If PCB solutions play an important role in your processing or manufacturing operation, then you need to be well informed when selecting the right solutions. Below are six things you shouldn't assume so that you can make the right choices regarding the PCB solutions in use at your facilities. 

Myth: PCB design is the only consideration to take into account. 

When devising PCB solutions, it's important to not get caught up with focusing only on design. There are a few other considerations that can impact the effectiveness of PCB processes at your facilities. 

In addition to design, you need to make sure that you're also considering factors such as material selection, cost, and manufacturing limitations. 

Myth: A PCB design needs to comply with all standard DRC settings.

If you are following along with all standard design-rule-check (DRC) settings for your PCBs, you are unnecessarily limiting yourself.

When it comes to  PCB design, you should understand when to veer away from accepted DRC settings to best accommodate the unique needs of PCB demands for your equipment and facility. 

Myth: It doesn't matter where components are placed within a PCB layout.

To devise an effective PCB solution, it's important to recognize priorities regarding component placement at the design stage.

Individual PCB components should be located appropriately to fit in with the general electrical scheme. Proper placement of components has a big impact on efficiency and prevents overheating.

Myth: Using PCB solutions is always bad for the environment.

It's important to note that much progress has been made in recent years to make PCB use more sustainable. 

Fortunately, more sustainable PCB solutions are out there nowadays including recyclable PCB production. Thanks to these sustainable options, PCB processes can be eco-friendly. 

Myth: Prototyping and production layouts are the same.

There are some key differences to recognize when it comes to design goals. When you're designing for a prototype, through-hole parts may be a better option because they're relatively easy to solder on a printed circuit board.

On the other hand, it's likely that surface-mounted parts are going to be a better option for production designs. In comparison with through-hole parts, surface-mounted parts are less costly in production design because they're generally less expensive to source in production scenarios.

Myth: PCB design software programs are all very similar.

The PCB design software you choose has a big impact on the effectiveness of your PCB processes. Look for PCB software that offers features like supply chain and MCAD integration. You should also be sure to evaluate the user interface before deciding on a particular PCB design software.