Rogers RT6002 PCB High Frequency Laminate China Suppliers and Factory
The Rogers RT6002 PCB is a premium high-frequency ceramic-filled hydrocarbon laminate designed for mission-critical RF and microwave applications. Engineered for superior signal integrity, it provides an ideal balance of low loss and high stability, making it the industry standard for demanding aerospace and telecommunications infrastructure.
By integrating a strictly controlled dielectric constant and minimal temperature sensitivity, the RT6002 ensures consistent electrical performance across diverse environments. Whether deployed in global positioning systems or complex beamforming networks, this substrate delivers the reliability and precision required for advanced electronic component manufacturing.
Detailed Parameters
| Model | Rogers RT6002 PCB | Dielectric Constant | 2.94 ±0.04 |
|---|---|---|---|
| Layer Count | 2L (Double Sided) | Dielectric Thickness | 1.524mm (60mil) |
| Finished Thickness | 1.6mm | Material Copper Thickness | 0.5OZ (17um) |
| Finished Copper Thickness | 1OZ (35μm) | Surface Treatment | Immersion Gold |
| Primary Applications | GPS, Power Backplane, Aviation Anti-collision | Frequency Range | High-Frequency / Microwave |
Key Advantages
Ultra-Low Loss
Ensures exceptional signal performance and minimal attenuation at high-frequency operation.
Thermal Stability
Very low rate of change in dielectric constant with temperature for consistent timing.
Precision Control
Strictly controlled permittivity and thickness tolerances for high-accuracy impedance.
Mechanical Strength
Excellent electrical and mechanical properties suitable for rugged industrial use.
Matched Expansion
Surface expansion coefficient equivalent to copper foil to prevent delamination.
Aviation Grade
Low z-axis expansion and low exhaust rate, ideal for aerospace vacuum applications.
Product Gallery
Management Platforms
Material Sourcing
Direct access to certified Rogers RT6002 substrates for guaranteed authenticity.
Precision Milling
Advanced CNC drilling and routing for ultra-tight dimensional tolerances.
Quality Testing
Comprehensive electrical testing and TDR analysis for impedance matching.
Process Control
Strict adherence to IPC standards for high-frequency PCB fabrication.
Supply Chain
Optimized logistics for rapid prototyping and full-scale production runs.
Engineering Support
DFM feedback to optimize RT6002 layouts for maximum signal integrity.
Investment Return Comparison
| Performance Metric | Standard FR4 | Rogers RT6002 | Impact on ROI |
|---|---|---|---|
| Signal Loss | High | Ultra-Low | Higher Efficiency |
| Dielectric Stability | Moderate | Excellent | Lower Error Rate |
| Thermal Drift | Significant | Minimal | Longer Lifespan |
| High-Freq Suitability | Low | High | Market Competitiveness |
| Reliability | Standard | Aerospace Grade | Reduced Maintenance |
Frequently Asked Questions
Unlike FR4, RT6002 offers a much lower dielectric loss tangent and a stable dielectric constant across a wide range of frequencies, which prevents signal distortion and attenuation in RF applications.
Yes, its low z-axis expansion and low exhaust rate make it ideal for aviation environments where vacuum and temperature extremes are common.
The precise Dk of 2.94 allows engineers to calculate trace impedance accurately, ensuring that signals travel without reflections in high-speed data paths.
Immersion Gold (ENIG) is highly recommended for RT6002 to provide a flat, conductive surface that minimizes skin effect losses at microwave frequencies.
Absolutely. It is frequently used in multilayer stacks, often in hybrid constructions with FR4 to balance cost and high-frequency performance.
Typical applications include GPS systems, beamforming networks, commercial aviation anti-collision systems, and high-power backplanes.
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