SLVK280 March   2026 INA1H182-SEP

 

  1.   1
  2.   2
  3.   Trademarks
  4. 1Overview
  5. 2SEE Mechanisms
  6. 3Irradiation Facilities and Telemetry
  7. 4Test Device and Test Board Information
    1. 4.1 Qualification Circuits and Boards
    2. 4.2 Characterization Devices and Test Board Schematics
  8. 5Results
    1. 5.1 SEL Qualification Results: TAMU Cyclotron Radiation Effects Facility
    2. 5.2 SET Characterization Results
    3. 5.3 Analysis
  9. 6Summary
  10.   A Transient Results Appendix
  11.   B References

Transient Results Appendix

 Transient Event Magnitude
                        Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=1V/VFigure A-1 Transient Event Magnitude Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=1V/V
 Transient Event Magnitude
                        Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=50V/VFigure A-3 Transient Event Magnitude Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=50V/V
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Typical Transients, G=1V/V, Run 73,
                        MSUFigure A-5 18V Supply, LETEFF = 50.4MeV-cm2/mg, Typical Transients, G=1V/V, Run 73, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Long Negative Output Transient, G=1V/V, Run
                        73, Upset 8720, MSUFigure A-7 18V Supply, LETEFF = 50.4MeV-cm2/mg, Long Negative Output Transient, G=1V/V, Run 73, Upset 8720, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Long Pos Out Transient, G=1V/V, Run 73, Upset
                        13950, MSUFigure A-9 18V Supply, LETEFF = 50.4MeV-cm2/mg, Long Pos Out Transient, G=1V/V, Run 73, Upset 13950, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Negative Output Transient, G=20V/V, Run
                        61, Upset 8685, MSUFigure A-11 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Negative Output Transient, G=20V/V, Run 61, Upset 8685, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Positive Output Transient, G=20V/V, Run
                        61, Upset 3464, MSUFigure A-13 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Positive Output Transient, G=20V/V, Run 61, Upset 3464, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Typical Transients, Gain=50V/V, Run 65,
                        MSUFigure A-15 18V Supply, LETEFF = 50.4MeV-cm2/mg, Typical Transients, Gain=50V/V, Run 65, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Positive Output Transient, G=50V/V, Run
                        65, Upset 406, MSUFigure A-17 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Positive Output Transient, G=50V/V, Run 65, Upset 406, MSU
 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Negative Output
                        Transient, G=100V/V, Run 69, Upset 6509, MSUFigure A-19 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Negative Output Transient, G=100V/V, Run 69, Upset 6509, MSU
 Transient Event Magnitude
                        Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=20V/VFigure A-2 Transient Event Magnitude Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=20V/V
 Transient Event Magnitude
                        Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=100V/VFigure A-4 Transient Event Magnitude Histogram, 18V Supply, LETEFF = 50.4MeV-cm2/mg, G=100V/V
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Negative Output Transient, G=1V/V, Run
                        73, Upset 558, MSUFigure A-6 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Negative Output Transient, G=1V/V, Run 73, Upset 558, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Pos Out Transient, G=1V/V, Run 73,
                        Upset 3089, MSUFigure A-8 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Pos Out Transient, G=1V/V, Run 73, Upset 3089, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Typical Transients, Gain=20V/V, Run 61,
                        MSUFigure A-10 18V Supply, LETEFF = 50.4MeV-cm2/mg, Typical Transients, Gain=20V/V, Run 61, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Long Negative Output Transient, G=20V/V, Run
                        61, Upset 1434, MSUFigure A-12 18V Supply, LETEFF = 50.4MeV-cm2/mg, Long Negative Output Transient, G=20V/V, Run 61, Upset 1434, MSU
 18V Supply, LETEFF = 50.4MeV-cm2/mg, Long Positive Out
                        Transient, Gain=20V/V, Run 61, Upset 211, MSUFigure A-14 18V Supply, LETEFF = 50.4MeV-cm2/mg, Long Positive Out Transient, Gain=20V/V, Run 61, Upset 211, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Negative Output Transient, G=50V/V, Run
                        65, Upset 11650, MSUFigure A-16 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Negative Output Transient, G=50V/V, Run 65, Upset 11650, MSU
 18V Supply, LETEFF =
                            50.4MeV-cm2/mg, Large Typical Transients, G=100V/V, Run 69,
                        MSUFigure A-18 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Typical Transients, G=100V/V, Run 69, MSU
 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Positive Output
                        Transient, G=100V/V, Run 69, Upset 5339, MSUFigure A-20 18V Supply, LETEFF = 50.4MeV-cm2/mg, Large Positive Output Transient, G=100V/V, Run 69, Upset 5339, MSU