Sign In

Wire Bonding

Created: March 17, 2025

|

WB Cover

Wire bonding is a key technology for connecting semiconductor dies to circuit boards, continuously evolving to meet the electronics industry's demand for miniaturization and compact design. It enables higher performance and computing power, making advanced sensors, lighting, and wide-bandgap semiconductors possible for high-power, high-density applications.

Check out our brand-new, comprehensive whitepaper, where we cover everything you need to know about Wire Bonding technology. Discover how Altium Designer 25 and its powerful Wire Bonding feature can elevate your PCB design to the next level!

Best in Class Interactive Routing

Reduce manual routing time for even the most complex projects.

Explore Solutions

What is PCB Routing? PCB Routing in Altium Designer Design Rules for PCB Routing Efficient PCB Routing Tools (Webinar) Routing the PCB in Altium Designer PCB Design Workflow

Related Resources

Proper Placement and Recommended Parameters

Vias 101 Part 1 In this blog, Phil Salmony offers beginner PCB design engineers a good starting point to understanding vias. In part one, we will tackle the basics and recommended parameters. Read now to learn more. Read Article

What is Propagation Delay

What is Propagation Delay in High Speed PCB Design? In high speed design you may be dealing with the question of what is propagation delay. Altium Designer gives you the design tools to expertly work with this. Read Article

length tuning impedance

What is the Impedance of Length-Tuning Structures? Length tuning impedance is difficult to calculate, but you can minimize the impact of length tuning structure impedance deviations with some simple differential pair design strategies. Read Article

PCB routing

What is PCB Routing? Learn about PCB routing techniques and how to design traces to proper routing in any device. You can access the best PCB routing features in Altium Designer. Read Article

SPI Trace Impedance

Is There an SPI Trace Impedance Requirement? There is no SPI trace impedance requirement or termination requirement. If this sounds surprising, read this article to see why. Read Article

PCB autorouter

Automated PCB Routing With the Situs Topological Autorouter This page looks at the Situs Topological Autorouter. This part of the PCB Editor uses topological mapping to define the PCB routing path and convert this to a high-quality route. Read Article

Properties panel routing

Using the Properties Panel for PCB Routing in Altium Designer Routing is one of the most time-consuming stages of PCB design. Altium Designer has a large set of tools that allow you to do it as accurately and quickly as possible. This document will help you to learn how to manage your routing effectively and use it to its fullest extent. The basis of PCB topology development in Altium Designer. By offering powerful routing tools, the system provides comprehensive settings. All groups of settings are Read Article

Identifying Minimum PCB Trace Spacing and Width in Altium Designer

Identifying Minimum Trace Spacing and Track Width in PCBs Taking the time to set up routing rules to govern a PCB's minimum trace spacing and width for your layout can be tedious. Many designers would prefer to jump in and start trace routing without going through this setup process first. This can be dangerous, though, as you may inadvertently route a trace routing at the wrong width or pack your routing in so tightly that you don't have the room to make any width corrections later on. The more rigid Read Article

Impedance Controlled Routing for Boards Made in Altium Designer

Impedance Controlled Routing for Boards Made in Altium Designer Computing requirements and applications require data to be processed at faster rates than ever before. As communication bands start to fill and newer components hit the market, PCBs will need to operate at higher data rates and frequencies. Networking and data center applications like 100G and faster Ethernet, as well as advanced wireless protocols like 5G and 6G, will continue operating well into the mmWave regime and beyond. These facts mean Read Article

USB 2-layer PCB

Routing Requirements for a USB Interface on a 2-Layer PCB In an earlier blog, I discussed some of the basic points in preparing routing rules for 2-layer PCBs to support routing and layout with digital signals. In particular, we looked at some of the basic stackup and routing rules needed to support a digital interface like I2C or SPI on a 2-layer PCB. When working with these interfaces, a few simple guidelines can help ensure signal integrity in your board and cut down on EMI. What about an impedance Read Article

Related Technical Documentation

Back to Home

Take advantage of the world's
most trusted PCB design system.

One interface. One data
model. Endless possibilities.

Effortlessly collaborate with
mechanical designers.

The world's most trusted
PCB design platform

Best in class interactive
routing

View License Options