A test time theorem and its applications

P Venkataramani, S Sindia, VD Agrawal - Journal of Electronic Testing, 2014 - Springer
Power dissipated during test is a constraint when it comes to test time reduction. In this work,
we show that for a given test the minimum test application time is achieved when the total …

ATE test time reduction using asynchronous clock period

P Venkataramani, VD Agrawal - 2013 IEEE International Test …, 2013 - ieeexplore.ieee.org
A conventional wafer sort test on an automatic test equipment (ATE) uses a fixed
synchronous clock period. Typical test cycles may produce high signal activity and to keep …

Reducing ATE test time by voltage and frequency scaling

P Venkataramani - 2014 - search.proquest.com
During wafer sort, the fabricated chips are subjected to tests that verify if they meet the
design specification. Test application time plays a critical role while verifying large volume of …

Finding Optimum Clock Frequencies for Aperiodic Test

S Gunasekar - 2014 - search.proquest.com
With scale down in technology, size and complexity of integrated circuits increase. The scan
method is the most popular technique of testing sequential circuits today. In this method, ip …

[PDF][PDF] ATE Test Time Reduction by Scaling Supply Voltage and Frequency

P Venkataramani, VD Agrawal - Proc. 31st IEEE VLSI Test Symp, 2014 - eng.auburn.edu
Conventionally, testing uses clock with fixed period during scan shift, which make the tests
long. In this work, we propose two methods, scaling supply voltage and scaling frequency …

[引用][C] ATE Test Time Reduction by Scaling Voltage and Frequency (DRAFT)

P Venkataramani - 2013 - Auburn University