Single Input Change (SIC) testing has been proposed for robust path delay fault testing. In this letter a new Built-In Self Test (BIST) method for SIC vector generation is presented. The proposed method compares favourably to the previously proposed methods for SIC pattern generation with respect to hardware overhead and time required for completion of the test.

A new inter-core BIST circuits for tri-state buffers: T-BIST mainly consists of simple circuits distributed in the relevant blocks. It can give an excellent test-coverage with a little additional hardware. Its configuration is not specified by each SoC structure, so, it is suitable for a general/reusable testable IP.

Built-In Self-Test for logic circuits or logic BIST is gaining popularity as an effective solution for the test cost, test quality, and test reuse problems. Logic BIST implements most of ATE functions on chip so that the test cost can be reduced through less test time, less tester memory requirement, or even a cheaper tester. Logic BIST applies a large number of test patterns so that more defec...

Delay testing that requires the application of consecutive two-pattern tests is not an easy task in a scan-based environment. This paper proposes a novel approach to the delay fault testing problem in scan-based sequential circuits. This solution is based on the combination of a BIST structure with a scan-based design to apply delay test pairs to the circuit under test.

Power dissipation during test application is an emerging problem due to yield and reliability concerns. This paper focuses on BIST for RTL data paths and discusses testability trade-offs in terms of test application time, BIST area overhead and power dissipation.