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Austin American Technology

Technical Resources

Batch Cleaning Research

Optimizing Batch Cleaning Process for LF Flux
Challenges and Solutions for Cleaning No-Clean Flux Residues
Thermal APEX

Cleaning in Small Gaps

Cleaning QFN’s Process and Design

QFN Design Considerations to Improve Cleaning 2014

Cleaning Testing Platform

Development and Validation of a New Test Platform for Cleaning Process Development

Cleanliness Testing

Addressing the Problems with Ionic Cleanliness Testing Modern Circuits_06/12/17
Advances in Cleanliness Testing
Alternate ROSE Solvents
Hansen SMI
Ionic Cleanliness Research
IPA / Water Density Chart
IPC TM-650 cleanliness test
The Next Step in Electronic Assembly Cleaning Control
Solvent Key
Surface Contam Analysis Pwb
Tea Charts

General Cleaning Theory

5 Step Approach to a Successful Cleaning Process
Cleaning Selection
Identifying Your Cleaning Quality Standards
Impingement Cleaning Theory
Intro to Cleaning Electronics
Optimizing Cleaning Energy-Part 1
Optimizing Cleaning Energy-Part 2
Optimizing Cleaning Energy-Part 3
Technical Forum Cleaning Optimization

“Jet” Inline Cleaning Research

Foresite Sample Testing after AAT Inline Cleaning 071317
AAT “Jet” In-Line Cleaner Comparison

AAT Low-Standoff-Cleaning-Paper

AAT Progressive Energy
Vectored Jets Improve Flip Chip Cleaning
OA Flux Cleaning with Coherent Jets

Recycling Cleaning Fluids

In Situ Recycling of Cleaning and Rinsing Fluids to Meet Lean and Green Cleaning Process Targets paper
In Situ Recycling of Cleaning and Rinsing Fluids to Meet Lean and Green Cleaning Process Targets PPT

Stencil Cleaning

Spray In Air Stencil Cleaner vs Ultrasonic Stencil Cleaner Article