Leading Rogers PCB Precision Manufacturing
Leading Rogers PCB Precision Manufacturing delivers low-loss dielectric performance, stable high-frequency transmission, and precise fabrication for RF, microwave, and advanced communication systems.
Advantages
Rogers PCB Manufacturing Advantage
Rogers PCB Manufacturing Advantage delivers low dielectric loss, stable impedance control, and reliable high-frequency performance for RF, microwave, and advanced communication applications.
Material Advantages
Material Advantages of Rogers PCB provide low dielectric loss, stable electrical performance, and excellent high-frequency reliability, ensuring consistent signal integrity for RF and microwave applications.
Low dielectric loss materials
Stable electrical performance
Excellent high-frequency stability
Reliable signal integrity
Optimized RF material selection
Quality Assurance
Quality Assurance for Rogers PCB ensures strict process control, material verification, and high-frequency performance testing to deliver stable impedance and reliable RF circuit operation.
Strict process control system
Material traceability verification
High-frequency performance testing
Stable impedance control
Reliable RF circuit quality
Efficiency Advantages
Efficiency Advantages of Rogers PCB enable optimized production flow, stable process control, and fast turnaround capability while maintaining strict quality standards for high-frequency applications.
Optimized production workflow
Fast turnaround capability
Stable process control
Efficient order scheduling
Consistent quality output
Production Excellence
Advanced Rogers PCB Production Excellence
Advanced Rogers PCB Production Excellence delivers precise impedance control, low-loss RF performance, and stable fabrication processes for high-frequency and microwave electronic applications.
Signal Restoration
Signal Restoration ensures stable RF signal integrity and reduces loss in high-frequency Rogers PCB applications.
01
Material Inventory
Material Inventory ensures stable supply of Rogers high-frequency laminates for consistent PCB production quality.
02
Precision Lamination
Precision Lamination ensures accurate layer bonding and stable dielectric performance for Rogers PCB
reliability.
03
Plasma Cleaning
Precision Lamination ensures stable bonding and accurate dielectric control for high-frequency Rogers PCB structures.
04
Manufacturing Capability
Rogers PCB Manufacturing Capability
Rogers PCB Manufacturing Capability covers precise impedance control, low-loss material processing, and stable multilayer fabrication for high-frequency RF and microwave electronic applications.
Item
Capability
Layer Count
1–36 Layers
Board Thickness
0.127–6.0 mm
Copper Thickness
0.5–6 oz
Min Trace Width/Space
3/3 mil
Min Hole Size
0.15 mm
Surface Finish
ENIG, Immersion Silver
Impedance Control
±5%
IPC Standard
IPC Class 2 / Class 3
Item
Capability
Material Series
RO4350B, RO4003C, RO3003, RO3010, RT5880
Dielectric Constant (Dk)
2.2–10.2
Dissipation Factor (Df)
0.0009–0.0037
Hybrid FR4 + Rogers Construction
Available
Mixed Dielectric Lamination
Available
High Frequency Capability
Up to 110 GHz
PTFE Processing
Available
Copper Coin Technology
Available
Back Drill Capability
Available
RF Impedance Control
±5%
Thermal Conductivity Enhancement
Available
Plasma Treatment
Available
The table above only lists process parameters for HDI PCB products. Please download the full process manual.
Quality Control
Quality Control of Rogers PCB
Quality Control of Rogers PCB ensures strict inspection of dielectric performance, impedance accuracy, and RF signal stability using AOI, VNA, TDR, and electrical testing systems.
Quality Control Equipment
Quality Control Equipment for Rogers PCB includes AOI, X-ray inspection, TDR, and VNA systems to ensure impedance accuracy, RF stability, and consistent high-frequency performance.
Time Domain Reflectometry
Time Domain Reflectometry (TDR) is used in Rogers PCB quality control to measure impedance continuity, detect signal discontinuities, and ensure stable high-frequency transmission performance.
RF Signal Validation
Vector Network Analyzer (VNA) testing measures impedance, insertion loss, and return loss to verify Rogers PCB deliver accurate RF performance and stable signal integrity.
Automated Optical Inspection
Automated Optical Inspection (AOI) is applied in Rogers PCB manufacturing to detect surface defects, pattern deviations, and alignment issues, ensuring consistent quality and reliable RF performance.
X-ray Inspection
X-ray inspection is used in Rogers PCB quality control to verify internal layer alignment, detect hidden defects, and ensure reliable multilayer structure integrity for high-frequency applications.
Quality Control Equipment
Quality Standard Certificates ensure Rogers PCB manufacturing complies with ISO, IPC, and RoHS requirements, guaranteeing controlled impedance, stable RF performance, material traceability, and consistent global reliability standards.
IS0 9001:2015
stepping stone
The most fundamental and universally applicable quality management systemcertification.
IPC A 610
Industry Standard
The most authoritative international standard for the acceptance of electronic assembly and PCB manufacturing.
IATF 16949:2016
Automotive-grade (high gold content)
Demonstrate the capability to manufacture highly reliable automotive PCB.
ISO 13485
Medical-grade (high gold content)
Demonstrate the capability to manufacture high-precision PCB for medical equipment.
ISO14001:2015
Environmental system
Green factory certification is highly valued by major manufacturers and overseas clients.
UL
Safety Certification
Mandatory safety and flame-retardant standards for entering the North American market.
RoHS
Environmental regulations
Restriction of Hazardous Substances (RoHS) Directive (a standard requirement for electronic products exported to the EU).
REACH
Environmental regulations
EU Regulation on the Registration, Evaluation, Authorisation and Restriction of Chemicals.
IS0 9001:2015
01
IPC A 610
02
IATF 16949:2016
03
ISO 13485
04
ISO14001:2015
05
UL
06
RoHS
07
REACH
08
Applications
Rogers PCB Application
Rogers PCB Application covers RF and microwave systems, telecom infrastructure, radar modules, automotive electronics, and aerospace devices requiring stable high-frequency signal integrity.
01
Microwave & Radar Systems
02
Automotive Electronics
03
RF & Microwave Systems
04
Aerospace Systems
05
Industrial RF Modules
01
Microwave & Radar Systems
Rogers PCB applications in microwave and radar systems ensure precise high-frequency signal integrity, low attenuation, and stable performance for aerospace, defense, and sensing technologies.
02
Automotive Electronics
Rogers PCB applications in automotive electronics deliver stable high-frequency performance, heat resistance, and reliable signal transmission for radar modules, ADAS, and vehicle communication systems.
03
RF & Microwave Systems
Rogers PCB applications in RF communication systems provide low-loss dielectric performance, stable impedance control, and reliable signal transmission for advanced wireless and telecom infrastructure.
04
Aerospace Systems
Rogers PCB applications in aerospace systems ensure exceptional reliability, stable dielectric properties, and consistent performance under extreme environmental and high-frequency operating conditions.
05
Industrial RF Modules
Rogers PCB applications in industrial RF modules support stable signal integrity, low dielectric loss, and precise impedance control for wireless communication and high-frequency control systems.
FAQ
Rogers PCB FAQ
Rogers PCB FAQ provides key information on material selection, dielectric properties, impedance control, manufacturing processes, testing methods, and applications in RF and microwave systems.
Q1
What materials are used in Rogers PCB manufacturing?
Rogers PCB use high-frequency laminates with low dielectric loss and stable electrical properties for RF and microwave applications.
Q2
What are the main advantages of Rogers PCB?
They provide excellent signal integrity, controlled impedance, and reliable high-frequency performance for demanding electronic systems.
Q3
How is quality ensured in Rogers PCB production?
Quality is ensured through strict process control, AOI, X-ray inspection, and RF testing such as TDR and VNA measurements.
Q4
What industries use Rogers PCB?
Rogers PCB are widely used in telecom, aerospace, automotive radar, microwave systems, and high-speed communication equipment.
Solutions
Rogers PCB Solutions
Rogers PCB Solutions provide low-loss dielectric materials, precise impedance control, and stable RF performance for telecom, microwave, automotive radar, and aerospace electronic systems.
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