If you take the following factors into consideration, the answer is yes.
You need to pay attention to short circuits, over-current conditions, shock hazards, fire hazards, and damage to the circuit.
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I’m making a 4 layer PCB prototype that uses a bluetooth mcu connected to a 2.4GHz chip antenna. I’m thinking about what to do with the feedline, whether it should be buried on one of the middle layers, or left on the top layer. To get a 50 ohm line, should I choose top layer with 13-mil width or buried miccrostrip with 7-mild width?
Let’s say I design a PCB with given components in EAGLE. If I send this bundle to a manufacturer, will I get back a board with the components already assembled or will I get back a blank board with traces and holes?
I have three through-hole PCBs that are missing front and back solder mask openings for two of the components. The solder mask (usually green) is covering the front and back solder pads. All other pads for all other parts are exposed. Is there a good way to remove the solder mask so that I can solder the components to the board?
The space of printed circuit boards (PCBs) is often at a premium in modern, compact product designs, optimizing PCB size has become an essential consideration.
Maintaining high speed PCB design quality from the driver to the collector on the PCB is not an easy task. One of the most testing
The copper traces on a printed circuit board carry electronic signals and distribute power between components and devices. This complex network of conductive pathways allows all
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