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Gold finger single-sided Flex printed circuit board (PCB) flexible energy storage is an advanced energy storage solution that combines the advantages of gold finger connectors and flexible printed circuit boards. Here are the main features and technical specifications of the product:
Features:
Gold Finger Connectors: Using gold finger connectors ensures reliable electrical connections, providing stable power transmission for energy storage systems.
Single-sided Design: Adopting a single-sided printed circuit board design, it has excellent flexibility and bending capability, suitable for various sizes and shapes of energy storage devices.
Efficient Energy Storage: Optimized design and high-quality materials enable the printed circuit board to have high energy density, achieving efficient energy storage in limited space.
Reliable and Durable: Manufactured using high-quality materials and advanced processes to ensure the printed circuit board has outstanding mechanical strength and environmental resistance, guaranteeing long-term reliable operation.
Customized Design: Customized design can be tailored to customer requirements, including dimensions, connector configurations, and performance specifications, to meet the needs of different energy storage applications.
Technical Specifications:
Materials: Polyimide (PI) substrate, copper conductors
Thickness: Customized, typically 0.2 millimeters
Connector Type: Gold finger connectors, providing reliable electrical connections
Surface Treatment: Metal plating to improve conductivity and corrosion resistance
Flexibility: Highly flexible to accommodate bending and twisting movements
Operating Temperature: Designed to withstand high temperatures in energy storage applications
Applications:
Energy storage systems for renewable energy sources such as solar and wind power
Energy storage solutions for lightweight portable electronic devices
Power management and energy storage for electric vehicles
Gold finger single-sided Flex printed circuit board flexible energy storage provides a reliable and efficient solution for energy storage applications, with high performance, durability, and flexibility, enabling efficient energy storage in a compact and lightweight form factor.
