Payment & Shipping Terms:
|Raw Material:||Fr - 4||Layer Count:||2 Layer|
|Board Thickness:||1.2 Mm||Copper Thickness:||1 Oz / 35 µm|
|Surface Treatment:||OSP||Solder Mask:||Green|
|Board Size:||161*146 Mm||Min. Aperture:||0.3 MM|
|Min. Line Width/Space:||0.13 / 0.13 MM|
multilayer pcb fabrication,
main pcb board
Integrated 1.2mm Rigid PCB Circuit Board with OSP Surface Finish
The 1.2mm rigid PCB Circuit Board is applied to computer parts. The surface finish of the PCB is OSP, which will help to protect the exposed copper from oxidization. Its copper thickness is 1 Oz / 35 µm, and the minimum aperture is 0.3 MM.
How to get quick quotation?
|Step 1 Please send us Gerber file with these format: .CAD / .Gerber / .PCB / .DXP / .P-CAD, etc|
|Step 2 Also please provide us the below details for quick quotation:|
Board material: Fr - 4 / CEM - 1 / CEM - 3 / 22F / Fr - 1 / others
|Material brand: SY / KB / Rogers (optional)|
|Material Specification:High Tg / copper based / aluminum based or others (optional)|
|Board thickness: 0.1 - 6.0 mm|
|Copper thickness: 0.05 Oz - 8 Oz ( 17 um - 288 um )|
|Surface Treatment: OSP / ENIG / HASL / Lead Free HASL / Immersion Tin / Immersion Sin|
|Color of solder mask and silk print: Green / red / blue / black / white / yellow ,etc|
|Board size and quantity|
If you don't have Gerber file, please provide us the imfomation as step 2 or post your PCB Board to us for clone.
|Layer count||Sample lead time/workday||Batch lead time/workday|
|18-40L (Up to difficulty)||at least 18||at least 24|
|P.S. For HDI, Blind/Buried Hole PCB: Regular Lead Time + 3 workdays|
What kinds of quality Raw Materials will be used?
|Board Brand||ITEQ, SY, Isola. Rogers, Arlon, Nelco, Taconic, Hitachi, KB,etc|
|Potion||Rohm & Haas, Atotech, Umicore|
|Printing Ink||Taiyo, Rongda|
|Dry Film||Asahi, Dupont, Etertec|
Now send us your inquiry, and you will be replied within 8 hours!
Little knowledge - PCBs Aerospace Applications
In aerospace applications, PCBs also plays an important role. However, due to the huge amounts of turbulence in the atmospheric journeys, it requires a higher precision and durability of PCBs. Traditional rigid PCBs may be damaged by suffering a too much stress and pressure. To overcome this technical problem, flexible PCBs, which are small and light than the rigid PCBs, are often used by most aerospace manufacturers. Nowadays, aerospace applications of PCBs include accelerometers, pressure sensors, microphones and torque and force sensors, which are belong to monitoring equipments. In addition, PCBs are also widely used in testing equipments.
Contact Person: cyan hong