In this paper the experimental work of stencil printing for creating solder bumps on wafer-level CSP (CSP-WL) is described in detail. In the first part the basic process steps for wafer-level CSP's as well as for stencil printing are described. The second part shows the experimental work how maximum solder bump height can be achieved using stencil printing for a specific wafer-level CSP. Based on the experimental work the achieved bump height using conventional bumping methods and stencil printing are discussed
The continuous trend of microelectronics packaging industry for further miniaturization of electroni...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Purpose – Wafer-level stencil printing of a type-6 Pb-free SAC solder paste was statistically evalua...
Area array packages (flip chip, CSP and BGA) require the formation of bumps for the board assembly. ...
Area array packages (flip chip, CSP (Chip scale packages) and BGA) require the formation of bumps fo...
Stencil printing for SMT and fine pitch BGA structures is established as a low cost standard process...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Solder bumping usually represents the final stage in the WLP assembly process prior to dicing. Stand...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Advancement in integrated circuit (IC) chips packaging involves three-dimensional (3D) versus two-di...
Stencil printing wafer bumping offers the advantages of low-cost and compatibility with the traditio...
Advancement in integrated circuit (IC) chips packaging involves three-dimensional (3D) versus two-di...
Solder bumping usually represents the final stage in the WLP assembly process prior to dicing. Stand...
Stencil printing of solder paste as a cost-effective and reliable technology for wafer bumping keeps...
The present study intends to reveal the key process issues involved in stencil printing technology f...
The continuous trend of microelectronics packaging industry for further miniaturization of electroni...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Purpose – Wafer-level stencil printing of a type-6 Pb-free SAC solder paste was statistically evalua...
Area array packages (flip chip, CSP and BGA) require the formation of bumps for the board assembly. ...
Area array packages (flip chip, CSP (Chip scale packages) and BGA) require the formation of bumps fo...
Stencil printing for SMT and fine pitch BGA structures is established as a low cost standard process...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Solder bumping usually represents the final stage in the WLP assembly process prior to dicing. Stand...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Advancement in integrated circuit (IC) chips packaging involves three-dimensional (3D) versus two-di...
Stencil printing wafer bumping offers the advantages of low-cost and compatibility with the traditio...
Advancement in integrated circuit (IC) chips packaging involves three-dimensional (3D) versus two-di...
Solder bumping usually represents the final stage in the WLP assembly process prior to dicing. Stand...
Stencil printing of solder paste as a cost-effective and reliable technology for wafer bumping keeps...
The present study intends to reveal the key process issues involved in stencil printing technology f...
The continuous trend of microelectronics packaging industry for further miniaturization of electroni...
Stencil printing remains the technology route of choice for flip chip bumping because of its economi...
Purpose – Wafer-level stencil printing of a type-6 Pb-free SAC solder paste was statistically evalua...