With the destabilization of the economy, many companies are looking for ways to increase profits and performance within their particular industry. The electronics industry is no exception. Many electronics companies are working towards improved quality and reliability at the same rate as improving the performance of the products they manufacture.
The ESD Association and JEDEC Collaborate on Standards Development for Harmonized Electrostatic Discharge Test Methods
In September 2006, a small group of ESD control and design stakeholders assembled in a small conference room at the LaPaloma Resort in Tucson, AZ to discuss how the ESD Association (ESDA) and the JEDEC Solid State Technology Association (JEDEC) might harmonize some of their key device (component level) standards documents. Some of the stakeholders involved in those initial discussions (and similar meetings over the next six months) were integrated circuit manufacturers, integrated circuit test manufacturers, original equipment manufacturers, integrated circuit test service providers, and representatives from the ESDA and JEDEC. This first meeting was somewhat extraordinary as these industry stakeholders were able to bring JEDEC and the ESDA to the same table to start working on the harmonization efforts after other previous attempts failed. The key individual sponsoring this meeting was Kay Adams, the ESDA President in 2006-2007.
This article focuses on methodology, techniques and tools to identify, classify and quantify ESD occurrences in back-end semiconductor and electronics assembly manufacturing. Proper methodology of detecting and measuring ESD Events in working tools handling ESD-sensitive components, identifying CDM-type of discharges and associating discharges with the specific steps of the process is described in details on a level usable to a wide range of specialists. Use of tools, such as high-speed storage oscilloscopes, special antennae, ESD detectors and monitors will be explained in detail. This article should benefit increasing numbers of process engineers who are struggling to maintain yield while the devices are getting increasingly more and more ESD-sensitive.
What does “certification” mean to you? What is the value of becoming “certified?”
The answer to this question has to include an answer to another question, “what is being certified?” In the electrostatic control arena, the world’s Premiere organization for education and standards development is the ESD Association. The ESD Association has established several types of certification. ESDA offers facility certification programs to ANSI/ESD S20.20 through the various certification bodies that are also performing audits and certification reviews to ISO 9001. They also offer personal certification programs, namely the Program Manager and Device Design Certifications. These three prestigious titles carry a wealth of meaning behind them in terms of knowledge, competence, and problem-solving ability. In addition to the certifications offered by the ESD Association, ESDA is also affiliated with The International Association for Radio, Telecommunications and Electromagnetics (iNARTE), which offers certification for ESD Engineers and Technicians. The ESD Association, through this affiliation with iNARTE, provides a large amount of the training for person’s seeking iNARTE certification.