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The Au/Ni/Cu interfaces in the joints with a solder ball diameter of... |  Download Scientific Diagram
The Au/Ni/Cu interfaces in the joints with a solder ball diameter of... | Download Scientific Diagram

a) Au-Sn binary phase diagram; (b) SEM image of the AuSn TLP bond;... |  Download Scientific Diagram
a) Au-Sn binary phase diagram; (b) SEM image of the AuSn TLP bond;... | Download Scientific Diagram

Reliability analysis of Au–Sn flip-chip solder bump fabricated by  co-electroplating
Reliability analysis of Au–Sn flip-chip solder bump fabricated by co-electroplating

Effects of Ni(P) layer thickness and Pd layer type in thin-Au/Pd/Ni(P)  surface finishes on interfacial reactions and mechanical strength of Sn–58Bi  solder joints during aging | SpringerLink
Effects of Ni(P) layer thickness and Pd layer type in thin-Au/Pd/Ni(P) surface finishes on interfacial reactions and mechanical strength of Sn–58Bi solder joints during aging | SpringerLink

Materials | Free Full-Text | Combined Thermodynamic-Kinetic Analysis of the  Interfacial Reactions between Ni Metallization and Various Lead-Free Solders
Materials | Free Full-Text | Combined Thermodynamic-Kinetic Analysis of the Interfacial Reactions between Ni Metallization and Various Lead-Free Solders

Thermodynamic reassessment of Au–Ni–Sn ternary system - ScienceDirect
Thermodynamic reassessment of Au–Ni–Sn ternary system - ScienceDirect

Comparative study of Au–Sn and Sn–Ag–Cu as die‐attach materials for power  electronics applications - Lee - 2016 - Surface and Interface Analysis -  Wiley Online Library
Comparative study of Au–Sn and Sn–Ag–Cu as die‐attach materials for power electronics applications - Lee - 2016 - Surface and Interface Analysis - Wiley Online Library

Metals | Free Full-Text | Low Melting Temperature Sn-Bi Solder: Effect of  Alloying and Nanoparticle Addition on the Microstructural, Thermal,  Interfacial Bonding, and Mechanical Characteristics
Metals | Free Full-Text | Low Melting Temperature Sn-Bi Solder: Effect of Alloying and Nanoparticle Addition on the Microstructural, Thermal, Interfacial Bonding, and Mechanical Characteristics

a) Interface of Cu/SnAg in Au/Ni/Cu-SnAg-Cu solder joint after aging... |  Download Scientific Diagram
a) Interface of Cu/SnAg in Au/Ni/Cu-SnAg-Cu solder joint after aging... | Download Scientific Diagram

The Microstructure of Eutectic Au-Sn and In-Sn Solders on Au/Ti and Au/Ni  Metallizations during Laser Solder Bonding Process for Optical Fiber  Alignment | Semantic Scholar
The Microstructure of Eutectic Au-Sn and In-Sn Solders on Au/Ti and Au/Ni Metallizations during Laser Solder Bonding Process for Optical Fiber Alignment | Semantic Scholar

THE MICROSTRUCTURE OF EUTECTIC AU-SN SOLDER BUMPS ON CU/ELECTROLESS NI/AU
THE MICROSTRUCTURE OF EUTECTIC AU-SN SOLDER BUMPS ON CU/ELECTROLESS NI/AU

Variation of the composition of the complex IMC (Au,Ni,Cu) Sn layer... |  Download Scientific Diagram
Variation of the composition of the complex IMC (Au,Ni,Cu) Sn layer... | Download Scientific Diagram

Metalized Ceramic Substrate with AuSn/AG/Cu/Ni/Sn/Au - China Ceramic  Substrate with Ausn/AG/Cu/Ni/Sn/Au and Metalized Aln Ceramic Substrate
Metalized Ceramic Substrate with AuSn/AG/Cu/Ni/Sn/Au - China Ceramic Substrate with Ausn/AG/Cu/Ni/Sn/Au and Metalized Aln Ceramic Substrate

Investigation of the interfacial reactions and growth behavior of  interfacial intermetallic compound between Sn37Pb solder and A
Investigation of the interfacial reactions and growth behavior of interfacial intermetallic compound between Sn37Pb solder and A

Figure 3 from Effect of Ni on the Formation of ${\hbox {Cu}}_{6}{\hbox {Sn}}_{5}$  and ${\hbox {Cu}}_{3}{\hbox {Sn}}$ Intermetallics | Semantic Scholar
Figure 3 from Effect of Ni on the Formation of ${\hbox {Cu}}_{6}{\hbox {Sn}}_{5}$ and ${\hbox {Cu}}_{3}{\hbox {Sn}}$ Intermetallics | Semantic Scholar

UPA Compu-Derm-B Data Card Sn-Pb/Cu 49. Millionths With Au/NI NNi Stan –  Maverick Industrial Sales
UPA Compu-Derm-B Data Card Sn-Pb/Cu 49. Millionths With Au/NI NNi Stan – Maverick Industrial Sales

Effect of Ni on the Au embrittlement in Sn/Au/Ni solder bump | SpringerLink
Effect of Ni on the Au embrittlement in Sn/Au/Ni solder bump | SpringerLink

Experimental Determination of the Sn-Cu-Ni Phase Diagram for Pb-Free Solder  Applications | SpringerLink
Experimental Determination of the Sn-Cu-Ni Phase Diagram for Pb-Free Solder Applications | SpringerLink

Kinetics of reactive diffusion in the (Au–Ni)/Sn system at solid-state  temperatures - ScienceDirect
Kinetics of reactive diffusion in the (Au–Ni)/Sn system at solid-state temperatures - ScienceDirect

Ni-Sn phase diagram. 6 | Download Scientific Diagram
Ni-Sn phase diagram. 6 | Download Scientific Diagram

Molex 39-00-0435 Mini-Fit Female Crimp Terminal, Selective Gold (Au) and  Selective Tin (Sn) over Nickel (Ni), 22-28 AWG, Bag | Techni-Tool
Molex 39-00-0435 Mini-Fit Female Crimp Terminal, Selective Gold (Au) and Selective Tin (Sn) over Nickel (Ni), 22-28 AWG, Bag | Techni-Tool

Improved contact resistance and solderability of electrodeposited Au-Sn  alloy layer with high thermal stability for electronic contacts -  ScienceDirect
Improved contact resistance and solderability of electrodeposited Au-Sn alloy layer with high thermal stability for electronic contacts - ScienceDirect

Microstructural evolutions of Cu(Ni)/AuSn/Ni joints during reflow -  ScienceDirect
Microstructural evolutions of Cu(Ni)/AuSn/Ni joints during reflow - ScienceDirect

Mechanical reliability of Sn-rich Au-Sn/Ni flip chip solder joints  fabricated by sequential electroplating method | Semantic Scholar
Mechanical reliability of Sn-rich Au-Sn/Ni flip chip solder joints fabricated by sequential electroplating method | Semantic Scholar

Comparative study of Au–Sn and Sn–Ag–Cu as die‐attach materials for power  electronics applications - Lee - 2016 - Surface and Interface Analysis -  Wiley Online Library
Comparative study of Au–Sn and Sn–Ag–Cu as die‐attach materials for power electronics applications - Lee - 2016 - Surface and Interface Analysis - Wiley Online Library

Molex, 39-00-0074, Mini-Fit Female Crimp Terminal, Selective Gold (Au) and  Selective Tin (Sn) Over Nickel (Ni), 18-24 AWG, Loose: Amazon.com:  Industrial & Scientific
Molex, 39-00-0074, Mini-Fit Female Crimp Terminal, Selective Gold (Au) and Selective Tin (Sn) Over Nickel (Ni), 18-24 AWG, Loose: Amazon.com: Industrial & Scientific