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Products and Services

Why Go with a BGA Socket and Header?
1.27 mm (0.050) BGA Socket Products
1.0 mm (.03937) BGA Socket Products
PCB, BGA/u'BGA/CSP Rework / Reball Services
PCB, BGA /u'BGA/CSP Placement Services
BGA Device Converters
BGA x-ray Services
Custom
Application Adapters
Application
Specific Modules
Direct Device
Replacement Modules
Development Tools
Test / Burn-In Sockets
Engineer/Prototype
PCB Assemblies
PCB Assembly Services
PCB Turnkey Assembly
PCB Design Services
BGA 1.00 / 1.27mm
Custom Screw
Machine Pins
Wirewrap
Board Assemblies
Chassis System Assembly
PLCC Sockets

                

Why Use a BGA Socket and Header on your PCB?


Currently available is a socket and header for BGA devices on .050 (1.27mm) and .0393 (1.0mm) spacing which provides the lowest insertion forces available on the market today. Sockets and headers for BGA:s are manufactured using reliable screw machine sockets. This socket is surface mountable to existing BGA foot prints and is available in any size or shape to the many foot print patterns for BGA!s. The socket can be manufactured to accommodate the mounting of heat sinks, and the header is manufactured in a open or closed frame configuration to allow for programming of devices.

Today's end users are concerned with the coplanarity of most surface mountable components. Will the part solder to the board and not be squewed or bowed causing the ASIC device to have undesired stress when placed into position, and are all of the positions soldered properly to the board?

Coefficient of expansion mismatch between the BGA socket and the mother board which it will be mounted to are reduced significantly. The design of the socket carrier eliminates the stress placed on the solder joints of the interconnect pins during the soldering process, eliminating fracturing of the solder joints at each pin position. Conventional surface mount sockets may have bowing of the carrier causing stress on the solder joints of each pin. Adapter Technologies carrier allows each pin to have its own identity to the board it is mounted to. After soldering, each pin is perfectly parallel to the mating board surface which assist in the lowering of insertion forces when having a high pin count on either.0393 (1.0mm) or  .050 (1.27mm) spacing.
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