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211. Conductor / Copper thickness - Example of the resistance of a 100mm wide conductor with a length of 100mm on the inner layer  
Example of the resistance of a 100mm wide conductor with a length of 100mm on the inner layer Copper thickness Conductor diameter Line resistance 18µm ≙ 1.8 mm² 0.0012 Ohm 35µm ≙ 3.5 mm² 0.0006 Ohm  
212. Further price reduction to -48.2%  
The prices for 4-layer multilayer prototypes have been significantly reduced. This is made possible by the continuous use of AI (artificial intelligence) in PCB production preparation and the associat  
213. High-TG PCBs  
For PCBs that are exposed to high thermal loads, it is important to determine the required maximum operating temperature (MOT) in good time in order to determine a suitable material. The maximum op  
214. High-TG PCBs - CTE-z  
CTE-z The CTE value shows the thermal expansion of the base material. CTE-z represents the z-axis and is e.g. due to the stability of the vias, of high importance. A higher Tg value favors a low CTE-  
215. High-TG PCBs - Tg Value  
Tg Value The glass transition temperature (Tg) is an important normative dimension for the base material that determines the temperature at which the resin matrix converts from a glassy, brittle cond  
216. PCB Manufacturer  
4,8/5 at Google  
217. Printed circuit board materials - Material for high-Tg circuit boards (selection)  
Material for high-Tg circuit boards (selection)  
218. Printed circuit board materials - Material for high frequency boards  
Material for high frequency boards  
219. Printed circuit board materials - Materials for metal core boards  
Materials for metal core boards  
220. Printed circuit board materials - Materials for flexible circuit boards  
Materials for flexible circuit boards Material for flexible PCBs Recommended max. operating temperature Copper type Tg εr, Dk- Permittivity CTE-z (T  
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