mean time between failure การใช้

• One issue is the mean time between failures due to metal fatigue.
• The reliability prediction is generally expressed in MTBF ( Mean Time Between Failures ).
• These combined factors reduce service life of these parts, reliability, and mean time between failures.
• Here's the section in Mean Time Between Failures
• The " reliability " of a logic gate describes its mean time between failure ( MTBF ).
• This version achieved a mean time between failures of 1, 669 during testing in the 1970s ..
• No info on price, mean time between failures, and size / weight for a given KVA capability.
• The mean time between failures is 59.6.
• As of 2002, fluid bearings appear to have a mean time between failures of more than 1300 years.
• The JY-9 has high anti-mean time between failures is better than 900 hours with Built-in test equipment ( BITE ).
• Each locomotive is specified and guaranteed to 95 % availability, aiming for a minimum of 180 days mean time between failures.
• Also, in applications where reliability is critical, optocouplers can be detrimental to the MTBF ( Mean Time Between Failure ) calculations.
• Its mean time between failures is three times greater than any other Navy strike aircraft, and requires half the maintenance time.
• In practice, the mean time between failures ( MTBF, 1 / ? ) is often reported instead of the failure rate.
• However, the normal Mean Time Between Failures ( MTBF ) for plasma displays is about 35, 000 hours or about 4 years.
• As an example, this may be an evaluation of the Mean Time Between Failure ( MTBF ) that is evaluated during other testing.
• Apple states that the Hitachi Deskstar meets or exceeds the 1 million hours mean time between failures ( MTBF ) recommendation for server-grade hard drives.
• Among the most common measures of reliability are the mean time to first failure, the mean time between failures, and the failure rate per unit time.
• In 1983, the mean time between failures ( MTBF ) was reported as 100 hours, a very high reliability level for the generation of avionics systems involved.
• Zero downtime system design means that modeling and simulation indicates mean time between failures significantly exceeds the period of time between planned maintenance, upgrade events, or system lifetime.