High Frequency Rogers 4350b Material 20mil PCB For Wireless Communication System

High Frequency Rogers 4350b Material 20mil PCB For Wireless Communication System

Place of Origin:Guangdong, China (Mainland)

Brand Name:ONESEINE

Base Material:Rogers4350b

Copper Thickness:1OZ

Board Thickness:1.6mm

Min. Hole Size:0.2mm

Min. Line Width:4mil

Min. Line Spacing:4mil

Surface Finishing:ENIG

Certificate:RoSH ISO9001 UL

Board Thickness Tolerance:+/-10%

Hole tolerance:PTH: +/-3mil NPTH: +/-2mi

Min distance pad-pad:8mil

Min distance trace-pad:8mil

Min distance trace-via:4mil

PCB Standard:IPC-A-610 D

Shipping:DHL UPS TNT Fedex

Inner Package:Vacuum package

Product name:High Frequency Rogers 4350b Material 20mil PCB For Wireless Communication System

Professional Rogers 4350B High-Frequency PCB for Demanding Wireless & RF Systems

Achieve superior signal integrity and performance in your most critical wireless applications with our specialized high-frequency PCB, engineered using premium Rogers 4350B material and optimized for RF/microwave circuits.

Engineered for RF Excellence:

·         Premium Low-Loss Material: Fabricated with Rogers RO4350B™ laminate, our boards provide an exceptionally stable dielectric constant (Dk=3.48) and ultra-low dissipation factor for minimal signal loss at high frequencies, ensuring maximum power efficiency and signal clarity.

·         Optimal 20mil Thickness: The 20mil (0.508mm) substrate thickness is ideal for designing controlled impedance transmission lines (e.g., microstrip, stripline), offering a perfect balance between mechanical stability, thermal management, and precise electrical performance for RF layouts.

·         Designed for Wireless Systems: This board is the cornerstone for next-generation wireless communication systems, including 5G infrastructure, cellular base stations, satellite communication (SatCom) terminals, RFID systems, high-speed wireless data links, and advanced radar/antenna arrays.

Key Advantages for Your Design:

·         Stable Performance: Excellent thermal stability and consistent Dk over frequency/temperature variations.

·         Reduced Signal Loss: Superior high-frequency performance compared to standard FR-4.

·         Manufacturing Reliability: Compatible with standard PCB fabrication processes for reliable results.

Ideal for: RF Power Amplifiers, Low-Noise Amplifiers (LNAs), Filters, Couplers, Antenna Feed Networks, and other mission-critical microwave circuits.

Partner with Precision: We combine advanced materials with rigorous manufacturing controls to deliver PCBs that meet the exacting standards of modern RF engineering. Get a fast quote and bring your high-frequency wireless designs to life with confidence.