Technical Library: class%' and '8%'='8 (Page 1 of 1)

SnCu Based Alloy Design for Lower Copper Dissolution and Better Process Control

Technical Library | 2009-02-13 12:29:39.0

To meet the market demand for a best-in-class, low-cost leadfree alloy for wave, selective and dip soldering

Kester

An Overview of Advanced Failure Analysis Techniques for Pentium® and Pentium® Pro Microprocessors

Technical Library | 1999-05-07 08:55:49.0

Failure analysis (FA) is one of the key competencies in Intel. It enables very rapid achievement of world class manufacturing standards, resulting in excellent microprocessor time-to-market performance. This paper discusses the evolution of FA techniques from one generation of microprocessors to another.

Intel Corporation

Case Study on the Validation of SAC305 and SnCu Based Solders in SMT, Wave and Hand-soldering at the Contract Assembler Level

Technical Library | 2007-11-15 15:54:44.0

At the contractor level once a product is required to be soldered with lead-free solders all the processes must be assessed as to insure the same quality a customer has been accustomed to with a Sn63Pb37 process is achieved. The reflow, wave soldering and hand assembly processes must all be optimized carefully to insure good joint formation as per the appropriate class of electronics with new solder alloys and often new fluxes.

Kester

Automatic Visual Inspection of Printed Circuit Board for Defect Detection and Classification

Technical Library | 2021-04-15 14:39:41.0

Inspection of printed circuit board (PCB) has been a crucial process in the electronic manufacturing industry to guarantee product quality & reliability, cut manufacturing cost and to increase production. The PCB inspection involves detection of defects in the PCB and classification of those defects in order to identify the roots of defects. In this paper, all 14 types of defects are detected and are classified in all possible classes ...

S. V. National Institute of Technology

Advanced Technologies for Industry – Product Watch Flexible and printed electronics

Technical Library | 2021-07-13 19:51:10.0

Flexible electronics refers to a class of lightweight, flexible and electronic sensing components and electronic devices built on stretchable substrates1 that are used (and can be used) for a broad set of products and applications such as displays and sensors. The most prominent characteristic is that they can bend in contrast to electronic systems built in rigid materials. They are manufactured on flexible plastic substrates, such as polyamide, PEEK2 or transparent conductive polyester films3, or other materials such as paper, textile, or thin glass. The term flexible also refers to the roll-to-roll manufacturing process.

European Commission - Executive Agency for Small and Medium-sized Enterprises (EASME)

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