Rogers RO3003 2-Layer RF PCB for 5G and Automotive Radar Systems

1.Superior High-Frequency Performance

Rogers RO3003 ceramic-PTFE laminates deliver unmatched stability for mission-critical RF applications. Our 2-layer PCB solution maintains a consistent dielectric constant (3.00±0.04) across extreme temperature ranges and frequencies up to 77GHz - eliminating the performance variations common in standard RF materials.

2.Critical Technical Advantages

Ultra-Low Signal Loss: 0.001 dissipation factor @10GHz
Thermal Reliability: CTE matched to copper (17/16/25 ppm/°C)
High-Temp Endurance: Thermal decomposition >500°C
Environmental Stability: Just 0.04% moisture absorption

3.PCB Specifications at a Glance

4.PCB Stackup: 2-layer rigid PCB

Copper_layer_1 - 35 μm
Rogers RO3003 Substrate - 10mil (0.254mm)
Copper_layer_2 - 35 μm

5.PCB Statistics:

Components: 22
Total Pads: 65
Thru Hole Pads: 41
Top SMT Pads: 24
Bottom SMT Pads: 0
Vias: 43
Nets: 2

6.Why Engineers Choose RO3003

Reliable 77GHz performance for automotive radar
Consistent signal integrity in 5G mmWave designs
Cost-effective alternative to specialty RF materials
Rogers-certified material quality

7.Typical Applications

ADAS radar sensors (76-81GHz)
5G mmWave infrastructure
Satellite communication systems
High-frequency test equipment

8.Quality Assurance

IPC-Class 2 compliant
100% electrical tested
Global availability
Gerber RS-274X support