Licky's Column
10 Tips for Advanced Requirements Impedance Control PCB
1. It Enables PCBs to Deal with Signal Integrity Issues
Recently, the globe has seen a surge in the switching speeds of most electronic devices. ...
PCB Design Rules For Wiring And Crosstalk
Today’s electronic devices market demands miniaturized printed circuit boards (PCBs) with a multitude of high-speed functions integrated on a singl...
PCB Layout Guidelines For High Speed Applications
The use of highly complex and intricate PCBs is becoming more and more common and widespread across a variety of applications. But while making PCB...
Guide for Industrial PCBA
What is Industrial PCBA?
Industrial PCBA refers to the industrial assembly of a printed circuit board, where all of the electronic components must ...
10 Tips for High-frequency PCB Layout
First: multi-layer pcb board wiring
High-frequency circuits tend to have high integration and high wiring density. The use of multi-layer boards i...
Impedance matching and sharing in HDI PCB design
Impedance matching is a way to configure load input impedance or its signal source output impedance. It is executed to achieve maximum power transm...
HDI PCB design guidelines
High-Density Interconnection (HDI) PCB design guidelines
Printed Circuit Board (PCB) manufacturers typically follow three types of stackups for ...
The Importance of PCB Trace Widths in PCB Design
What is Trace Width?
Let’s start with the basics. What exactly is trace width and why is specifying a particular trace width so important? The poin...
PCB Design Needs Of Our 5 Mistakes To Be Avoided
The latest innovative design tool and advanced manufacturing techniques enable the Printed Circuit Board (PCB) manufacturers to lower their product...