Introduction to RO3003G2 Laminates
Rogers RO3003G2 high-frequency, Ламинаты из ПТФЭ с керамическим наполнителем представляют собой улучшение по сравнению с ведущими в отрасли решениями Rogers RO3003.. Специально разработано на основе отзывов представителей отрасли, these laminates are tailored to meet the next generation requirements for mm-wave automotive radar applications.
RO3003G2 Laminate Benefits
The optimized resin and filler content in RO3003G2 laminates result in a lower insertion loss, making them ideal for ADAS (Advanced Driver Assistance Systems) such as adaptive cruise control, forward collision warning, active braking, or lane change assist systems.
Key Features of RO3003G2 High-Frequency PCB Material
- Диэлектрическая проницаемость: 3.00 в 10 ГГц и 3.07 в 77 ГГц
- Very Low Profile (VLP) Медь: Ensures high performance
- Homogeneous Construction: Incorporates VLP copper and reduced dielectric porosity
- Enhanced Filler System: Improves material properties
Advantages of Using RO3003G2
- Best-in-class performance for insertion loss
- Minimizes dielectric constant variation in finished PCBs
- Enables the trend towards smaller diameter vias
- Global manufacturing footprint ensures wide availability
Rogers’ Expertise in Automotive Applications
Rogers stands as the global technology and market leader in innovative material solutions, providing high-performance PCB laminates specifically for automotive applications. The company offers a comprehensive portfolio that includes PCB power electronics materials, РФ, and millimeter-wave PCB laminates. With worldwide technical support and certified automotive quality systems across its global manufacturing locations, Rogers supports designers in the automotive electronics sector to accelerate development in Advanced Driver Assistance Systems (Адас) safety and vehicle-to-vehicle (V2X) communications systems.
Product Offerings by Rogers
Rogers produces two models of RO3003 PCB material: RO3003 and RO3003G2, each designed to meet specific high-frequency application needs.