When it comes to printed circuit board assembly (PCBA), overlooking even the smallest details can lead to costly delays and quality issues. Discover three critical reminders – parts overages, panelization, and break-away rails – that will streamline your PCBA project and ensure flawless results from a leading China PCB manufacturer.
3 Special Reminders for Printed Circuit Board Assembly (PCBA) Read More »
Lead-free solder paste utilizes tin-based alloys without lead to create reliable solder joints that meet environmental regulations. This guide covers what lead-free solder paste is, its development history, key properties, classifications, and role in environmentally-friendly electronics assembly processes.
What is Lead-Free Solder Paste (Pb-Free) in PCB Assembly? Read More »
This definitive guide covers all PCB drilling process fundamentals – understanding different hole types like plated through holes (PTHs), preparation steps for quality drilling, mechanical/laser drilling methods, addressing common quality issues, to inspection and improvements. Equip PCB designers, engineers and manufacturers with all the essential knowledge spanning drilling drawings, stack-up, parameters, tool selection to quality control procedures for optimized fabrication.
A complete guide to RoHS standards for printed circuit board manufacturing, assembly and testing. Learn about restricted substances, compliance benefits, lead-free processes, and partnering with reliable RoHS compliant PCB producers.
Rohs Compliant PCBs: A Complete Guide to RoHS Standards for Printed Circuit Boards Read More »
As a crucial component powering cutting-edge electronics across consumer, automotive and industrial applications, PCB technologies continue rapid innovation and quality improvements. This article provides an overview of mainstream and emerging PCB solutions available today, along with their typical applications across major industries.
Applications of Different Types of PCBs in Major Industries Read More »
Understanding the key differences between PTH and via is essential for optimizing PCB design and manufacturing. This article defines PTH and via, compares dimensions, functions, locations and finishing requirements. Typical applications and design considerations are also discussed.
What is the Difference Between PTH and Via in PCBs? Read More »
With the exponential rise of high-frequency applications, backdrilled vias are increasingly critical for minimizing via stub impedance on PCBs. As this blog explains, backdrilling eliminates non-functional lower via portions to enable pristine signal transmission up to microwave frequencies…
What is Backdrilling of Vias and Why it Matters for PCBs Read More »
What are pads in PCBs and why are they so important for electronics design and manufacturing? This definitive guide covers pad types, layout considerations, and the overarching significance of PCB pads.
Plated half-holes, also called castellated holes, provide a space-efficient way to interconnect separate PCB modules by soldering. Unlike bottom pads, their edge positioning simplifies mounting and enhances reliability. This article explains everything about plated half-hole structures, design guidelines, manufacture, benefits and use cases.
Understanding Plated Half-Holes (Castellated Holes) in PCB Design Read More »
Via-in-pad refers to drilling vias on pads, commonly used for high density SMD and BGA pads. This article covers in detail the design guidelines, manufacturing process of via-in-pad, and makes comparison of with and without via-in-pad process.
Identifying and Processing Via-In-Pad in PCB Design Read More »
Via-in-pad technology for PCBs places vias directly within surface mount pads, conserving space by merging interconnect structures. Learn benefits and reliability factors in applying this innovation.
An Introduction to Via-in-Pad for Printed Circuit Boards Read More »
Filled and capped vias are advanced PCB design techniques that measurably enhance connection reliability. Learn when and why to leverage precision via filling and durable capping to prevent moisture ingress, fractures, and short circuits.
Leveraging Filled and Capped Vias for Enhanced PCB Reliability Read More »
What are tented vias and why should PCB designers use them? Read our full guide covering how tented vias work, their benefits, ideal applications, and how to construct boards with quality via tenting.
What are Tented Vias? A Guide to This Important PCB Feature Read More »
Blind vias and buried vias enable improved signal routing, component density, performance, and simplified PCB stackups essential for complex, high-speed designs. This article explains what blind and buried vias are and key considerations for implementation.
Blind Vias, Buried Vias in PCBs – A Complete Guide Read More »
Plated through holes (PTHs) are vital in printed circuit boards for enabling reliable connectivity between layers. This article explores PTHs in depth—from their key benefits like durable interlayer connections and flexible component placement, to critical design considerations around hole size, spacing, depth. We also contrast PTHs to cheaper non-plated holes, and overview popular alternatives like blind and buried vias and their ideal use cases. For PCB designers and manufacturers, our insights help inform effective PTH integration tailored to your product requirements. Reach out to explore our professional PCB fabrication utilizing PTHs.
Understanding Plated Through Holes (PTH) for Printed Circuit Boards Read More »
Vias enable complex functionality in printed circuit boards by facilitating vertical transitions between layers. This article provides an overview of via roles, types, reliability factors, advanced structures, and the ongoing innovation driving PCB performance.
As printed circuit boards are designed to pack more components into increasingly compact spaces, microvias play a crucial role in enabling further miniaturization. We explore the fundamentals of microvia technology and fabrication processes along with applications across consumer electronics, automotive, aerospace and medical industries.
The Essentials of Microvias – Enabling Miniaturization in PCBs Read More »
Shenzhen has established itself as the powerhouse for global PCB assembly manufacturing. This article explores the strategic advantages that enable Shenzhen PCB assembly manufacturers to lead markets worldwide.
Shenzhen – The Global Hub for High-Quality PCB Assembly Manufacturing Read More »
This guide examines capabilities assessments and China region fit considerations for OEMs seeking quality quick-turn PCB assembly manufacturing between prototyping and early-stage production for electronics headed for Chinese end-markets.
Evaluating and Selecting Quick-Turn PCB Assembly Manufacturers in China Read More »
Leveraging turnkey PCB assembly manufacturers streamlines production through integrated fabrication, component sourcing, assembly, testing, and logistics orchestration. We explore optimal partner selection and launch preparedness.
Leveraging Turnkey PCB Assembly Manufacturing Services Read More »
