High frequency RT/duroid 5870 plate

RT/duroid 5870 is a high-performance high-frequency board produced by Rogers Corporation, designed specifically to meet today's complex and growing electronic communication needs.

RT/duroid 5870 is a high-performance and highly reliable high-frequency board widely used in various high-end electronic communication fields.

Material and Structure: The RT/duroid 5870 is made of PTFE (polytetrafluoroethylene) composite material and its performance is improved through microfiber reinforcement technology. The random micro glass fibers in this material ensure excellent dielectric constant (Dk) uniformity of the product, which helps to provide stable and consistent performance over a wide frequency range.
Electrical performance: The RT/duroid 5870 has the characteristics of low dielectric constant and low electrical loss, making it very suitable for high-frequency/broadband applications that require minimizing dispersion and loss. Its dielectric constant remains consistent between panels and remains constant over a wide frequency range, making the RT/duroid 5870 an ideal choice for high-frequency circuit design.
Physical characteristics: The laminated board of this board is easy to cut, shear, and process into shape, making it convenient for manufacturers to carry out various complex circuit layout designs. In addition, the RT/duroid 5870 also has excellent chemical resistance and flame retardancy (V-0 grade), ensuring stable performance in various environments.
Application areas: The RT/duroid 5870 is widely used in commercial aerospace broadband antennas, microstrip lines and strip circuits, millimeter wave equipment, radar systems, missile guidance systems, and point-to-point digital RF antennas. In these fields, the RT/duroid 5870 provides designers with greater design flexibility and higher performance assurance due to its excellent electrical and physical properties.
Other features: The RT/duroid 5870 also has good thermal conductivity and low density, which enables it to perform excellently in high-density, highly integrated electronic devices. In addition, the board can also be customized according to customer needs, such as specifying the use of aluminum, copper, or brass plates for coating.