mean time between failure

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mean time between failure

The operating time between the beginning of a component’s life to its first electronic or mechanical failure.

One of the most critical components of a personal computer is its hard drive, which typically has an MTBF of 250,000/hours.
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These reductions will probably have to come from further improvements in system MTBF by the use of redundant modules.
IMF staff explored with participants how MTBFs can enhance fiscal discipline and sustainability, improve the strategic allocation of resources between sectors, and ensure the efficient use of resources by the public sector.
Under the MTBF 2011-13, Rs 1.331 billion will be spent on the effective promulgation and understanding of law, Rs 7.03 billion for the availability of alternate dispute resolution systems in tax management, Rs 5.780 billion for safeguarding public and national interest in legal matters, Rs 8.831 billion for the promulgation and maintenance of an effective judicial system, Rs 7.226 billion for the maintenance of liaison between the federal government and parliament and Rs 0.185 billion for the maintenance of liaison between the federal government and the Election Commission of Pakistan.
Over almost 6,000,000 module operating hours, the T/R modules demonstrated an MTBF of over 70,000 hours and the SSPA antenna easily met the 1500 hours design reliability goal.
Two means to manage complexity address improving Mean Time Between Failures (MTBF) and Mean Time to Repair (MTTR).
It not only meets all Class A PFC requirements, but also provides greater reliability and high MTBF (mean time between failure) through use of fewer components.
Furthermore, 50,000 g shock resistance, 70 g vibration resistance as well as a mean time between failures (MTBF) of 500 million hours ensures high reliability even under harsh environmental conditions.
If the MTBF (Mean Time Between Failure) of hardware devices would have been 100% for the early years of the IT industry, businesses would have only needed to engage in straightforward backup and recovery processes.
With higher efficiencies, less heat is dissipated into the customer's system, thereby increasing the MTBF of the entire system.
The MTBF (per MIL HDBK 217F) of the MPO-200S series is greater than 110 khours.
Since MTBF is based on power-on time, it also means that their SATA disks last four times longer than disks in a traditional RAID array, making it in the ballpark of a SCSI, with 1.2M MTBF hours.
The MTBF (per MIL HDBK 217F) of the MPO-100S Series is greater than 200 khours.