Rogers RT6002 microwave material is a low dielectric constant laminate that meets the stringent requirements for mechanical reliability and electrical stability in complex microwave structure designs. Testing of the dielectric constant’s temperature variation from -55°C to +150°C demonstrates that this material has excellent resistance to temperature-induced changes in dielectric constant, making it ideal for filter, oscillator, and delay line designs where stable electrical performance is required.
The low thermal expansion coefficient in the Z-direction of Rogers RT6002 ensures the stability of electroplated vias. In temperature cycle tests (from -55°C to +150°C) with up to 5000 cycles, no via failures were observed. By matching the thermal expansion coefficients of the X and Y directions to those of copper, the laminate achieves excellent dimensional stability, avoiding the need for double-sided etching to achieve fine alignment tolerance.
Main Advantages of Rogers RT6002 High-Frequency PCB Material:
Low loss guarantees excellent performance at high frequencies.
Strictly controlled dielectric constant and thickness tolerances.
Excellent electrical and mechanical properties.
Extremely low dielectric constant temperature variation.
Surface expansion coefficient comparable to copper.
Low Z-axis expansion rate.
Low outgassing rate, ideal for aerospace applications.
Applications of Rogers RT6002 High-Frequency PCB Material:
Phased array antennas.
Ground-based and airborne radar systems.
Global Positioning System (GPS).
Power backplanes.
High-reliability complex multilayer circuits.
Commercial-grade aviation collision avoidance systems.
Beamforming networks.
Xinchenger Electronics specializes in the production of 2-64 layer high-frequency PCBs, including Rogers high-frequency boards, Tacoinc high-frequency boards, F4B high-frequency boards, 5.8G induction boards, TP-2 high-frequency boards, microwave RF boards, high-frequency antenna boards, multilayer mixed boards, and more. As a source factory, we offer guaranteed quality and fast prototyping.