UGPCB Double-Sided
PCB Boards: High-Performance Circuit Solutions for RF, Microwave & Industrial Applications Explore UGPCB's advanced double-sided printed circuit boards—engineered for precision, reliability, and versatility across high-frequency and demanding electronic environments. Unlike traditional single-layer PCBs that feature conductive traces on only one side, our double-sided PCBs utilize copper layers on both surfaces, enabling complex routing, improved signal integrity, and enhanced thermal management. This design flexibility makes them ideal for modern electronics where space efficiency, performance, and scalability are critical. Key Features: - Dual-layer copper routing for superior connectivity and reduced electromagnetic interference - Customizable thickness options from 0.2mm to 6.4mm, tailored to mechanical and electrical requirements - Precision copper foil specifications ranging from 18µm to 210µm for optimal current handling and durability - Industry-leading tolerance control (±10%) ensuring dimensional consistency across production runs - Compatibility with premium dielectric materials such as Rogers RO4350B, RT/Duroid 5880, and mixed laminates like RO4350B + FR4 Detailed Description: Our double-sided PCB manufacturing process incorporates a specialized copper plating technique known as “copper sinking,” which ensures robust vias and reliable interlayer connections essential for high-frequency applications. These boards are manufactured using state-of-the-art equipment and adhere to strict quality standards, making them suitable for use in RF/microwave systems, aerospace
Components, medical devices, automotive radar, and industrial automation. We offer a wide selection of substrate materials including Arlon, Isola, Taconic, and PTFE-based F4BM, each selected based on dielectric constant, loss tangent, and thermal stability. Whether you're designing a compact consumer device or a mission-critical military system, our double-sided PCBs provide the structural and functional foundation needed for success. Applications Across Industries: From wireless communication modules and satellite receivers to high-power amplifiers and IoT sensors, these boards serve diverse sectors such as telecommunications, defense, healthcare, automotive engineering, and industrial machinery. Their ability to support multi-layer stacking and hybrid material configurations allows engineers to optimize board layout while minimizing footprint—a crucial factor in portable and embedded electronics. Customer Testimonials: “Working with UGPCB has transformed how we approach
PCB Design. The precision in their double-sided boards and the speed of their automated quoting system saved us weeks during prototyping.” — Electronics Engineer, UK “I’ve used several suppliers, but none match UGPCB’s consistency in thickness tolerance and material compatibility—especially when integrating Rogers substrates into microwave circuits.” — RF Design Specialist, Germany Frequently Asked Questions: What makes a double-sided PCB different from a single-sided one? A double-sided PCB contains conductive pathways on both sides of the substrate, allowing more complex circuit designs and better signal routing compared to single-layer boards, which are limited to one side only. How do I choose the right thickness for my project? Board thickness depends on mechanical constraints, power requirements, and frequency response. Thinner boards (e.g., 0.2–1.0mm) suit flexible or miniaturized devices, while thicker ones (2.0–6.4mm) enhance rigidity and heat dissipation for high-power applications. Can I use Rogers materials on double-sided PCBs? Yes—Rogers RO4350B, RT/Duroid 5880, and other low-loss dielectrics are commonly used in double-sided PCBs for RF and microwave applications due to their excellent electrical properties and thermal performance. Are there specific tolerances I should know about? Standard thickness tolerance is ±10%, but thinner boards require tighter control (e.g., ±5% for 0.4mm), whereas thicker boards may allow slightly larger deviations depending on application needs.
Product Categories : PCB
