![]() ![]() There’s a tradeoff between the ease of depanelization and array integrity during production. In order to reap the benefits of mass production that come with panelization, it’s important to factor in the following design considerations: Alternatively a PCB processing edge around an individual board to increase its width to fit on the assembly line. The individual boards can easily be depanelized or removed from the array for packaging or installation into a product. ![]() PCB panelization is a manufacturing technique in which smaller boards are manufactured en-masse connected together as a single array, making it easier to move through an assembly line. In this article we’ll cover PCB panelization, what it is, and how it can help you with your manufacturing needs. Your product design enclosure doesn’t have enough margin to expand the width of your board, and even if it did, the price for single board processing is looking a little steep. Eager for your business, the sales liaison will likely recommend you make it bigger or try panelization. You call up your favorite fabrication house to find out that the transfer conveyors of their production machinery can’t process single boards with less than 2.0 inch conveyor width. You even made sure your board fits perfectly within the tight enclosure of your final product. You carefully laid out your components and traces to allow for optimal EMI/EMC and thermal considerations. So you’ve just sketched up the perfect PCB design. What Is PCB Panelization and Why Is It Important? ![]()
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