Elevate Your Millimeter-Wave Designs with Rogers RO3003G2
In the fast-paced world of automotive electronics, where advanced
driver-assistance systems (ADAS) are pushing the boundaries of
performance, the choice of PCB material is crucial. Enter Rogers
RO3003G2 – a game-changing high-frequency laminate designed to
power the next generation of millimeter-wave applications.
Exceptional Electrical Performance
RO3003G2 boasts a dielectric constant (Dk) of 3.0 ± 0.04 at 10GHz
and 3.07 at the critical 77GHz frequency used in automotive radar.
Couple this with an impressively low dissipation factor of just
0.0011 at 10GHz, and you have a material that delivers superior
signal integrity and minimal insertion loss – vital for the
demanding requirements of ADAS systems.
Thermal Stability Advantage
Thermal stability is a key concern in high-frequency circuits, and
RO3003G2 excels in this regard. With a thermal coefficient of
dielectric constant of -35 ppm/°C, this laminate maintains
consistent electrical performance even under fluctuating
temperatures.
Furthermore, RO3003G2's homogeneous construction, featuring very
low profile (VLP) ED copper, ensures a coefficient of thermal
expansion (CTE) that closely matches copper. This translates to
exceptional dimensional stability, enabling the use of
smaller-diameter vias and supporting the trend towards
miniaturization.
Designed for Millimeter-Wave Applications
RO3003G2 was specifically developed to address the needs of the
next generation of millimeter-wave automotive radar applications,
including:
- Adaptive cruise control
- Forward collision warning
- Active brake assist
- Lane change assist
- Traffic jam pilot
- Parking pilot
- Blind spot detection
By leveraging the exceptional electrical and thermal properties of
RO3003G2, designers can create more compact, efficient, and
reliable circuits that push the boundaries of millimeter-wave
technology.
Unlock the Future of Automotive Electronics
If you're working on the cutting edge of ADAS systems, Rogers
RO3003G2 is the high-frequency laminate that can elevate your
designs to new heights. Unlock the true potential of your
millimeter-wave circuits and contact our team to learn more about
this game-changing material.
