Common enough. The process is called “Z-axis milling“. Used for LEDs sometimes too.
You can even bury low-profile parts such as bypass capacitors and resistors in cavities entirely within multilayer PCBs.
It requires extra steps so expect extra costs or MOQ or both. For small quantities the costs may be prohibitive, even from China.
Read More: LED PCB Assembly
#PCB Design
We are designing a new product whose PCB should burden huge current. What are significant considerations when when we design the traces for it?
Let’s say I plan on building a consumer electronic system, which would have a PCB and a plethora of various components,such as LEDs, transistors, resistors, etc. I would purchase these from a distributor or perhaps even directly from a manufacturer. Do I also owe royalties or other licensing-based fees for each of these components? What criteria/factors drive this answer?
I received the price breakdown of PCB quotation from my suppliers. The tooling fee is not so pretty. What is this process and can we skip it to save the cost?
0 ohm resistor, when you first see it, you must be wondered: what’s the function of such an electronic component if it cannot resist anything?
You are here because you want to learn about high frequency PCB design. This guide explains in detail different factors having an influence on high
Rigid Flex PCB Design: Benefits and Design Best Practices With the use of a rigid flex PCB(rigid FPC), flexible circuit substrates and rigid circuit substrates
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