Double sided metal core pcb
It also has same two layers of copper conductor like Double layers MCPCB, but the metal core is in the middle of two conductor, so there’re conductors (trace) on both sides of metal core, and were connected to each other by Vias. So we named it “Double sided MCPCB”, and you can populated SMD on both top and bottom.
Different with Single layer MCPCB, double sided MCPCB also requires an additional pressing step to laminate the imaged thermal conductive laminate and metal core (also known as metal base) together. But sometimes, some raw Metal Clad material vendor will supply board material which already laminated.
Compared with normal FR4, this sturcture need more technology and experience on laminating of two layers together with metal core.
Double sided metal core pcb sample
Double sided metal Core PCB advantage
The following advantages of Double sided metal Core PCB
make them popular in the industry.
Component Density:
The PCBs feature an extra layer of conductor, where more tracks can be added.
These tracks will help connect components on both sides.
With freed up space, designers can do lot of experimentations.
This design flexibility allows our designers to meet rigorous requirements of customized PCBs.
Heat Dissipation:
These circuit boards serve longer than single sided ones
Because an extra metal core helps dissipate heat faster.
Compact Sized Circuit:
Increased component density aids in reducing the PCB size.
Hence, we are able to provide compact sized circuit boards at cost-effective prices.
Applications of Double sided metal Core PCB
There are limitless applications of compact sized double sided metal core PCB
Some major applications include the following:
-Line Reactors
-Industrial Controls
-Regulators
-Power Supplies
-Converters
-HVAC Systems
-Hard Drives
-Automotive Dashboards
-Traffic Systems
-UPS Systems
Andwin Circuits as a industry leading of PCB manufacturer with in 12 Years.
Specializing in Multilayer PCB, Rigid flex PCB, HDI PCB, controlled impedance PCB and Radio Frequency Circuit quick turn prototype to mass products.
Also,we provide one-stop PCB solution from Components source to PCB assembly. This allows our customers to get-to-market faster, affordably, and more efficiently. Partner with us today and accelerate your innovative development projects.
Double-sided metal core PCBs have become increasingly popular in recent years due to their
ability to dissipate heat more effectively than traditional PCBs.
These PCBs are commonly used in high-power LED lighting, power supplies, and other applications where heat
dissipation is critical.
One of the key advantages of double-sided metal core PCBs is their ability to conduct heat
away from the components on the board.
The metal core acts as a heat sink, absorbing heat from the components and dissipating it into the surrounding environment.
This helps to prevent overheating and prolong the life of the components.
Another advantage of double-sided metal core PCBs is their ability to provide better electrical insulation than traditional PCBs.
The metal core acts as a shield, protecting the components from electromagnetic interference (EMI) and other electrical noise.
This can be particularly important in applications where sensitive electronics are used.
Double-sided metal core PCBs are also more durable than traditional PCBs.
The metal core provides a sturdy base for the components, reducing the risk of damage from vibration or
other external forces.
This can be particularly important in applications where the PCB is exposed to harsh environments.
Despite their many advantages, double-sided metal core PCBs do have some limitations.
They can be more expensive than traditional PCBs, and they require specialized manufacturing processes.
Additionally, the metal core can make the PCB heavier and more difficult to handle.
Overall, double-sided metal core PCBs are an excellent choice for applications where heat
dissipation, electrical insulation, and durability are critical.
They offer a number of advantages over traditional PCBs, and their use is becoming increasingly common in a wide
range of industries.
As technology continues to advance, it is likely that we will see even more applications for these innovative PCBs in the future.
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