introduction

With the continuous advancement of electronic technology, high-frequency application flexible rapid prototyping FPC boards have become an essential component in the design of high-end electronic equipment due to their superior performance. This article will explore its characteristics, advantages and wide application range in depth to help you better understand the contribution of this product to high-frequency signal transmission and electrical stability.

Features

High-frequency application flexible rapid prototyping FPC board uses high-quality polyimide (PI) as the base material and adopts a multi-layer composite structure design to ensure excellent signal transmission and electrical stability. The following are some of the main features of the product:

• High-quality polyimide (PI) substrate improves high-frequency handling capability and electrical stability.
• The multi-layer composite structure design combines adhesive, low-loss cover film and high-frequency copper wire to ensure excellent flexibility and signal effect.
• High-precision manufacturing allows the minimum line width/line spacing to reach 0.06 mm/0.09 mm and the minimum aperture to reach 0.15 mm, which perfectly meets the requirements of fine-density design.
• Precise impedance control, single-ended 50 ohms and differential pair 100 ohms, meets strict electrical performance standards.
• ANSA surface treatment improves durability and weldability.
• Supports rapid delivery within 24-48 hours to meet emergency or rapid iterative development needs.
• Follow IPC-II standards to ensure international quality consistency.

Scope of application

High-frequency application flexible rapid prototyping FPC boards are widely used in multiple high-end industries, especially in the following fields to show its excellent performance:

• High-end electronic devices, such as computer LCD screens, smart phones, etc.
• Automation equipment and medical devices, especially in the fields of high frequency use and signal processing.
• Dynamic bend testing products for wearable technology, flexible connectors, etc.
• Automotive systems and industrial control are electronic fields that have strict requirements on impedance control.

Summarize

High-frequency application flexible rapid prototyping FPC board has become an ideal solution for high-end electronic equipment with its superior design and manufacturing capabilities. It not only meets the diverse needs of the modern market, but also provides strong support for the company's product research and development. Choose high-frequency application flexible rapid prototyping FPC board to help your innovation and breakthrough!