Capabilities involved in PCB backplane design
CCL
Because the thickness of the backplane, size and is not the same as a conventional board, its performance requirements for the CCL is not the same
Thickness
The thickness of the backplane is thicker than that of the conventional board
Size
The size of the backplane is much larger, for production also has this certain impact
Drilling
Due to the increase in thickness and the use of crimp contact, the accuracy of drilling and the ability to copper plating has special requirements
The number of layers
The layer of the backplane also be developed to the high-level number, more than 10 layers of design is also more common.
Layout
Backplane wiring density is relatively small, but there are special requirements for impedance requirements and inner-layer lines.
Surface treatment
Due to the thickness of the backplane, size is relatively large, some surface treatment process is more difficult to achieve
Special process
Due to the characteristics of the backplane itself, the backplane sometimes uses some special processes.
In Rocket, with advanced production equipment, excellent PCB solutions and complete testing methods, we have specialists working on their particular fields with the thorough mastery of their particular discipline in each of the production facilities. Training, as well as technical exchanges, are held frequently, tackling problems in key technologies and configuring scheme of equipment and allowing professionals to get up to speed on the essential tools that many organizations value today in the manufacturing industry. Thanks to those above, we have greatly improved the strength and won international reputation.
SPECIALIZED MANUFACTURING
Conductive materials and core-to-core bonding
Embedded components
RF connector attachment
Laser direct imaging (LDI)
Laser etching
Laser forming
Multi-level cavity construction
Plated cavities and edges
Composite/hybrid Structures
N+N dual press-fit
Dual-drill
Bonding on metal core
Bulid-up HDI
Long-short and staged gold finger
CAPABILITIES
3mil line and space
4mil laser defined vias
6mil chip-on-board
6mil mechanically drilled vias
Conductive and non-conductive via fill
Dual backdrilling
Sequential lamination
Mixed dielectric
Heatsink Bonding
Heavy copper/thermal vias
Blind/buried vias
Stacked and staggerd microvias
EXTENSIVE ANALYTICAL TESTING
Design Rules Check(DRC)
Electrical Testing
Automated Optical Inspection(AOI)
X-Ray
Plating thickness testing
Metalized vias inspection
Thermal shock testing
Surface peelability testing
Impedance control testing
100% visual inspection
Solderability testing
Ionic cleanliness testing
Metallographic microscopic analysis
High voltage testing
Insulating resistance testing
FEATURES
PTFE
High speed/low loss
High temperature
Low CTE
Lead-free, HASL, ENIG, EPENIG, Immersion Silver, Tin, Gold finger
Combination surface finished
Copper-filled microvias
◪ Panel sizes up to 54 inches
◪ Over 70 layers
◪ Blind and back drilled through holes
◪ Dual diameter holes
◪ Heavy copper layers
◪ Connector expertise
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