BGA HSBGA
 

Product Overview

 
Heat slug BGA (HSBGA) is an upgraded type of PBGA. Within the molding area, a piece of copper heat slug is implanted. The heat slug is intended to lower the thermal resistance (θJA) of PBGA without a change of material. The θJA of HSBGA is generally 20% lower than PBGA and achieves 5 to 6W of thermal dissipation under natural convection. This technology can be applied to any kind of die-up substrates (e.g. 2- or 4-layer BT, and metal core). HSBGA is an excellent solution for cost-effective high power, high-speed ICs like graphics, communication, and networking ICs.


Application
 
HSBGA is an excellent solution for products that require improved thermal performance such as high power packages for high speed ICs in personal computers, networking and graphic ICs, data communications, consumer ICs and telecommunication applications.


Features

 

 

15x15 mm to 45x45 mm package available
120 balls to 1520 ball count available
Cost effective
Better electrical performance
Better thermal performance
Good power dissipation
JEDEC MS-034 standard outlines
Lead free process ready and available
Full In-house design capability
Full electrical and thermal characterization capability


Reliability

 



Design Rule

 

Description
A Package size
B Mold cap width/length
C H/S explosure area
D Max. finger to finger (lavout) area
E H/S thickness
F Distance from wire to bottom of H/S
G Max. looping heiqht
H Wafer thickness
T Package thickness

 

(1mm=39.37mil; 1mil=25.4um)


Performance

 
Electrical
 
HSBGA  
The above electrical data is for reference only.
 
Thermal
 
HSBGA (Data marked with "s" are derived from simulation.)
The above thermal data is for reference only.



Standard Process/Materials

 
HSBGA  
 
Wafer Mount
Wafer Saw/Clean
2nd Optical (Gate)
Die Attach
Die Attach Cure
Plasma Clean
Wire Bond
3rd Optical (Gate)
Heat Slug Attach
Heat Slug Attach Cure
Plasma Clean
Mold
Top Side Marking
Post Mold Cure
Solder Ball Mount
Flux Clean
Singulation
Final Visual Inspection (Gate)
Packing
Optional process: Wafer back grinding/dry packing



Package Offering

 
The alphabetical notation refers to:
A Pkg overall thickness
A1 Stand-off
b Ball diameter
c Substrate thickness
e Ball pitch
 



Packing & Shipping