Ultra-thick copper technology can be seamlessly connected to ordinary circuits.After designers and manufacturers negotiate manufacturing tolerances and capabilities, ultra-thick copper and ordinary circuit boards can be wired together with the minimum limit that can be achieved.
Traditional PCB designers usually share the current by adding repeated layers to add 3 to 4 o z copper, in parallel and cross.In practice, without fully distributing the current evenly, some layers will carry more current, generating greater losses, and the circuit boards will generate more heat than when designed.The use of super-thick copper PCB, thickened overholes, and plug-in holes can eliminate the need for parallel layers, thus eliminating the load imbalance in multilayer parallel connection.The temperature rise generated by the loss can be even more accurately estimated.The thick copper passing through the hole and the hole wall of the plug-in can greatly reduce the failure caused by thermal stress, resulting in a lower temperature and more reliable PCB.
14L FR4 PCB
5OZ copper in each layer
Matte black solder mask
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