What Can Damage Flexible Printed Circuit Boards? Flexible printed circuit board (PCB) damage can relate to one of two types of factors — environmental and manufacturing. By partnering with a dependable supplier, you can protect your flexible PCB from these risks.   Environmental Fact

Jump To: How to Measure PCB Temperature How Much Heat Can a PCB Stand? Common Causes of High Heat in a PCB How to Prevent High Temperatures in a PCB Contact MCL for All Your PCB Needs   Temperature is an important element of safety, reliability and performance in printed circuit boards (PCBs

Jump To: The Purpose of PCB Layer Stackups | Objectives When Creating a Multilayer PCB Stack | Other Factors to Consider When Creating a Multilayer PCB Stack | Common Types of PCB Layer Stackups | MCL Is Your Source for Quality Multilayer PCBs |&nbs

Jump To: What Is Standard Thickness for PCBs? | Design Factors That Impact PCB Thickness | Manufacturing Factors That Impact PCB Thickness | 3 Factors to Consider When Choosing PCB Thickness | Request a Free Quote When referring to dimensions for manufac

When creating surface finishes for printed circuit boards (PCBs), you can choose from either organic or metallic materials. Knowing which types of surface finishes exist is simple enough, but how do you determine which is best for your PCB? They share similarities, but each comes with its own benef

Until recently, lead was almost ubiquitous in the construction of printed circuit boards (PCBs). Due to its melting point and ability to form strong bonds between surfaces, a eutectic lead-tin alloy proved highly effective as a solder material. However, as electronic waste volumes increased, the use

Both rigid and flexible printed circuit boards (PCBs) serve to connect electronic components in various consumer and non-consumer devices. As the names suggest, a rigid PCB is a circuit board built on a rigid base layer that cannot bend, while a flexible PCB, also called a flex circuit, is built on

A PCB legend is a layer of text placed on a printed circuit board (PCB) to label components and provide other useful information. Sometimes called silkscreen or component identification, legend text is printed on top of the circuit board’s solder mask as one of the last steps in the circuit bo

Jump To: Copper Filling of Blind Microvias | What Are Microvias? | What Are Blind and Buried Vias? | Advantages of Copper-Filled Blind Microvias | What Are Copper-Filled Vias? | Challenges Associated | Thermal and Electrical Conductiv

Jump To: How to Choose A PCB Manufacturer | Questions to Keep In Mind When Choosing a PCB Manufacturer | What to Consider Before Choosing a PCB Manufacturer | Types of Boards and Substrates Available | The Industries They Serve | Millennium Cir

In electronics and computing devices, the circuitry is conducted by a tiny green board that transfers various signals from the control prompts and to the screen. In every smartphone, for example, a printed circuit board (PCB) can be found inside with various chips and components that conduct the si

Jump To: The Benefits of Prototyping PCBs | What Is a PCB Prototype? | Benefits of Prototyping | 1. Reduced Timeline | 2. Manufacturing Review and Assistance |  3. Accurate, Reliable Prototype | 4. Test Components Individually  | 5. Reduced Costs | When

Jump To: Why It’s Important to Avoid Electromagnetic Interference | EMC Design Principles to Prevent and Fix Electromagnetic Problems | 1. Ground Plane | 2. Trace Layout | 3. Component Arrangement | 4. EMI Shielding | EMC Design From Mill

Jump To: What Is Design for Manufacturing? What’s the Purpose of DFM? The DFM Factors How Design for Manufacturing Translates Into PCB Layout DFM Checks From Millennium Circuits Limited Design for Manufacturing PCBs   Throughout the manufacturing and business sectors, a vast number of ma

Jump To: How Moisture Can Affect a PCB | Detecting and Removing Moisture | Why Does It Happen? | IPC Standards For Moisture | How to Prevent Moisture In PCBs | How to Remove Moisture From PCBs | Printed Circuit Boards From MCL   While the

Printed circuit boards, even standard FR-4 PCBs, are incredibly resilient pieces of electronics. There are certain conditions for which these boards will not be appropriate. For example, PCBs for aerospace may be subjected to extreme temperatures, both very high and very low temperatures. For situat

Jump To: What Are Printed Circuit Boards? | Where Are Printed Circuit Boards Used | The History of PCBs | 1850-1900 | 1900-1950 | 1950-2000 | 2000 and Beyond | Quality Printed Circuit Boards Printed circuit boards are the inter

PCB Jump Scoring – V Scoring Explained Many in the electronics industry agree that V-scoring and PCB Jump Scoring are both extremely useful features when it comes to printed circuit boards. But what is V-scoring, and why might you want to use it for your PCBs? What Is V-Scoring? V-scoring is w

Jump To: Factors That Affect PCB Cost | Material Choice | PCB Size | Numbers of Layers | Finish (ENIG, HASL, etc.) | Size of Hole | Minimum Trace and Space | The Thickness and Aspect Ratio | Custom or Unique Specif

If you need PCBs for high-power components, a built-in cooling feature can be very important for keeping your PCB from overheating. Coin insertion technology for PCBs can be an extremely effective solution for thermal management. When it comes to embedded coin thermal management solutions, some of t