- Factors That Affect a Circuit Board Design
- Standard vs. Custom Circuit Board Design
- Dissolution of PCB Metals Using Surfactant-Producing Bacteria
- Assembling Circuit Boards With Power Circuits
- Basic Circuit Board
- Printed Circuit Board
- Benefits of Flexible PCB Fabrication
- Questions to Ask When Working with a PCB Fabrication Company
- Outsourcing Circuit Board Fabrication Increases Customer Satisfaction
- Why Recycling Circuit Boards is Important
- The Popularity of Robotic Competitions
- Understanding the Importance of Quality Circuit Board Design
- Hiring a PCB Board Assembly Company to Reduce Costs
- Tips for building circuit boards
- How Is a Print Circuit Board Made?
- High Volume Requirements for Some Production Houses
- Ways to Save Money When Building Printed Circuit Boards
- Jobs Where Machines Have Replaced Humans
- The Printed Circuit Board Assembly Process
- Types of PCB Assembly Technologies
- Switching to solar power
- Top Reasons for Computerizing Products
- Circuit Boards Through the Years
- Circuit Board Faults – How to Find Them
- What Are Circuit Boards
- Circuit Board Components
- Circuit Boards and Product Stewardship: Environmentally Friendly Tech
- Fabrication of Printed Circuit Boards for Extreme Environments
- Printed Circuit Boards Toughen Up
- DIY PCB
- Solder Masks in Circuit Boards
- Using PCB Layout Software
- The Various Roles of Modern Circuit Boards
- The Efficiency of PCB Layout Software
- Circuit Boards in Modern Commercial Environments
- The Benefits of Using PCB Layout Software
- The Growing Popularity of Circuit Board Design Software
- Discounts and Specials on Circuit Board Design
- The Economics of Printed Circuit Board Design
- Circuit Board Design in the Engineering Field
- The Growing Complexity of Circuit Board Design
- Circuit Board Design: Standard Vs. Custom
- Popular Aspects of Circuit Board Design
- Circuit Board Design: Which Options Are Best?
- Avoiding Circuit Board Design Errors
- Circuit Board Design Common Errors and Solutions
- How to Create a Circuit Board Design
- What To Consider Before Designing A Printed Circuit Board Online
- 5 PCB-Inspired Technologies Used in the Army
- Human Concerns: 4 Reasons Self-Driving Cars Aren’t Available to the Public Yet
- Top 5 Apps Every Smartphone User Should Download
- Top 4 Interesting Facts About the Future of Robotic Prosthetics
- Top 7 Fun Facts about Printed Circuit Boards
- Top 5 Interesting Facts about Watches
- Mac or Windows: A List of Pros & Cons
- 5 More Ways to Make a Living Online
Assembling Circuit Boards With Power Circuits
When it comes to PCB fabrication, there are essentially two different types in manufacturing: power circuits and mixed-signal circuits. These days, power circuits tend to be the most common types due to their easy set up and diverse functionality. Still, there are some special considerations that need to be kept in mind when it comes to planning the design of a power circuit board.
Choose Wire Size Carefully
Wire size is extremely important when it comes to working with power circuit boards. That's because the board will rely solely on the use of an electrical current to be powered, and not all wire sizes can withstand the strong current that may be needed to power the board itself.
As such, it's important for those designing and assembling printed circuit boards to make sure they know the proper width of wire that they need for the project.
There are plenty of free online calculators that can help determine the proper width of the wire. Choosing the right width will ensure the proper functioning of the board and reduce the chances of excessive heat generation or burning of the wires themselves.
Separate Ground Circuits and Power
Because power supplies can generate a large burst of electricity at one time, it's best to keep them separated from the ground circuits connection on a board to the extent that's possible. Otherwise, the risk of burning out the circuit board is quite high. Generally, the best way to separate the ground circuits and power supply is to not even connect them to the same board. However, if they must be connected, then it's best to keep their connection points separate on the board itself.
Utilize Each Layer Properly
Finally, since most circuit board these days are done in layers, it's important for designers to optimize each layer so that the board is as efficient as possible. For example, in most cases, it will make the most sense to use an inner layer of the board for ground control. This is especially true for situations where one is using a powerful supply, as this will help to cut down on the chances of interference with the circuit paths. When it comes to designing and putting together a power circuit board, there's a lot to keep in mind. However, by properly utilizing each layer, keeping the ground board separate from the power supply, and choosing the right wire size, a lot of common mistakes can be avoided.