gbr file viewer

Introduction to Surface Electroplating of Flexible Printed Circuit Boards (FPCs)

The pre-treatment cleaning process and careful control of electroplating techniques are vital for ensuring the quality and adhesion of flexible circuit boards, as contamination and uneven plating can lead to significant long-term issues.

Introduction to Surface Electroplating of Flexible Printed Circuit Boards (FPCs) Read More »

Factors Influencing the Cost of PCBA Manufacturing Materials

The article examines the complex factors influencing the pricing of OEM materials in PCBA processing, emphasizing the importance of design evaluation, material procurement, and quality inspection throughout the manufacturing flow.

Factors Influencing the Cost of PCBA Manufacturing Materials Read More »

Overview of Printed Circuit Board (PCB) Manufacturing Processes

The process involves designing, printing, cutting, and treating a printed circuit board (PCB), followed by transferring the circuit onto a copper-clad laminate, corrosion treatment, drilling for components, and various production steps, ensuring safety and quality throughout. Would you like to explore a specific section further?

Overview of Printed Circuit Board (PCB) Manufacturing Processes Read More »

FPC Connector—Advancements in Performance Technology for Flexible Printed Circuit Connectors

FPC connectors are increasingly vital in modern electronics, known for their compact, high-density design, facilitating reliable connections across various applications like smartphones, medical devices, and automotive systems.

FPC Connector—Advancements in Performance Technology for Flexible Printed Circuit Connectors Read More »

What factors contribute to copper delamination in PCB fabrication?

PCBs are crucial for electronic devices, facilitating connections between components, but issues like poor design and excessive etching can lead to copper dumping during production, which affects their performance and integrity.

What factors contribute to copper delamination in PCB fabrication? Read More »

How to determine the appropriate safety spacing for PCB design?

In PCB design, safety distances are crucial and can be divided into electrical-related and non-electrical-related clearances, each with specific minimum spacing requirements to ensure mechanical integrity and prevent short-circuits.

How to determine the appropriate safety spacing for PCB design? Read More »

A high-quality PCB must fulfill the performance requirements of its users.

The PCB industry is undergoing significant transformation, driven by trends like miniaturization, the shift to flexible designs, and increased demands for data transmission and HDI in smart devices, presenting both challenges and opportunities in meeting user expectations for performance and rapid delivery.

A high-quality PCB must fulfill the performance requirements of its users. Read More »

Overview of High-Frequency PCB Selection

The overview details the definition, application fields, and manufacturing methods of high-frequency PCBs, emphasizing the need for advanced materials and processes due to increasing frequency requirements in technology.

Overview of High-Frequency PCB Selection Read More »

Problem with transferring DXF files into PCB design using PowerPCB

When importing DXF files into PADS/PCB PowerPCB, ensure proper layer naming and conversion processes to correctly handle 2D lines and text, while considering potential issues with scale and coordinate systems.

Problem with transferring DXF files into PCB design using PowerPCB Read More »

What are the solutions for addressing issues with PCB laminate?

PCB laminate problems can be identified and addressed by ensuring a logical layout, selecting an optimal grounding point, arranging power filter capacitors effectively, and managing line widths and placements to enhance reliability and reduce interference.

What are the solutions for addressing issues with PCB laminate? Read More »

Contact

WellCircuits
More than PCB

Upload your GerberFile(7z,rar,zip)