Low Loss Design and Manufacturing of Flexible Circuit Boards by Pengding

Low Loss Design and Manufacturing of Flexible Circuit Boards by Pengding

Pengding Holdings has disclosed a flexible circuit board and its manufacturing method. The core innovation of this circuit board lies in the adoption of a unique dielectric structure, which uses air filled in a closed cavity as the primary medium surrounding the signal transmission lines. Compared to traditional dielectric materials, air has a lower dielectric … Read more

Guide to the Structure and Manufacturing Methods of Flexible Circuit Boards

Guide to the Structure and Manufacturing Methods of Flexible Circuit Boards

Guide to Flexible Circuit Boards and Their Manufacturing Methods Overview This guide aims to help you review and understand the structure of flexible circuit boards and their manufacturing methods as described. The patent discloses a design for flexible circuit boards intended to reduce high-frequency signal transmission losses by introducing air-filled sealed cavities to minimize dielectric … Read more

What is the Dielectric Loss Angle of PCB?

What is the Dielectric Loss Angle of PCB?

1. What is a Dielectric? A dielectric refers to a substance or space that can transmit force, energy, or information under specific conditions. In physics and engineering, dielectrics typically refer to solids, liquids, or gases that can transmit mechanical waves, electromagnetic waves, etc. For example, in acoustics, air, water, and solids can serve as media … Read more

Factors Affecting Loss in PCBs

Factors Affecting Loss in PCBs

Editor’s Note: The content of this article is quite concise. The first two factors are introduced using ADS simulation schematics, and those interested can follow along. Many buses have requirements for loss, so for design engineers, it is essential to understand which factors dominate the changes in loss. We often discuss the issue of loss … Read more