A of equipment is composed of the following components, all which must operate for equipment success....

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A of equipment is composed of the following components, all which must operate for equipment success. Component failure rate estimates are determined to be as listed. Component Integrated circuit A Integrated circuit B Integrated circuit C Resistor Capacitor A Capacitor B Printed wiring board Connector Estimated Failure Rate (per component) 5.900 108 per hour 4.400 10 per hour 10.300 × 108 per hour 0.174 108 per hour 0.168 108 per hour 0.280 x 10 per hour 0.590 × 10-8 per hour 2.970 × 108 per hour a) Determine the MTBF of the equipment. b) Compute the reliability for a 1,000-h mission. c) Compute the reliability for a 100,000-h mission. Quantity in Equipment 9 3 1 4 1 14 1 1 A of equipment is composed of the following components, all which must operate for equipment success. Component failure rate estimates are determined to be as listed. Component Integrated circuit A Integrated circuit B Integrated circuit C Resistor Capacitor A Capacitor B Printed wiring board Connector Estimated Failure Rate (per component) 5.900 108 per hour 4.400 10 per hour 10.300 × 108 per hour 0.174 108 per hour 0.168 108 per hour 0.280 x 10 per hour 0.590 × 10-8 per hour 2.970 × 108 per hour a) Determine the MTBF of the equipment. b) Compute the reliability for a 1,000-h mission. c) Compute the reliability for a 100,000-h mission. Quantity in Equipment 9 3 1 4 1 14 1 1

Answer rating: 100% (QA)

compute the Mean Time Between Failures MTBF and reliability for a given mission time we can use the ... View the full answer