Each and every single printed circuit board is created for a specific purpose, with a PCB layout that is tediously and specially crafted together with the board’s purpose in mind. One of the most important components of a prototype printed PCB is their base material.
Usually, the base is made of a type of fiberglass material. In fact, rigid and flexible printed circuit boards have been commonplace since the Auto-Sembly process was developed by the United States Army in the mid-1950s, and nearly all rigid boards were made from fiberglass until very recently. However, there have been some new developments within the world of circuit board prototyping. In some cases, the core base material is made from metal.
Also known as aluminum PCBs, these circuit boards are quite interesting. Here’s an intro guide to working with these metal core PCBs.
Structure of Metal Core Printed Circuit Boards
These PCBs don’t vary that much in their structure from traditional printed PCBs, and the metal is comprised of a combination of aluminum, magnesium, and silumin. A typical metal core PCB layout includes:
The top layer: Soldermask
The second layer: Circuit layer, which is copper foil
The third layer: Dielectric layer
The base layer: The aluminum combination described above
Benefits of Aluminum PCBs
There are plenty of advantages of choosing this specific type of PCB and PCB assembly. They include:
- The heat dissipation is much more advanced than with the typical FR-4 PCBs. This means you don’t have to worry about high temperatures ruining your board, while not compromising the LED output.
- They are up to 10 times as thermally conductive as PCBs made with epoxy glass and incredibly thinner.
- They don’t require a lot of copper, so you can save money on costs while boosting their effectiveness. This can be especially helpful during the circuit board prototyping phase.
- They’re ideal for optimum thermal transfer.
- They have an increased dimensional stability because the metal, even though it is very thin, is quite strong.
Metal core PCBs are becoming more common in the world of PCBs, and they are quite complex. Interested in using a metal core base in your next circuit board prototype? Feel free to get in touch with our professional PCB assembly experts today. Because when it comes to new PCB assembly innovations, we always want our customers to be in the know.
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I.C.T is a manufacturer of SMT machines. It mainly provides customers with SMT production lines including SMT Stencil Printers, Pick and place machines, Reflow Oven, AOI Machine, Wave Soldering Machine and PCB Handling Machine etc. I.C.T has more than 25 researches on SMT and DIP technology, for the world Customers provide SMT total solutions. There are successful cases of SMT technical team in Asia, Europe, America, Africa, and Australia.
I.C.T provide SMT solutions at various stages according to the different needs of customers. I.C.T is not only a provider of SMT equipment and technology, but also is the customer's escort in the field of SMT and DIP.
Welcome more people to discuss with us about SMT technologies and solutions, please contact us for more information:
Tel: +86 13670124230 (WhatsApp/Skype/WeChat)
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Each and every single printed circuit board is created for a specific purpose, with a PCB layout that is tediously and specially crafted together with the board’s purpose in mind. One of the most important components of a prototype printed PCB is their base material.
Usually, the base is made of a type of fiberglass material. In fact, rigid and flexible printed circuit boards have been commonplace since the Auto-Sembly process was developed by the United States Army in the mid-1950s, and nearly all rigid boards were made from fiberglass until very recently. However, there have been some new developments within the world of circuit board prototyping. In some cases, the core base material is made from metal.
Also known as aluminum PCBs, these circuit boards are quite interesting. Here’s an intro guide to working with these metal core PCBs.
Structure of Metal Core Printed Circuit Boards
These PCBs don’t vary that much in their structure from traditional printed PCBs, and the metal is comprised of a combination of aluminum, magnesium, and silumin. A typical metal core PCB layout includes:
The top layer: Soldermask
The second layer: Circuit layer, which is copper foil
The third layer: Dielectric layer
The base layer: The aluminum combination described above
Benefits of Aluminum PCBs
There are plenty of advantages of choosing this specific type of PCB and PCB assembly. They include:
- The heat dissipation is much more advanced than with the typical FR-4 PCBs. This means you don’t have to worry about high temperatures ruining your board, while not compromising the LED output.
- They are up to 10 times as thermally conductive as PCBs made with epoxy glass and incredibly thinner.
- They don’t require a lot of copper, so you can save money on costs while boosting their effectiveness. This can be especially helpful during the circuit board prototyping phase.
- They’re ideal for optimum thermal transfer.
- They have an increased dimensional stability because the metal, even though it is very thin, is quite strong.
Metal core PCBs are becoming more common in the world of PCBs, and they are quite complex. Interested in using a metal core base in your next circuit board prototype? Feel free to get in touch with our professional PCB assembly experts today. Because when it comes to new PCB assembly innovations, we always want our customers to be in the know.