0
What TO prescribes the labels that must be affixed to ESDS containers?
Wiki User
∙ 10y ago
To 00-25-234
Wiki User
∙ 10y ago
Add your answer:
Earn +20 pts
When does ESDS susceptibility stop?
When properly packaged in ESD Control packaging materials
What objectives must packaging ESDS items achieve?
All listed choices
What Items susceptible to ESD are defined as?
ESDS workstations may be grounded in series provided an central ground is user ?
9 If an ESDS item is received from supply not packaged in conformance with paragraph 7-5d13 of TO 00-25-234?
Submit a Report of Discrepancy (ROD)
Name three tools that you can use to protect a system against ESD as you work on it?
ANSI/ESD S20.20 covers the requirements of an ESD control program. The fundamental ESD control principles are: - Ground all conductors, including personnel - Insulators are high charging and cannot be grounded. Remove all non-essential insulators. Keep all process essential insulators at least 12" from ESDS or neutralize charges with ionizers - Outside an EPA, ESDS are to be packaged in closed ESD shielding bags or covered containers having shielding properties Grounding works great removing electrostatic charges. If opening a computer and handling circuit boards or electronics, the person should be grounded using a wrist strap connected to the ground of an AC electrical outlet or equipment ground. The ESD sensitive items should be placed on a grounded mat. A good tool to have is a Field Service Kit which includes a mat, a cord to ground the mat, and a wrist strap to ground the person. If attachment to the ground of an AC electrical outlet is not possible, one can use equipotential bonding. "When neither AC equipment [Equipment Grounding Conductor] or auxiliary grounds are available, an equipotential bonding system may need to be used. In this situation, all of the items in the system are bonded together so that the charge that resides on the elements will be shared equally and therefore there will be no potential difference between the items. Once this step has been completed it is safe to handle ESD sensitive parts without inducing damage. A real life example of this is often observed in office equipment field service operations. For safety reasons the service technician will often disconnect the AC power cord which detaches the equipment from ground. In order to safely install ESD sensitive products into the equipment, it is necessary to electrically connect or bond together the service technician, the equipment frame and the ESD sensitive product. Once bonded together an ESD event will NOT occur when the technician handles the product or installs it in the office equipment." [ESD Handbook ESD TR20.20-2008 section 5.1.3 Basic Grounding Requirements]
I am files in mainframe?
Innovation Data Processing's Innovation Access Method (IAM) is a high-performance, indexed access method for OS/390 and MVS/ESA operating systems, which offers advantages over the IBM?-provided Virtual Storage Access Method (VSAM). Existing as non-VSAM data sets provides IAM with capabilities to eliminate the 4.3-gigabyte file-size restriction in VSAM prior to DFSMS V1.3, and to choose a block size that optimizes space utilization on DASD. This article touches on the strengths and weaknesses of both products. It should be noted that BMC Software's RECOVERY UTILITY (RU? ) for VSAM supports both IAM and VSAM files. What is IAM? IAM, as noted previously, offers numerous advantages over the IBM-provided VSAM access method. IAM files exist on DASD as non-VSAM data sets, with IAM providing a VSAM-compatible Application Programming Interface (API) for key-sequenced data sets (KSDS) and entry-sequenced data sets (ESDS) file types and any associated alternate indexes. Existing as non-VSAM data sets provides IAM with capabilities to eliminate the 4.3-gigabyte file-size restriction in VSAM prior to DFSMS V1.3, and to choose a block size that optimizes space utilization on each of the different type of DASD devices and architectures available. Along with IAM's unique file structure and IAM's Data Compression feature, user data stored in an IAM file typically requires substantially less DASD space than when stored in a VSAM cluster. The maximum size of an IAM file is determined by a set of limitations imposed by DFSMS, MVS and the architecture of the DASD devices. IAM's file-size limitation, based on the IBM 3390 DASD architecture, is approximately 201 gigabytes of compressed user data. IAM has been in the MVS marketplace for more than 20 years, providing an outstanding level of performance compared to VSAM. IAM offers CPU time savings, along with reductions in EXCPs that result in reduced elapsed times for batch jobs and improved response times for online systems. In the past few years, the most important features of IAM, for many customers, have been IAM's ability to support VSAM data sets that have exceeded 4.3 gigabytes in size and the DASD space savings of IAM's data compression. Source : http://ibmmainframes.com/about5359.html
