Template:Determining test time for available units - Revision history

Kate Racaza: Redirected page to Reliability Test Design

2012-06-29T08:03:19Z

Redirected page to Reliability Test Design

← Older revision		Revision as of 08:03, 29 June 2012
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	~~'''Determining~~ Test ~~Time for Available Units'''~~		#REDIRECT [[Reliability Test Design]]

	The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math>, the number of allowable failures, <math>f</math>, and the confidence level, <math>CL</math>. With this information, the next step involves solving the binomial equation for <math>{{R}_{TEST}}</math>. With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math>, since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math>, and <math>{{R}_{TEST}}</math>, <math>\theta</math> and <math>\phi</math> have already been calculated or specified.

Lisa Hacker at 23:28, 29 March 2012

2012-03-29T23:28:58Z

← Older revision		Revision as of 23:28, 29 March 2012
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	'''Determining Test Time for Available Units'''		'''Determining Test Time for Available Units'''

	The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math>, the number of allowable failures, <math>f</math>, and the confidence level, <math>CL</math>. With this information, the next step involves solving the binomial equation for <math>{{R}_{TEST}}</math>. With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math>, since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math>, and <math>{{R}_{TEST}}</math>, <math>\theta</math> and <math>\phi</math> have already been calculated or specified.		The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math>, the number of allowable failures, <math>f</math>, and the confidence level, <math>CL</math>. With this information, the next step involves solving the binomial equation for <math>{{R}_{TEST}}</math>. With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math>, since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math>, and <math>{{R}_{TEST}}</math>, <math>\theta</math> and <math>\phi</math> have already been calculated or specified.

Chris Kahn at 00:31, 9 March 2012

2012-03-09T00:31:12Z

← Older revision		Revision as of 00:31, 9 March 2012
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	'''Determining Test Time for Available Units'''		'''Determining Test Time for Available Units'''

	The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math> , the number of allowable failures, <math>f</math> , and the confidence level, <math>CL</math> . With this information, the next step involves solving the binomial equation for <math>{{R}_{TEST}}</math> . With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math> , since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math> , and <math>{{R}_{TEST}}</math> , <math>\theta </math> and <math>\phi </math> have already been calculated or specified.		The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math>, the number of allowable failures, <math>f</math>, and the confidence level, <math>CL</math>. With this information, the next step involves solving the binomial equation for <math>{{R}_{TEST}}</math>. With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math>, since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math>, and <math>{{R}_{TEST}}</math>, <math>\theta</math> and <math>\phi</math> have already been calculated or specified.

Harry Guo at 22:08, 2 March 2012

2012-03-02T22:08:13Z

← Older revision		Revision as of 22:08, 2 March 2012
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	'''Determining Test Time for Available Units'''		'''Determining Test Time for Available Units'''

	The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math> , the number of allowable failures, <math>f</math> , and the confidence level, <math>CL</math> . With this information, the next step involves solving ~~Eqn. (relcum)~~ for <math>{{R}_{TEST}}</math> . With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math> , since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math> , and <math>{{R}_{TEST}}</math> , <math>\theta </math> and <math>\phi </math> have already been calculated or specified.		The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math> , the number of allowable failures, <math>f</math> , and the confidence level, <math>CL</math> . With this information, the next step involves solving the binomial equation for <math>{{R}_{TEST}}</math> . With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math> , since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math> , and <math>{{R}_{TEST}}</math> , <math>\theta </math> and <math>\phi </math> have already been calculated or specified.

Harry Guo: /* Determining Test Time for Available Units */

2012-02-22T22:59:02Z

Determining Test Time for Available Units

← Older revision		Revision as of 22:59, 22 February 2012
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	~~====~~Determining Test Time for Available Units~~====~~		'''Determining Test Time for Available Units'''

	The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math> , the number of allowable failures, <math>f</math> , and the confidence level, <math>CL</math> . With this information, the next step involves solving Eqn. (relcum) for <math>{{R}_{TEST}}</math> . With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math> , since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math> , and <math>{{R}_{TEST}}</math> , <math>\theta </math> and <math>\phi </math> have already been calculated or specified.		The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math> , the number of allowable failures, <math>f</math> , and the confidence level, <math>CL</math> . With this information, the next step involves solving Eqn. (relcum) for <math>{{R}_{TEST}}</math> . With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math> , since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math> , and <math>{{R}_{TEST}}</math> , <math>\theta </math> and <math>\phi </math> have already been calculated or specified.

Nicolette Young: Created page with '====Determining Test Time for Available Units==== The way that one determines the test time for the available number of test units is quite similar to the process described previ…'

2012-01-04T23:53:24Z

Created page with '====Determining Test Time for Available Units==== The way that one determines the test time for the available number of test units is quite similar to the process described previ…'

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====Determining Test Time for Available Units====
The way that one determines the test time for the available number of test units is quite similar to the process described previously. In this case, one knows beforehand the number of units, <math>n</math> , the number of allowable failures, <math>f</math> , and the confidence level, <math>CL</math> . With this information, the next step involves solving Eqn. (relcum) for <math>{{R}_{TEST}}</math> . With this value known, one can use the appropriate reliability equation to back out the value of <math>{{t}_{TEST}}</math> , since <math>{{R}_{TEST}}=g({{t}_{TEST}};\theta ,\phi )</math> , and <math>{{R}_{TEST}}</math> , <math>\theta </math> and <math>\phi </math> have already been calculated or specified.