High-Frequency Designs Elevated with Rogers' RO4350B PCB
The next level of performance in high-frequency electronics can be
unlocked with the exceptional 6-layer RO4350B PCB. This
cutting-edge solution, engineered with Rogers' renowned material,
is designed to power the most demanding applications, from cellular
base station antennas to automotive radar systems.
At the core of this PCB is the RO4350B laminate, a proprietary
woven glass-reinforced hydrocarbon/ceramic that offers unparalleled
electrical and mechanical stability. With a tight dielectric
constant (Dk) of 3.48 ± 0.05 at 10GHz and a remarkably low
dissipation factor of 0.0037, this material is engineered to
deliver exceptional signal integrity and high-frequency
performance.
Boasting a compact 110mm x 80mm footprint with a tight tolerance of
±0.15mm, this robust 6-layer PCB features a finished board
thickness of 1.6mm and 1oz (1.4 mils) copper weight on the inner
and outer layers. The PCB's impressive specifications include a
minimum trace/space of 4/4 mils, minimum hole size of 0.3mm, and
Electroless Nickel Immersion Gold (ENIG) surface finish for
superior solderability.
Engineered for seamless integration, the RO4350B PCB is equipped
with blind vias from layers 1-4 and 5-6, ensuring reliable plated
through-hole quality even in the most demanding thermal shock
applications. Manufactured to the stringent IPC-Class-2 standard
and subjected to 100% electrical testing, this solution is designed
to exceed industry expectations.
Whether the focus is on cellular base station antennas, RF
identification tags, automotive radar, or direct broadcast
satellite LNBs, the RO4350B PCB is engineered to elevate
high-frequency designs. Its balanced coefficient of thermal
expansion (CTE), matched to copper, ensures dimensional stability
and reliable performance, even in challenging environments.
This exceptional RO4350B PCB solution, with worldwide availability,
unlocks the boundless potential of next-generation high-frequency
electronics and is easily accessible to customers across the globe.
