HDI PCB technology allows for the integration of more components in a limited space, enabling higher performance without increasing the overall size of the device.

Here is a complete guide to impedance control in a PCB—what it means, how to design for it, and why it matters in everything from RF to data centers. Read on.

Discover the advantages of an 8-layer PCB, its standard PCB thickness, and optimal PCB stack-up configurations for high-performance electronics.

Let's explore the world's top 10 cable manufacturers together and learn how PCBasic provides high-quality PCB cable assembly and customized wiring harness solutions for the industrial, automotive and medical sectors!

In the field of electronics manufacturing, SMT, SMD and THT are the three key terms that often appear in the PCB design and assembly process. They are often mentioned together, but SMT, SMD, and THT actually represent different concepts.

PCB warpage is a critical issue in electronics manufacturing. Learn what causes PCB warpage, how to measure it, and how to prevent warpage effectively.

Tombstoning is a critical defect in PCBs. This article will help you understand what tombstoning is, the factors causing tombstoning defects, its impact, and how to avoid them.

Identifying what does a capacitor do and cracking their meaning is another difficult task. But, with PCBasic, we've made it easy for you. Whether you're working on a circuit design or simply just want to interpret types of capacitors, we've jotted do...

PTFE was discovered by researchers in 1938, and since then, it has been included in different industries in different applications, which is due to its extraordinary properties. The PTFE dielectric constant forms a basic function that makes it even m...

Explore what PCB breakaway tabs are, how they work, types like mouse bites, and why they matter in efficient PCB design, assembly, and manufacturing.

Explore everything about 2-layer PCBs—from stack-up and 2-layer PCB thickness to 2-layer PCB design rules and manufacturing tips. Learn how double-sided PCBs enhance circuit design and discover PCBasic's assembly capabilities.

Explore how PCB DFM analysis shapes reliable PCB designs. Learn key rules, avoid common layout pitfalls, and make your board fabrication ready from day one.

Understand what countersink holes are, their uses, how countersinks are added to PCBs, and their design considerations. You will also understand the difference between countersink holes and counterbore holes.

Explore the definition, construction, benefits, and applications of single-layer PCBs. Learn how single-layer PCB fabrication works and how it compares to multilayer designs.

PCB shielding refers to a technology that blocks or reduces electromagnetic interference (EMI) in electronic circuit boards by physical, electrical or material means, which can both suppress the interference emitted by PCB and prevent external interf...

Are you interested in knowing what a PCB counterbore is? Learn their definition, symbols, uses, design tips, and how a counterbore differs from a countersink.

Explore the fundamentals of 4-layer PCBs, including standard PCB thickness, 4-layer PCB stack-up types, design tips, and advantages, in modern electronics.

Looking for precise and reliable CNC routing services? PCBasic offers top-notch CNC cutting for various materials. Learn about our CNC services and how they can benefit your projects.

Interested in knowing about mouse bites in PCBs? This article explores what mouse bites are in PCBs, their purpose, advantages, and how you can design mouse bites in your PCB.

Explore the growing importance of aluminum substrates in PCB design. Learn how they enhance thermal performance, reliability, and efficiency in electronics.