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Most Printed Circuit Boards use a thick FR4 core layer to provide structural stability and interior copper layers for a multilayer PCB. If issues like thermal dissipation and even greater structural integrity are required in your particular application, you might consider designing with a metal core PCB. These Circuit Boards require some specific design guidelines regarding component selection, placement, and multilayer routing. With Altium Designer, you can satisfy important design requirements on metal core PCBs for any application.
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A unified PCB design package with multilayer PCB design and layout tools.
Most PCBs used in consumer electronics, and even in more demanding applications like automotive and aerospace, use standard PCBs built entirely around epoxy resin. Printed Circuits on epoxy resin contain an FR4 core plated with copper foil on each side. Multilayer stackups are built by etching the copper layer on the core, followed by placing an uncured resin layer as a prepreg between the next layer in the stack. This stack is then bonded using heat and pressure. After successive steps, you have a multilayer PCB.
Metal core PCBs have a similar structure for layers that surround a metal core. The three common materials used in metal core PCBs are copper, iron, and aluminum. The external layers have similar properties as a typical FR4 PCB, while the metal core provides some specific advantages in different applications.
Any board that will contain active components that dissipate a significant amount of power as heat can benefit when designed on a metal core PCB. On a normal PCB, the interior FR4 layers are relatively poor thermal conductors, and heat is normally dissipated from active components using vias and thermal lands. A metal core has higher thermal conductivity, allowing them to easily dissipate heat away from active components. This allows heat to be more uniformly distributed around the board, preventing hot spots that can form in PCBs on standard FR4.The laminates used in metal core PCBs also dissipate heat faster than FR4, which also helps keep active components cooler, leading to increased performance and lifetime. As one example application, lighting systems that use high power LEDs produce a significant amount of heat. Working with a metal core PCB provides some natural reflectivity for any light that travels towards the substrate, increasing the brightness from these devices. The metal core also allows heat to be quickly moved away from the LEDs, preventing them from burning out.
Military and aerospace are two areas where Printed Circuit Boards must be able to withstand repeated thermal cycling, extremes of temperature and moisture, and frequent mechanical shocks. Metal core PCBs help satisfy these operational requirements as they provide greater structural integrity, allowing these systems to withstand greater shocks than a PCB on FR4. The higher thermal conductivity of these boards helps ensure that the temperature distribution in these boards is uniform during thermal cycling, which prevents hot spots from forming near active components.
The layer stack manager in Altium Designer
From an electronics design aspect, components for metal core PCBs are not particularly different from those used on any other PCB. With a metal core PCB, you’ll need to use surface-mount components rather than through-hole components. Using through-hole components in plated vias will connect pins on the component to the inner metal core, creating a short circuit around the component.
Whether you are planning to manufacture a PCB on FR4, a rigid-flex PCB, or a metal core PCB, you’ll need tools in your design software for sourcing circuit board components. There is no reason you should have to manually browse distributor websites and manually copy information into a word processor just to create your bill of materials. With Altium Designer, you’ll have the tools you need to source your components and generate fabrication files for your manufacturer.
Sourcing SMT components for a metal core PCB
Designing a multilayer metal core PCB can be a difficult process if you don’t have access to the right design tools. You’ll need layout tools that allow you to accurately place components, route traces, define vias, and many other aspects that go into designing any PCB. When it comes to metal core PCBs, you’ll need a complete library of stackup materials and a layer stack manager that allows you to customize the structure of your board for your particular application.
When you work with Altium Designer, you’ll have access to a full suite of PCB design tools that ease the design process for any Circuit Board. You’ll be able to customize your layer stack with a metal core and define the material properties of your substrate. Other design platforms separate important features into different programs, while Altium Designer gives you access to important layout and analysis tools in a single program.
Other PCB design software companies leave you on your own to find the resources you need for success. Instead of leaving you to fend for yourself, Altium gives you access to the AltiumLive forum, design tutorials from industry experts, webinars and podcasts, and an extensive knowledge base. No other PCB design software company gives you this many resources for success.
Other PCB design platforms force you to navigate a basket of different programs with inconsistent interfaces, data formats, and workflows, leaving you prone to design errors and sapping your productivity. Instead of working with an outdated design process, it’s time to switch to the only design platform that unifies your critical design tools under one roof: it’s time to try Altium Designer.