Rogers RO3210 High Frequency PCBs

February 07. 2023

Rogers RO3210 High Frequency PCBs

The high frequency circuit materials used by Rogers RO3210 are ceramic-filled laminates reinforced with woven fiberglass. These materials are designed to provide exceptional electrical performance as well as mechanical stability. RO3210 laminates combine the surface smoothness of a non-woven PTFE laminate with the strength of a woven PTFE laminate. Because these materials can be fabricated into PCBs using standard PTFE circuit board processing techniques, they can be mass produced at competitive market prices. RO3210 substrate has a dielectric constant of 10.2 and a dissipation factor of 0.0027.

Rogers 3210 50mil PCB

Reasons to Use RO3210 Laminate

For applications where using mechanically robust materials is necessary, the RO3210 laminates offer a number of benefits. These benefits comprise:

Great for use in applications requiring high frequency, which needs a high dielectric constant

Ideal for portable and mobile devices that operates under harsh conditions
It is less fragile and can be handled easily. This is because of the great rigidity of the material
Provides higher yields during production as a result of the unique dimensional stability of the material
With its smoother surface, it tolerates finer line etching
Great for the construction of epoxy, complex, multi-layer boards as a result of stable and uniform mechanical and electrical properties
Ideal for mounting surface assemblies due to low in-plane expansion

A high yield in production is ensured by the Rogers RO3210 laminate's exceptional dimensional stability. It is excellent for multilayer hybrid designs and offers surface smoothness for significantly improved line etching tolerance.

For the manufacture of multilayer PCBs, the Rogers 3210 laminate works wonderfully. It is ideal for creating an epoxy hybrid multi-layer PCB design since it has an in-plane expansion with a low coefficient.

The RO3210 material from Rogers has largely steady mechanical and electrical properties, which is perfect for other laminates in the RO 3200 family.

Utilizing materials with varying dielectric constants on individual layers is also achievable thanks to the uniformity of the mechanical properties without experiencing incompatibility or warpage problems.

It can be used with other less expensive materials to lower production costs.