Description
AMAOE U-RAM3 LPDDR RAM Reballing Stencil for BGA Memory IC Repair
The AMAOE U-RAM3 LPDDR RAM Reballing Stencil is a professional 0.12MM stencil designed for compatible LPDDR RAM and BGA memory IC reballing applications.
It includes multiple BGA patterns for memory chip servicing, solder ball positioning, chip-level rework and smartphone motherboard repair.
Why Choose This Stencil?
The AMAOE U-RAM3 LPDDR RAM Reballing Stencil combines multiple RAM BGA layouts in one convenient professional repair tool.
Its 0.12MM thickness and precision openings make it useful for compatible memory IC solder ball rework.
Supported RAM Layouts: BGA496, BGA556, BGA376, BGA436, BGA366 (0.4/0.5), BGA320 and BGA256.
Compatible LPDDR RAM Layouts
The AMAOE U-RAM3 LPDDR RAM Reballing Stencil includes seven BGA layout families, with separate 0.4 and 0.5 variants for BGA366.
These patterns are designed for compatible RAM chip packages used in smartphone and other electronics repair applications.
Professional RAM IC Reballing
The AMAOE U-RAM3 LPDDR RAM Reballing Stencil is useful for LPDDR RAM servicing, memory IC repair, smartphone motherboard rework and professional BGA solder ball applications.
Technicians can select the matching BGA layout according to the memory chip dimensions, pad arrangement and solder ball pitch.
Buy from ST Mobile Parts
Shop the premium AMAOE U-RAM3 LPDDR RAM Reballing Stencil at ST Mobile Parts, Karachi, Pakistan, for professional RAM IC repair tools and BGA reballing accessories.
Note: Always verify the exact RAM chip dimensions, BGA layout and solder ball spacing before use.
FAQs
Does the AMAOE U-RAM3 LPDDR RAM Reballing Stencil support BGA496 and BGA556?
Yes, both RAM layouts are listed.
Does it support BGA376 and BGA436?
Yes, both memory BGA patterns are included.
Can I use it for BGA366 RAM?
Yes, BGA366 layouts with 0.4 and 0.5 references are listed.
Does it include BGA320 and BGA256?
Yes, both layouts are supported.
What is the stencil thickness?
It is 0.12MM.
Can I use it for LPDDR RAM chip repair?
Yes, provided the RAM package dimensions and BGA pattern match.
Will it work with every RAM IC?
No, the exact BGA layout and solder ball arrangement must match.
