Abstract: Automated test procedures, carried out under software control, can be employed to test a device, testing individual pins, and/or groups of pins, to detect and diagnose or characterize various types of failures. A distributed FA system includes a shared database for device definitions, test setups, and test results. Test platforms provide I/O curve tracing which can provide both a qualitative visual representation and a quantitative measured performance. The disclosed system enables and exploits front line testing of devices in the field. Response to the customer can be nearly immediate. Eliminate “false returns” by differentiation of use versus a real quality issue.

Abstract: Automated test procedures, carried out under software control, can be employed to test a device, testing individual pins, and/or groups of pins, to detect and diagnose or characterize various types of failures. A distributed FA system includes a shared database for device definitions, test setups, and test results. Test platforms provide I/O curve tracing which can provide both a qualitative visual representation and a quantitative measured performance. The disclosed system enables and exploits front line testing of devices in the field. Response to the customer can be nearly immediate. Eliminate “false returns” by differentiation of use versus a real quality issue.

Abstract: Embodiments related to identifying a reference scan cell locationally related to a fault condition exhibited by a scan chain in which the reference scan cell is included are provided. In one example, a method for identifying a reference scan cell is provided, the method comprising, in a capture mode, outputting combinational logic values to scan cells in the scan chain so that scan cell values for the scan cells are based on respective combinational logic values, the combinational logic values electrically connected with the scan chain. The example method further comprises, in a shift mode, sequentially determining the scan cell value for each scan cell, and identifying as the reference scan cell a scan cell last determined to be at an expected logical state for that scan cell.

Abstract: Embodiments related to identifying a reference scan cell locationally related to a fault condition exhibited by a scan chain in which the reference scan cell is included are provided. In one example, a method for identifying a reference scan cell is provided, the method comprising, in a capture mode, outputting combinational logic values to scan cells in the scan chain so that scan cell values for the scan cells are based on respective combinational logic values, the combinational logic values electrically connected with the scan chain. The example method further comprises, in a shift mode, sequentially determining the scan cell value for each scan cell, and identifying as the reference scan cell a scan cell last determined to be at an expected logical state for that scan cell.

Abstract: Embodiments related to identifying a reference scan cell locationally related to a fault condition exhibited by a scan chain in which the reference scan cell is included are provided. A method for identifying a reference scan cell is provided, the method including, in a capture mode, outputting combinational logic values to scan cells in the scan chain so that scan cell values for the scan cells are based on respective combinational logic values, the combinational logic values electrically connected with the scan chain. The method further includes, in a shift mode, sequentially determining the scan cell value for each scan cell, and identifying as the reference scan cell a scan cell last determined to be at an expected logical state for that scan cell.

Abstract: Embodiments related to identifying a reference scan cell locationally related to a fault condition exhibited by a scan chain in which the reference scan cell is included are provided. In one example, a method for identifying a reference scan cell is provided, the method comprising, in a capture mode, outputting combinational logic values to scan cells in the scan chain so that scan cell values for the scan cells are based on respective combinational logic values, the combinational logic values electrically connected with the scan chain. The example method further comprises, in a shift mode, sequentially determining the scan cell value for each scan cell, and identifying as the reference scan cell a scan cell last determined to be at an expected logical state for that scan cell.

Abstract: Embodiments related to identifying a reference scan cell locationally related to a fault condition exhibited by a scan chain in which the reference scan cell is included are provided. A method for identifying a reference scan cell is provided, the method including, in a capture mode, outputting combinational logic values to scan cells in the scan chain so that scan cell values for the scan cells are based on respective combinational logic values, the combinational logic values electrically connected with the scan chain. The method further includes, in a shift mod, sequentially determining the scan cell value for each scan cell, and identifying as the reference scan cell a scan cell last determined to be at an expected logical state for that scan cell.

Abstract: Embodiments related to identifying a reference scan cell locationally related to a fault condition exhibited by a scan chain in which the reference scan cell is included are provided. In one example, a method for identifying a reference scan cell is provided, the method comprising, in a capture mode, outputting combinational logic values to scan cells in the scan chain so that scan cell values for the scan cells are based on respective combinational logic values, the combinational logic values electrically connected with the scan chain. The example method further comprises, in a shift mode, sequentially determining the scan cell value for each scan cell, and identifying as the reference scan cell a scan cell last determined to be at an expected logical state for that scan cell.