Elevate Your Designs with Rogers' Robust RO4835 2-Layer PCB
Attention, fellow high-frequency enthusiasts! Are you seeking a
reliable and performance-driven solution for your mission-critical
designs? Look no further than the exceptional RO4835 2-layer PCB
from the engineering experts at Rogers Corporation.
Uncompromising Electrical Performance
At the heart of this marvel lies the renowned RO4835 laminate, a
low-loss material that boasts a dielectric constant (Dk) of 3.48 ±
0.05 and a dissipation factor of just 0.0037 at 10GHz. This
substrate is engineered to deliver unparalleled electrical
performance, making it the ideal choice for applications that
demand the utmost in signal integrity.
Built for Stability and Reliability
Measuring a compact 45.6mm x 78mm with a tight tolerance of
±0.15mm, this 2-layer RO4835 PCB features a robust 0.3mm finished
thickness and beefy 1oz (1.4 mils) copper layers. Utilizing an
ENEPIG surface finish, this solution ensures reliable and
long-lasting solderability for your critical components. And with
its exceptional thermal properties, including a glass transition
temperature (Tg) over 280°C and a low Z-axis coefficient of thermal
expansion, you can trust this PCB to remain stable even in the most
demanding environments.
Versatility for High-Frequency Dominance
Whether your focus is on automotive radar and sensors,
point-to-point microwave systems, power amplifiers, phased-array
radars, or any other high-frequency application, the RO4835 2-layer
PCB is your ticket to unrivaled performance. Its exceptional
electrical characteristics, combined with its robust construction
and lead-free process compatibility, make it the premier choice for
pushing the boundaries of what's possible in the world of
high-frequency electronics.
Experience the power of Rogers' exceptional RO4835 2-layer PCB
solution, available worldwide. Unlock the future of high-frequency
design and elevate your projects to new heights of performance and
reliability. The dominance you've been seeking is just a heartbeat
away – let's make it happen!
