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Rogers RO3035 2-Layer PCB 0.37mm Immersion Gold PCB for 5G and Millimeter Wave Applications

Printed Circuit Boards are custom-made products; the images and specifications provided are for reference only.

 

1. Rogers RO3035 2 Layer PCB Introduction

This PCB utilizes Rogers RO3035 ceramic-filled PTFE high frequency material in a 2 layer configuration with 0.37mm thickness. Designed for 5G and millimeter wave applications, RO3035 PCB features immersion gold surface finish and 1oz copper weight. Rogers RO3035 PCB provides stable dielectric constant across temperature variations, making it ideal for massive MIMO and sub-6GHz applications.

 

 

2. PCB Construction Details:

 

Base Material: Rogers RO3035

 

Layer Count: 2 Layers

 

Board Dimensions: 60mm × 30mm = 1PCS

 

Minimum Trace/Space: 5/7 mils

 

Minimum Hole Size: 0.3mm

 

No Blind Vias

 

Finished Board Thickness: 0.37mm

 

Finished Cu Weight: 1oz (1.4 mils)

 

Via Plating Thickness: 20 μm

 

Surface Finish: Immersion Gold

 

Top Silkscreen: No

 

Bottom Silkscreen: No

 

Top Solder Mask: No

 

Bottom Solder Mask: No

 

100% Electrical Test Before Shipment

 

 

3. PCB Stackup: 2 Layer Rigid PCB

 

Copper Layer 1 - 35 μm

 

Rogers RO3035 Substrate - 10mil (0.254mm)

 

Copper Layer 2 - 35 μm

 

 

4. PCB Statistics:

 

Components: 10

 

Total Pads: 63

 

Thru Hole Pads: 41

 

Top SMT Pads: 22

 

Bottom SMT Pads: 0

 

Vias: 21

 

Nets: 2

 

 

5. Artwork Format: Gerber RS-274-X

 

 

6. Quality Standard: IPC-Class-2

 

 

7. Availability: Worldwide

 

 

8. RO3035 Material Features:

 

Dielectric Constant: 3.5 ± 0.05 @10GHz/23°C

 

Dissipation Factor: 0.0015 @10GHz/23°C

 

Thermal Decomposition Temperature: >500°C

 

Thermal Conductivity: 0.5 W/mK

 

Moisture Absorption: 0.04%

 

CTE: X-axis 17 ppm/°C, Y-axis 17 ppm/°C, Z-axis 24 ppm/°C

 

Ceramic Filled PTFE Composite

 

Stable Dielectric Constant Over Temperature

 

 

9. Material Benefits:

 

Suitable for 30-40GHz Applications

 

Lower Operating Temperature

 

Increased Power Amplifier Reliability

 

Uniform Mechanical Properties

 

Low In-plane CTE Matching Copper

 

Excellent Dimensional Stability

 

Cost Effective Manufacturing

 

 

10. Typical Applications:

 

5G Communication Systems

 

Millimeter Wave Applications

 

Automotive Radar

 

GPS Antennas

 

Cellular Base Stations

 

Massive MIMO Systems

 

Microwave Circuits

 

Satellite Communications

 

 

 

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