(Ticaret) (mean time between failures) A quality and maintenance measure of the average time between failures for a resource or product, that cause them to be unusable
This is an indicator of reliability, and may be calculated or demonstrated At Condor, calculated values are based upon Bellcore TR-332 Demonstrated values are usually arrived at by operating a population of power supplies at elevated ambient temperature at full load
Mean Time Between Failures Important calculation to help set up PM schedules and to determine reliability of a system
Mean Time Between Failure, a measure of reliability The longer the time span between failures, the more reliable the device
Mean Time Between Failures, a term used to specify the rate of failure occurrence under a defined set of operating conditions Most commonly the rate is calculated using MIL-STD-217
Mean Time Between Failures A key metric for the quality of equipment and a determining factor in the overall SLA that can be achieved
(Mean Time Between Failure (MTBF)) A unit of measure, expressed in hours, that gives the relative reliability of a converter MTBF data is based upon actual operating data (demonstrated) or derived per the conditions of MIL-HDBK-217F (calculated)
(mean time between failures) (n ) The average time a component can operate without a failure The MTBF is the number of failures divided by the number of hours the component has operated
The average time a manufacturer estimates before a failure occurs in a component, a printed circuit board or a complete system
Mean Time Between Failure, measured in hours May be calculated from the combined MTBF times of the discreet components of a new drive, power supply, etc May be calculated from the actual field data of an older drive, power supply, etc May be calculated from in-house "burn-in" testing In any case, this number is an artificial construct that does not tract a drive/power supply's true reliability, and as such, should be used carefully