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PCB材料

PCB材料

PCB材料

PCB材料

Rogers RO3006 PCB material specification

Rogers ro3006 PCB high frequency circuit material is PTFE composite with ceramic filler. The application of this material makes the dielectric constant of ro3006 have high temperature stability. The thermal stability coefficient (z direction) of the dielectric constant can reach - 3ppm / ℃ when the temperature changes from - 50 ℃ to + 150 ℃ at 10 GHz. There is no step change of dielectric constant of PTFE glass at room temperature. At the same time, ro3006 also maintains high frequency stability of dielectric constant, which can be used in a wide frequency range. The Rogers ro3006 PCB also shows a very low dielectric loss of 0.0013 at 10 GHz.

Frequency dependence of dielectric constant of ro3000 family

Frequency dependence of dielectric constant of ro3000 family

Also thanks to the application of the composite, the thermal expansion coefficient of Rogers ro3006 ptfe ceramic material in X and Y direction is 17ppm / ℃, which is equivalent to that of copper, so that the typical value of etching shrinkage (baking after etching) is less than 0.5mil/inch, showing excellent dimensional stability. The thermal expansion coefficient can be guaranteed even in the harsh environment of 25ppm / Z.


With excellent dielectric constant, temperature and frequency stability, as well as excellent mechanical stability, Rogers ro3006 ptfe ceramics make Rogers Ro3006 can be used in commercial microwave and RF circuits, such as automotive radar, GPS satellite antenna, power amplifier and antenna of cellular communication system, live satellite, data link of cable system, remote meter reading and power backplane.


The Rogers ro3000 family also includes ro3003 ptfe ceramics, ro3010 ptfe ceramics and ro3035 ptfe ceramics, which have different dielectric constants (range from 3.0 to 10.2), but they have uniform mechanical stability, which can save developers from warping or reliability problems caused by using materials with different dielectric constants in a layer when designing multilayer circuits.

If you need microwave radio frequency PCB, click here Microwave Circuit.