Flexible battery connected to FPC circuit board

Flexible battery connected FPC circuit board is made of flexible insulation material as the substrate, and through precision printing, etching and other processes, conductive materials (such as copper, silver, etc.) are formed into circuit patterns to achieve the connection between the battery and electronic devices. It has good flexibility and bendability, and can easily adapt to various complex shapes and space limitations, providing a reliable circuit connection solution for the application of flexible batteries.

Product Features

1. Lightweight and portable: The flexible battery connected FPC circuit board uses thin insulation and conductive materials, making the entire circuit board lightweight and compact, convenient to carry and use.
2. Highly flexible: with good bending and crease resistance, it can bend and fold at any angle, adapting to various complex application scenarios.
3. High reliability: High quality insulation and conductive materials are used, and strict production process control ensures the stability and reliability of the circuit board.
4. Easy to process: Multiple processing techniques such as printing, etching, and cutting can be used for customization and mass production.
5. Excellent electrical performance: able to meet the needs of smaller and higher density installation designs, while reducing assembly processes and enhancing reliability.

application area

Flexible battery connection FPC circuit boards are widely used in various electronic devices that require flexible battery connections, including but not limited to the following aspects:

1. Smart wearable devices, such as smartwatches and smart bracelets, can meet the flexibility and spatial adaptability requirements of these devices by connecting flexible batteries to FPC circuit boards.
2. Portable electronic devices, such as smartphones, tablets, etc., require high utilization of internal space. Flexible batteries connected to FPC circuit boards can be flexibly laid out in limited internal space.
3. Medical devices: such as biosensors, portable medical monitoring devices, etc. Flexible battery connected FPC circuit boards can be bent and folded to adapt to various complex curved parts of the human body.
4. New energy vehicles: such as battery management systems (BMS), electric vehicle battery packs, etc. Flexible battery connection FPC circuit boards are used to connect various modules inside the power battery, transmit electrical energy and data signals.

Product advantages

1. Improving space utilization: Flexible battery connected FPC circuit boards can adapt to complex shapes and space constraints, improving the space utilization of electronic devices.
2. Cost reduction: By using flexible batteries to connect FPC circuit boards, the usage of traditional wiring harnesses can be reduced, and material and production costs can be lowered.
3. Enhancing device reliability: The flexible battery connected FPC circuit board uses high-quality materials and advanced production processes to ensure the stability and reliability of circuit connections, thereby improving the overall reliability of the equipment.

Product specifications and customization

The specifications for flexible battery connected FPC circuit boards vary depending on the manufacturer and application requirements, but typically include parameters such as size, thickness, conductor width and spacing, insulation material type, etc. In addition, customization can be made according to specific customer needs, such as special shapes, connector interfaces, signal transmission requirements, etc.

Flexible battery connection FPC circuit board is an efficient, reliable, and flexible circuit connection solution, widely used in various electronic devices that require flexible battery connection. With the advancement of technology and the development of electronic devices, flexible battery connected FPC circuit boards will play a more important role in the future.