Nowadays, wafer bumping using solder paste has come into focus as it provides a low cost method. However, since the industries are moving towards lead-free electronic packaging, a new type of no-clean flux was produced specifically for lead-free solder paste. Therefore, this study is used to evaluate the wettability of two different types of no-clean flux onto copper substrate. Besides, its effect towards multiple reflow was also studied. Reflow soldering was conducted for both types of solder paste that contained different type of no-clean flux for up to double reflow. Two different reflow profile was used. The results showed that the Flux A exhibit better soldering performance after first and second reflow soldering. In addition, type of ...
The work deals with the investigation of thermal properties and wettability of lead-free solders for...
Increasing void contents has been discovered in the course of conversion to lead-free materials in t...
The market for solder paste materials in the electronics sector is very large and consists of mater...
Nowadays, wafer bumping using solder paste has come into focus as it provides a low cost method. How...
Abstract: Wettability plays an important role in the integrity of solder joints especially in critic...
The effect of using different flux on wettability of Sn-Ag-Cu lead free solder were investigated. In...
Electronic packaging industries are now in great challenge to find a suitable lead-free solder as an...
This paper investigated the effect of different types of fluxes on the wettability of a type of low ...
Surface conditions on Printed Circuit Board (PCB) final finishes have an important impact on the wet...
This paper aims to investigate the effect different fluxes have on the mechanical properties of lead...
In this paper the wetting properties of lead free solder alloys were investigated on different print...
Solder paste plays an important role in the electronic assembly process by providing electrical, mec...
The purpose of this paper is to publish on the review of the lead free solder for electronic packagi...
The electronics manufacturing industry was quick to adopt and use the Surface Mount Technology (SMT)...
Comparative wetting behavior of Sn-0.7Cu and Sn-0.7Cu-0.3Ni solders on Cu and Ni substrates were ass...
The work deals with the investigation of thermal properties and wettability of lead-free solders for...
Increasing void contents has been discovered in the course of conversion to lead-free materials in t...
The market for solder paste materials in the electronics sector is very large and consists of mater...
Nowadays, wafer bumping using solder paste has come into focus as it provides a low cost method. How...
Abstract: Wettability plays an important role in the integrity of solder joints especially in critic...
The effect of using different flux on wettability of Sn-Ag-Cu lead free solder were investigated. In...
Electronic packaging industries are now in great challenge to find a suitable lead-free solder as an...
This paper investigated the effect of different types of fluxes on the wettability of a type of low ...
Surface conditions on Printed Circuit Board (PCB) final finishes have an important impact on the wet...
This paper aims to investigate the effect different fluxes have on the mechanical properties of lead...
In this paper the wetting properties of lead free solder alloys were investigated on different print...
Solder paste plays an important role in the electronic assembly process by providing electrical, mec...
The purpose of this paper is to publish on the review of the lead free solder for electronic packagi...
The electronics manufacturing industry was quick to adopt and use the Surface Mount Technology (SMT)...
Comparative wetting behavior of Sn-0.7Cu and Sn-0.7Cu-0.3Ni solders on Cu and Ni substrates were ass...
The work deals with the investigation of thermal properties and wettability of lead-free solders for...
Increasing void contents has been discovered in the course of conversion to lead-free materials in t...
The market for solder paste materials in the electronics sector is very large and consists of mater...