Brief: Discover high-quality Polyimide ENIG Rigid Flex PCB Fabrication for medical devices. This 4-layer circuit board offers superior performance with four conductive copper layers, ideal for complex medical applications. Learn about its structure, advantages over 2-layer PCBs, and the advanced manufacturing process.
Related Product Features:
4-layer PCB with top, inner, and bottom layers for enhanced signal routing and performance.
Polyimide material ensures durability and flexibility for medical device applications.
Designed with inner ground and power planes for EMI shielding and noise reduction.
Supports complex circuits with high routing space and low signal noise.
Manufactured using advanced processes including lamination, drilling, and etching.
Available in various materials like FR-4, Rogers, and ceramic for diverse applications.
One-stop PCB solution from prototype to mass production with quality guarantees.
자주 묻는 질문:
What are the advantages of a 4-layer PCB over a 2-layer PCB?
A 4-layer PCB offers higher routing space, better EMI shielding, lower signal noise, and improved performance compared to a 2-layer PCB, though it comes at a slightly higher cost.
What materials are used in the Polyimide ENIG Rigid Flex PCB?
The PCB can be made from various materials including FR-4, CEM-1/CEM-3, PI, High Tg, Rogers, PTEF, Alu/Cu base, and ceramic, depending on the application requirements.
What is the manufacturing process for this 4-layer PCB?
The process includes design using CAD tools, material selection, lamination, drilling and plating, etching, and rigorous testing to ensure quality and performance.