SLOK017 June   2024 TLV1H103-SEP

PRODUCTION DATA  

  1.   1
  2. 1 TLV1H103-SEP Single-Event Effects (SEE) Radiation Report
  3.   Trademarks
  4. 2 Overview
  5. 3 SEE Mechanisms
  6. 4 Test Device and Test Board Information
  7. 5 Irradiation Facility and Setup
  8. 6 Results
    1. 6.1 Single Event Latchup (SEL) Results
    2. 6.2 Single Event Transient (SET) Results
  9. 7 Summary
  10. 8 SET Results Appendix
  11. 9 Confidence Interval Calculations
  12. 10References

8 SET Results Appendix

TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 50.5MeV-cm2 / mg, Output High ConditionFigure 8-1 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 50.5MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 50.5MeV-cm2 / mg, Output High ConditionFigure 8-3 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 50.5MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 50.5MeV-cm2 / mg, Output High ConditionFigure 8-5 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 50.5MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 35.6MeV-cm2 / mg, Output High ConditionFigure 8-7 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 35.6MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 35.6MeV-cm2 / mg, Output High ConditionFigure 8-9 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 35.6MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 35.6MeV-cm2 / mg, Output High ConditionFigure 8-11 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 35.6MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 23.1MeV-cm2 / mg, Output High ConditionFigure 8-13 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 23.1MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 23.1MeV-cm2 / mg, Output High ConditionFigure 8-15 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 23.1MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 23.1MeV-cm2 / mg, Output High ConditionFigure 8-17 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 23.1MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 9.8MeV-cm2 / mg, Output High ConditionFigure 8-19 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 9.8MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 9.8MeV-cm2 / mg, Output High ConditionFigure 8-21 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 9.8MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Run 196, Event 1, 3.3V Supply, LETEFF = 9.8MeV-cm2 / mg, Output Low ConditionFigure 8-23 Run 196, Event 1, 3.3V Supply, LETEFF = 9.8MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Run 203, Event 1, 3.3V Supply, LETEFF = 5.3MeV-cm2 / mg, Output High ConditionFigure 8-25 Run 203, Event 1, 3.3V Supply, LETEFF = 5.3MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Run 204, Event 2, 5.5V Supply, LETEFF = 5.3MeV-cm2 / mg, Output High ConditionFigure 8-27 Run 204, Event 2, 5.5V Supply, LETEFF = 5.3MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 50.5MeV-cm2 / mg, Output Low ConditionFigure 8-2 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 50.5MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 50.5MeV-cm2 / mg, Output Low ConditionFigure 8-4 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 50.5MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 50.5MeV-cm2 / mg, Output Low ConditionFigure 8-6 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 50.5MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 35.6MeV-cm2 / mg, Output Low ConditionFigure 8-8 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 35.6MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 35.6MeV-cm2 / mg, Output Low ConditionFigure 8-10 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 35.6MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 35.6MeV-cm2 / mg, Output Low ConditionFigure 8-12 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 35.6MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 23.1MeV-cm2 / mg, Output Low ConditionFigure 8-14 Transient Event Magnitude Histogram, 2.4V Supply, LETEFF = 23.1MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 23.1MeV-cm2 / mg, Output Low ConditionFigure 8-16 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 23.1MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 23.1MeV-cm2 / mg, Output Low ConditionFigure 8-18 Transient Event Magnitude Histogram, 5.5V Supply, LETEFF = 23.1MeV-cm2 / mg, Output Low Condition
TLV1H103-SEP Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 9.8MeV-cm2 / mg, Output High ConditionFigure 8-20 Transient Event Magnitude Histogram, 3.3V Supply, LETEFF = 9.8MeV-cm2 / mg, Output High Condition
TLV1H103-SEP Run 34, Event 90, Zoomed inFigure 8-22 Run 34, Event 90, Zoomed in
TLV1H103-SEP Run 196, Event 1, Zoomed InFigure 8-24 Run 196, Event 1, Zoomed In
TLV1H103-SEP Run 203, Event 1, Zoomed InFigure 8-26 Run 203, Event 1, Zoomed In
TLV1H103-SEP Run 204, Event 2, Zoomed InFigure 8-28 Run 204, Event 2, Zoomed In