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Moisture Effects in Common Solderable RF Connector Dielectrics
Moisture Effects in Common Solderable RF Connector Dielectrics
The tendencies of commonly used RF connector polymeric materials to absorb and desorb moisture under various humidity and temperatures are characterized.
Analysis Lab

Component Density on Solder Joint Reliability Under Harsh Environment
Component Density on Solder Joint Reliability Under Harsh Environment
In this study, degradation behavior of lead free solder joint was compared with mounted position and component density of vehicle engine control unit for excavator.
Analysis Lab

Reactivity of No-Clean Flux Trapped Under Bottom Terminated Components
Reactivity of No-Clean Flux Trapped Under Bottom Terminated Components
As components reduce in size, the flux residue formation during the reflow soldering process is altered which can impact the reliability of the final assembly.
Analysis Lab

Void Reduction in Bottom Terminated Components Using Vacuum Assist
Void Reduction in Bottom Terminated Components Using Vacuum Assist
Paper offers results of void experiments using an in-line convection reflow oven and three types of bottom terminated components.
Analysis Lab

Second Round Robin Evaluation of iNEMI Creep Corrosion Qualification Test
Second Round Robin Evaluation of iNEMI Creep Corrosion Qualification Test
The paper reports the results of the iNEMI creep corrosion qualification test and compares them to the first round robin test and recent mixed-flowing gas test results.
Analysis Lab

NSOP Reduction for QFN RFIC Packages
NSOP Reduction for QFN RFIC Packages
NSOP failures are costly as the entire device is rejected if there is one such failure on any bond pad. The paper presents some of the failure modes.
Analysis Lab

New Interconnection for High Temperature Application:  HotPowCon (HPC)
New Interconnection for High Temperature Application: HotPowCon (HPC)
Interconnection technology is capable for resistant joints for SMT components, bigger dies, like MOSFETs or IGBTs and even large area substrates, like baseplate or heat sinks.
Analysis Lab

Modeling a SMT Line to Improve Throughput
Modeling a SMT Line to Improve Throughput
With tools to model a large quantity of products and the impact of SMT line configurations, an electronics assembly plant can be analyzed to identify improvement opportunities.
Analysis Lab

Selective Soldering Design for Reliability Using a Novel Test Board and SIR Test Method
Selective Soldering Design for Reliability Using a Novel Test Board and SIR Test Method
The purpose of this research is to develop a test method designed to evaluate the electrochemical reliability of the selective soldering process at the assembly site.
Analysis Lab

Effects of Substrate Material and Package Pad Design on Solder-Joint Reliabilty
Effects of Substrate Material and Package Pad Design on Solder-Joint Reliabilty
This paper describes work to improve the solder-joint reliability (SJR) of a 0.8mm pitch, 25mm body BGA package used in automotive under-the-hood applications.
Analysis Lab