via types

What is a PCB Via? – An Overview of PCB Vias and Their Functions – Wellcircuits

In multi-layer PCB design and manufacturing process the term via is extensively used However what does the via mean and how to use it in designs In this video well cover some basics about the

What is a PCB Via? – An Overview of PCB Vias and Their Functions – Wellcircuits Read More »

Five Via Processing Methods – PCB Basic Information – Wellcircuits

Vias are the essential component of a multi-layered PCB From a design perspective a via consists of two main parts the drill hole in the center and the pad area surrounding the hole and the sizes

Five Via Processing Methods – PCB Basic Information – Wellcircuits Read More »

Proficient in selecting the appropriate PCB via size based on design requirements.

This revised article explains the importance of vias in PCBs, their types (through, blind, and buried), and how to select appropriate parameters for drilling vias, while emphasizing the impact of manufacturing limitations on design decisions and the need for careful consultation with suppliers to ensure optimal performance and cost-efficiency.

Proficient in selecting the appropriate PCB via size based on design requirements. Read More »

Review current PCB design principles and industry best practices.

A detailed overview of PCB types (single-layer, double-layer, and multi-layer), their manufacturing processes, and key considerations for wiring, high-speed signal handling, and power/ground layout to optimize performance and minimize interference.

Review current PCB design principles and industry best practices. Read More »

Parasitic Capacitance and Inductance of PCB Board Vias

Via holes are important components of multi-layer PCB boards, with drilling costs typically accounting for 30% to 40% of production costs. They serve as connections between layers or for device fixation, and are categorized as blind, buried, and through vias. Designers aim to minimize via size for high-speed circuits, considering parasitic capacitance and inductance effects. Strategies to mitigate parasitics include selecting optimal via sizes, using thinner PCB boards, minimizing unnecessary vias, and optimizing power and ground via placement.

Parasitic Capacitance and Inductance of PCB Board Vias Read More »

Contact

WellCircuits
More than PCB

Upload your GerberFile(7z,rar,zip)