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Additional resources for AMD 32-Bit Microprogrammable Products AM29C300, 29300
15, if the type of gate is an XOR gate, either output of the last XOR gate in the path (assuming more than one), or the single XOR gate if only one exists, is made the new driving lead. Two distinctive solutions are provided by choosing the value of the driving lead to be 0+ for one 56 Chapter 2. 17 Backward sensitivity drive requirements for different gates. partial solution and 1+ for another partial solution. Afterwards the process is returned to the top decision block to determine whether the driving lead is the reconvergent point.
19 D-algorithm flowchart. j 28 Chapter 1. 20 Path sensitization. put. Therefore we have generated a test vector (A = 0, B = 0, and C = 1). Note that the path sensitization step is called line justification and the assignment of the primary input values is called consistency operation, as defined in the D-algorithm. In the D-algorithm, there are two basic operations proposed to search for a test vector to test each fault. These two operations are defined below. D Operation: The process to select a single path or multiple paths such that the sensitized value at the fault site can be driven forward until it reaches any primary output to be detected.
18. 1. 13 via P6. 12. 18 Backward insensitivity drive requirements for different gates. 14 whether the TestabilityMeasure Analyzer should be rerun with all redundant sensitive counts set to 0. Return is then made to point P3 and the procedure is rerun without selecting those input sensitivity values for the reconvergent fanout loop, which would result in detection of the same redundancy. 1. 13. The counts are corrected to provide positive values. 11 which queries whether any outer fanout loop exists within which the present reconvergent fanout loop is nested.
AMD 32-Bit Microprogrammable Products AM29C300, 29300