R5775G*6 vs Megtron | PCB Material Selection Guide
In high-end PCBA manufacturing, material selection directly affects product performance. STHL analyzes the differences in the characteristics of two common high-speed boards for you:
R5775G*6
• Cost-effective choice: suitable for high-frequency applications below 10GHz
• Stable Dk/Df value: Dk=3.8 @10GHz, Df=0.005
• Processing-friendly: drilling/lamination process similar to FR4
Megtron
• Flagship performance: supports 40GHz+ ultra-high frequency scenarios
• Ultra-low loss: Dk=3.7, Df=0.002 @10GHz
• High temperature resistance: Tg value reaches 180℃, suitable for complex environments
STHL material selection suggestions:
→ Consumer electronics/base station equipment: R5775G*6 balances cost and performance
→ Satellite communication/radar system: Megtron 6 ensures signal integrity
Zoe Wang
R5775G*6 vs Megtron | PCB Material Selection Guide
In high-end PCBA manufacturing, material selection directly affects product performance. STHL analyzes the differences in the characteristics of two common high-speed boards for you:
R5775G*6
• Cost-effective choice: suitable for high-frequency applications below 10GHz
• Stable Dk/Df value: Dk=3.8 @10GHz, Df=0.005
• Processing-friendly: drilling/lamination process similar to FR4
Megtron
• Flagship performance: supports 40GHz+ ultra-high frequency scenarios
• Ultra-low loss: Dk=3.7, Df=0.002 @10GHz
• High temperature resistance: Tg value reaches 180℃, suitable for complex environments
STHL material selection suggestions:
→ Consumer electronics/base station equipment: R5775G*6 balances cost and performance
→ Satellite communication/radar system: Megtron 6 ensures signal integrity
#PCBmaterial #Highfrequencyboard #STHL #PCBA
3 months ago (edited) | [YT] | 1