Ever wondered how the electronics manufacturing industry maximizes efficiency and minimizes waste? One answer lies in the process of PCB panelization. This technique involves grouping multiple PCBs onto a single panel for manufacturing, which not only streamlines assembly but also significantly reduces costs. But what exactly is involved in panelization, and how can designers help optimize this process?
We think components from hobbyist sites from the likes of Seeed Studio, SparkFun, and AdaFruit are fantastic. They have some really unique and cool products that you can't always buy from normal distributor channels in the United States. However, we generally recommended that customers stick to using these types of parts for only hobbyist projects since they aren’t suited for a professional manufacturing environment.
Last month we published a guide to our recommended discrete component footprints (courtesy of our friends at Worthington). Continuing with that thread, we now also have recommended spacing for discrete components.
Placing discrete components literally 24/7 means we see a huge variety of footprint variations. Poorly designed footprints can cause components can cause “head-in-pillow” and “tombstone” defects, amongst other issues.
The debate between washing and not washing PCBs post-assembly is a topic ripe with misconceptions. Adding to the complexity is the revolutionary role of no-clean flux, which has reshaped perceptions and practices within the industry. A deeper dive into instances where customers might mistakenly believe they need to wash their boards, despite it being unnecessary, can illuminate common pitfalls and help clarify best practices.
Looking for a way to handle multiple clients and streamline your PCB design projects? Circuithub offers design firms the tools to manage projects efficiently, set up organizations, and place orders with precision.
In the world of electronics manufacturing, where precision and protection against invisible threats are paramount, the choice of plastic bagging isn't just about storage. It's a strategic decision that can mean the difference between a healthy semiconductor and a compromised one. Let's dive into the differences between various types of plastic bags in an electronics manufacturing operation
Here's our design suggestions for what you can do to make the pick and place go smoother for your CM, which will in turn improve yields and potentially also lower lead times and cost.
Here's our design suggestions for what you can do to make the pick and place go smoother for your CM, which will in turn improve yields and potentially also lower lead times and cost.
We often get asked about the best way to route very fine pitch BGA and CSP packages. Often times designers think they need to route their traces between the BGA pads. But if you try that, then you will violate our 3-mil trace width and gap. So what’s to be done?
Every PCB design is a delicate balance between functionality and price. When it comes to PCB fabrication, the general rule of thumb is the smaller anything is, the more it costs to produce.
What can you, as a customer, do to help ensure that there are no shipping delays on your order? Here are some seemingly trivial but effective tips to avoid delays to your PCBA order.
