: Operates from -40°C to +85°C with a decomposition temperature exceeding 500°C.
Moisture Resistance: 0.05% absorption prevents performance drift in humid conditions.
Typical Applications
Rogers RO3010 PCBs are widely used in automotive radar collision avoidance systems, GPS satellite antennas, cellular base station power amplifiers, and direct broadcast satellite (DBS) receivers. Their high dielectric constant and compact design also make them ideal for wireless patch antennas and industrial datalink systems, delivering reliable performance in mission-critical environments.
Why Choose This PCB?
Rogers RO3010 PCBs combine Rogers' advanced ceramic-PTFE technology with cost-effective manufacturing, offering unmatched dielectric stability and thermal reliability. The copper-matched CTE ensures dimensional consistency in multi-layer designs, while IPC-Class-2 compliance guarantees industrial-grade quality. With global availability and proven performance in 5G and aerospace systems, RO3010 PCBs are the optimal choice for engineers prioritizing precision and durability.
Tags:Rogers RO3010 PCB, Double-Layer PCB, 2.7mm PCB Thickness, High-DK RF PCB, GPS Antennas PCB, Automotive Radar PCB, Rogers RO3010 Material, IPC-Class-2 Standard PCB, HASL Surface Finish PCB, 100% Electrical Test PCB
Order Now for Advanced RF Applications !
Elevate your RF projects with this high-performance RO3010 double-layer 2.7mm PCB. Designed for reliability in GPS antennas, automotive radar, and wireless communications, RO3010 laminate delivers unmatched signal integrity and durability. Order now to experience superior performance in your next design!
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