PCB Insights BloG
Your go-to resource to all things PCB. Stay updated on assembly techniques, design best practices, manufacturing innovations, and the latest electronics trends.
- Cold Solder Joints Explained: How to Spot and Fix ThemCold Solder Joints Explained: How to Spot and Fix Them If you've ever had a device fail without an obvious reason, you may have come face-to-face with one of the… Read more: Cold Solder Joints Explained: How to Spot and Fix Them
- A Beginner’s Guide to Vias in PCB DesignA Beginner's Guide to Vias in PCB Design Meet the Via: The Tiny Connector That Does Big Work If you have ever looked closely at a printed circuit board or… Read more: A Beginner’s Guide to Vias in PCB Design
- What is Magic Smoke and What Causes It?What is Magic Smoke and What Causes It? In the world of electronics, there's a peculiar and often humorous phenomenon known as magic smoke. It’s a term that brings a… Read more: What is Magic Smoke and What Causes It?
- ESP8266: A Beginner’s Guide to All Things ESPESP8266: A Beginner's Guide to All Things ESP The ESP8266 is a low-cost, powerful System-on-Chip (SoC) microcontroller developed by Espressif Systems. It is widely used in IoT projects, smart home… Read more: ESP8266: A Beginner’s Guide to All Things ESP
- Understanding Schematic Diagrams in PCB DesignUnderstanding Schematic Diagrams in PCB Design A schematic diagram is the foundation of any electronic circuit design. It serves as a blueprint, showing how different electrical components like resistors, capacitors,… Read more: Understanding Schematic Diagrams in PCB Design
- Motherboard vs Circuit Board: A Comprehensive Guide to Their DifferencesMotherboard vs Circuit Board: A Comprehensive Guide to Their Differences In the world of electronics, circuit boards play a crucial role in enabling devices to function. Among these, motherboards are… Read more: Motherboard vs Circuit Board: A Comprehensive Guide to Their Differences
- PCB Traces Explained: Key Insights & Best PracticesPCB Traces Explained: Key Insights & Best Practices Printed circuit boards (PCBs) are the foundation of modern electronics, connecting and powering components through intricate copper pathways known as PCB traces.… Read more: PCB Traces Explained: Key Insights & Best Practices
- Through Hole vs Surface Mount: Which is better?Through Hole vs Surface Mount: Which is better? In the world of electronics, the quality and reliability of PCB mounting is essential for the performance and longevity of devices. Whether… Read more: Through Hole vs Surface Mount: Which is better?
- Lead vs Lead-Free Solder: Which is Better?Lead vs Lead-Free Solder: Which is Better? Soldering is a fundamental process in electronics and metalwork, but one key decision often sparks debate: leaded vs. lead-free solder. While both types… Read more: Lead vs Lead-Free Solder: Which is Better?
- PCB Soldering 101: How to Solder Like a ProPCB Soldering 101: How to Solder Like a Pro Solder creates vital connections in electronics, ensuring their functionality and dependability. Acting as connective tissue, all types of solder attach electronic… Read more: PCB Soldering 101: How to Solder Like a Pro
- The Basics of Reflow Soldering in PCB ManufacturingThe Basics of Reflow Soldering in PCB Manufacturing Soldering is a vital process in the manufacturing of printed circuit boards (PCBs), where electronic components are joined securely to the board.… Read more: The Basics of Reflow Soldering in PCB Manufacturing
- Through-Hole Technology: Why It Still Matters in Modern PCB DesignThrough-Hole Technology: Why It Still Matters in Modern PCB Design In this article, we'll delve into why through-hole technology still matters in modern PCB design, exploring its core principles, advantages,… Read more: Through-Hole Technology: Why It Still Matters in Modern PCB Design
- The Complete Guide to PCB Mounting Techniques: SMT, THT & Best PracticesThe Complete Guide to PCB Mounting Techniques: SMT, THT & Best Practices PCB mounting plays a crucial role in the electronics industry, as reliable mounting ensures that devices operate correctly… Read more: The Complete Guide to PCB Mounting Techniques: SMT, THT & Best Practices
- Silkscreen on PCB: What It Is and Why It MattersSilkscreen on PCB: What It Is and Why It Matters When it comes to printed circuit boards, much of the focus tends to fall on the more technical aspects, such… Read more: Silkscreen on PCB: What It Is and Why It Matters
- What is PCB Tombstone: Causes, Impact, and PreventionWhat is PCB Tombstone: Causes, Impact, and Prevention Electronics manufacturing is evolving at a remarkable speed, and at its core lies the printed circuit board, essential for countless devices we… Read more: What is PCB Tombstone: Causes, Impact, and Prevention
- The Pros and Cons of Surface-Mount Technology (SMT)The Pros and Cons of Surface-Mount Technology (SMT) Imagine holding a smartphone that’s not just powerful but also slimmer than a pencil. The technology inside that sleek device is a… Read more: The Pros and Cons of Surface-Mount Technology (SMT)
- Exploring the Transformative Role of AI in PCB ManufacturingExploring the Transformative Role of AI in PCB Manufacturing Artificial intelligence (AI) is not just a buzzword - it has become the cornerstone of innovation in various industries, including printed… Read more: Exploring the Transformative Role of AI in PCB Manufacturing
- How to Create an Effective Bill of Materials (BOM)What is a Bill of Materials? When it comes to the world of electronics, a crucial document guiding the manufacturing process is the Bill of Materials. This is especially true… Read more: How to Create an Effective Bill of Materials (BOM)
- What Is Surface Mount Technology: The Essential GuideWhat Is Surface-Mount Technology: The Essential Guide The landscape of modern electronics is shaped not only by innovations in technology but also by the manufacturing processes that bring these innovations… Read more: What Is Surface Mount Technology: The Essential Guide
- Automated Optical Inspection: How It Works & Why It MattersAutomated Optical Inspection: How It Works & Why It Matters For decades, printed circuit boards (PCBs) have been inspected manually, often relying on human eyesight and expertise to detect defects.… Read more: Automated Optical Inspection: How It Works & Why It Matters
- Understanding PCB Price: What Affects the Cost of Your Printed Circuit Boards?Understanding Printed Circuit Board Price: What Affects the Cost of Your PCB? When it comes to developing electronic devices, one of the most crucial components is the Printed Circuit Board… Read more: Understanding PCB Price: What Affects the Cost of Your Printed Circuit Boards?
- How to Choose the Right PCB ManufacturerHow to Choose the Right PCB Manufacturer For businesses, startups, and even individual enthusiasts and hobbyists diving into this competitive field, selecting the right PCB manufacturer is critical - it… Read more: How to Choose the Right PCB Manufacturer
- PCB Basics: A Complete Guide to Printed Circuit BoardsPrinted Circuit Boards (PCBs) are foundational elements of modern electronics. They facilitate essential electrical connections within devices. In this article we will explore the multifaceted world of PCBs, exploring their… Read more: PCB Basics: A Complete Guide to Printed Circuit Boards
- Exploring Manual vs Automated PCB Assembly: What You Need to KnowAs technology progresses at an unprecedented rate, the demand for high-quality electronic components is on the rise. The global Printed Circuit Board (PCB) market is anticipated to see significant growth,… Read more: Exploring Manual vs Automated PCB Assembly: What You Need to Know
- Optimizing LED PCB Design for Maximum Efficiency