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Rogers CuClad 233 2-Layer 0.6mm RF PCB for Radar and Microwave Components
Rogers CuClad 233 2-Layer 0.6mm RF PCB for Radar and Microwave Components
Printed Circuit Boards are custom-made products; the images and specifications provided are for reference only.
1. Rogers CuClad 233 PCB Introduction
Rogers CuClad 233 PCB is a high-frequency laminate featuring cross-piled woven fiberglass and PTFE composite construction, delivering a stable dielectric constant of 2.33. With its optimized fiberglass/PTFE ratio, CuClad 233 achieves an ideal balance between low dissipation factor and mechanical integrity, while the cross-piled architecture ensures exceptional dimensional stability and consistent electrical performance across various frequency ranges.
2. PCB Construction Details
Specification Category |
Details |
Base Material |
Rogers CuClad 233 |
Layer Count |
2 Layers |
Board Dimensions |
108mm x 59mm (±0.15mm) |
Finished Thickness |
0.6mm |
Copper Weight |
1 oz Outer Layers |
Min. Trace/Space |
6/8 mils |
Min. Hole Size |
0.3mm |
Blind Vias |
None |
Surface Finish |
Immersion Gold |
Solder Mask/Silkscreen |
None |
Electrical Test |
100% |
3. Stackup Structure
This 2-layer RF PCB utilizes a Rogers CuClad 233 core with a thickness of 0.508mm (20mil), positioned between two 35μm copper layers to form a compact 0.6mm overall structure optimized for high-frequency signal transmission.
4. Board Statistics
Components: 35
Total Pads: 127 (73 Thru-Hole, 54 Top SMT)
Vias: 99
Nets: 2
Files: Gerber RS-274-X
Standard: IPC-Class-2
Availability: Worldwide
5. CuClad 233 Material Features
Dielectric Constant: 2.33 @ 10GHz/1MHz
Dissipation Factor: 0.0013 @ 10GHz
Peel Strength: 14 lbs/in
Moisture Absorption: 0.02%
Outgassing: TML 0.01%, CVCM 0.01%, WVR 0%
Construction: Cross-Plied Woven Fiberglass (90° orientation)
High PTFE to Glass Ratio
Superior Dielectric Constant Uniformity
6. CuClad 233 Key Benefits
Stable dielectric constant across broad frequency spectrum
Wider line widths enabled by low Dk for reduced insertion loss
Minimal circuit losses at high frequencies
Compatibility with large PCB and antenna formats
In-plane CTE matching aluminum for aerospace structures
7. Typical Applications
Radar Systems and Electronic Countermeasures
Electronic Support Measures
Microwave Components (LNAs, Filters, Couplers)
Aerospace Communication Systems
High-Frequency Antenna Designs
Why Choose This RF PCB?
The Rogers CuClad 233 PCB delivers outstanding high-frequency performance with its low dielectric constant and stable electrical properties, making it particularly suitable for aerospace and defense applications where consistent performance and mechanical reliability are critical.
Order Now for Radar and Microwave Solutions!
Implement this reliable Rogers CuClad 233 PCB in your next high-frequency project for superior signal integrity and proven performance in demanding environments. Contact us today to discuss your specific requirements and receive competitive pricing.