Invited Session: Integrated Circuit Burn-in Issues
Problems Associated with Burn-in Tests
Dave Grosch, Jon Butkus
Problems that will be discussed include thermal runaway; Power consumption per device under test; switching noise; circuit function at stress conditions; cost; and many others that are pertinent to stress test and burn-in of microelectronics products.
[Dave Grosch, IBM Corporation, Dept. G62, 1000 River Rd., Essex Jct. Vermont 05452 USA; email@example.com ]
Some Models in Burn-in
In order to reduce early failure of products, burn-in procedure has been used in industry. Burn-in can eliminate defect products and consequently improve the outgoing quality of products. Burn-in is appropriate when product has a decreasing failure rate. More general, burn-in can also be applied fruitfully when the failure rate of product exhibits a bathtub shape. Without consideration of cost, burn-in can be used to maximize certain reliability characteristics. With consideration of cost, it is needed to balance the cost of burn-in, the cost and gain from field operation. Various cost models are set up. It is the concern of this talk to determine for how long products should undergo burn-in in order to optimize a particular reliability characteristic or the average cost.
[Jie Mi, Dept. of Statistics, Florida International Univ., Miami, FL 33199 USA; firstname.lastname@example.org
Date created: 6/5/2001