左邊為我司建議疊構，右邊為貴司原疊構，反紅處是與客戶不同處貴司使用Ka

左邊為我司建議疊構，右邊為貴司原疊構，反紅處是與客戶不同處貴司使用Kapton DK:3.2，我司使用長捷士 DK:3.4Base film 61um我司無此厚度的材料，故Base film 25um有修改Coverlayer的厚度去達到阻抗之阻值，且在阻抗接地為網銅的情況，阻值會在比試算的高10-20ohm

結果 (英文) 1:

Left for the Division I recommend the stack structure, the right for your company to the original stack structure, anti-red is that the customer at
your company use Kapton DK: 3.2, our use of long Jieshibao DK: 3.4
Base Film 61um thickness of no such Division I material, Base film 25um thickness so modified to achieve Coverlayer of resistance impedance, and the impedance of the ground where the copper network, a test of the resistance will be counted high 10-20ohm

結果 (英文) 2:

Left for our division suggested composition, the right is your original composition, anti-red is different from the customer
Your company uses Kapton DK:3.2, and Our Company uses JS DK:3.4
Base film 61um I has no material of this thickness, so Base film 25um has modified coverlayer thickness to achieve the impedance value, and in the case of impedance ground ingresstol for mesh copper, the impedance value will be 10-20ohm higher than the test calculation

結果 (英文) 3:

On the left is our suggested structure, on the right is your original structure, and on the opposite is the difference with the customer
Your company uses Kapton DK: 3.2, and our company uses changjieshi DK: 3.4
Base film 61um we do not have this thickness of material, so base film 25um has modified the thickness of Coverlayer to reach the resistance value of impedance, and when the impedance grounding is network copper, the resistance value will be 10-20hm higher than the trial calculation