A transmitter experiences minimal repair upon failure with an intensity function given by p(t) = .000000141.74...

 

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A transmitter experiences minimal repair upon failure with an intensity function given by p(t) = .000000141.74 with measured in operating hours. Its repair time is exponentially distributed with a mean of 6.7 hr. What is the transmitter's achieved availability over the first 30 days if a 4-hr preventive maintenance is performed every 6 days? A transmitter experiences minimal repair upon failure with an intensity function given by p(t) = .000000141.74 with measured in operating hours. Its repair time is exponentially distributed with a mean of 6.7 hr. What is the transmitter's achieved availability over the first 30 days if a 4-hr preventive maintenance is performed every 6 days?

Answer rating: 100% (QA)

To find the transmitters achieved availability over the first 30 days we need to calculate the probability of the transmitter being available at any given time during that period Lets start by definin... View the full answer