Rogers RT6002 Plate Series PCB

Rogers RT6002 microwave material is a low dielectric constant laminate that meets the stringent requirements for mechanical reliability and electrical stability in the design of complex microwave structures. Tests of the rate of change of dielectric constant over temperature from -55oC to +150oC show that the material has excellent resistance to temperature changes in dielectric constant and meets the needs of designers of filters, oscillators, and delay lines who require stable electrical properties in their designs.

The low thermal expansion coefficient in the Z-direction of the Rogers RT6002 material ensures the stability of the plated through-holes, with no through-hole failures detected in up to 5,000 temperature cycling tests (-55 to +150 degrees Celsius). Matching the coefficients of thermal expansion of the X- and Y-directions is close to the coefficient of thermal expansion of copper, resulting in excellent dimensional stability of the laminate, which avoids the need for double-sided etching to achieve sub-grade alignment deviations.

Rogers RT6002 High Frequency Sheet Main Advantages:

a, Low loss ensures excellent performance at high frequencies;

b, Strictly controlled dielectric constant and thickness tolerance;

c, Excellent electrical and mechanical properties;

d, Very low rate of change of dielectric constant with temperature;

e, Surface expansion coefficient comparable to that of copper foil;

f, Low Z-axis expansion;

g, Low outgassing rate, ideal material for aerospace applications.

Rogers RT6002 High Frequency Sheet Application Areas:

a, Phase array antennas;

b, Ground-based and airborne radar systems;

c, Global positioning system;

d, Power supply backplane;

e, High reliability complex multilayer circuits;

f, Commercial grade aviation collision avoidance systems;

g, Beam forming networks.