SBOK102 July   2025 INA1H94-SP

 

  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
    2. 5.2 SET Characterization Results: MSU FRIB Linac
    3. 5.3 Analysis
    4. 5.4 Weibull Fit
  9. 6Summary
  10.   A MSU Results Appendix
  11.   B Confidence Interval Calculations
  12.   C References

SET Characterization Results: MSU FRIB Linac

Three fresh DUTs were used for SET characterization. The conditions for each run are summarized on Table 5-3 below.

The device was tested at maximum specified supply voltage range of ±9V (or 18V total supply) and input common mode voltage (VCM) of ±150V with a fixed input differential voltage VDIFF. he REFA and REFB pins were biased at mid-supply (0V). The device output channel was loaded with a 2kΩ resistance to GND (midsupply). Tests were repeated at the lower specified supply voltage range of ±2.5V (or 5V total supply) with VCM =±22.5V.

The oscilloscopes were set to a window trigger mode that captured any events where the output shifted by ±100mV or more.

The devices were exposed to LET levels varying from 75MeV-cm2 / mg to 1.5MeV-cm2 / mg. An ambient temperature of approximately 20°C was recorded in the facility at the time of these tests. See Appendix A for additional data, such as histograms.

Runs 39, 41, 117, 119 from the session are excluded on the table. These runs were interruped due to set up adjustments. However, the same DUT test conditions were repeated in the following run.

Table 5-3 SMU SET Characterization Run Summary
Run NumberDUTSupply

(V)

VDIFF

(V)

VCM

(V)

IonLETeff

(MeV-cm2/mg)

Flux

( ions/s-cm2)

Fluence

(ions/cm2)

Total Ionizing Dose

(rad)

Events
36SET_1±2.50.54422.5169Tm751×1051×1071200013255
37SET_1±2.5-0.544-22.5169Tm751×1051×1071200013662
38SET_1±93.614150169Tm751×1051×1071E714983
40SET_1±9-3.614-150169Tm751×1051×1071200015611
42SET_2±2.50.54422.5169Tm751×1051×1071200013799
43SET_2±2.5-0.544-22.5169Tm751×1051×1071200014295
44SET_2±93.614150169Tm751×1051×1071200015779
45SET_2±9-3.614-150169Tm751×1051×1071200016414
46SET_3±2.50.54422.5169Tm751×1051×1071200014099
47SET_3±2.5-0.544-22.5169Tm751×1051×1071200014584
48SET_3±9-3.614-150169Tm751×1051×1071200016979
49SET_3±93.614150169Tm751×1051×1071200015732
50SET_1±2.50.54422.5129Xe60.31×1051×107965012138
51SET_1±2.5-0.544-22.5129Xe60.31×1051×107965012226
52SET_1±93.614150129Xe60.31×1051×107965012054
53SET_1±9-3.614-150129Xe60.31×1051×107965013101
54SET_1±9-3.614-150129Xe50.41×1051×107800013441
55SET_1±93.614150129Xe50.41×1051×107800012611
56SET_1±2.5-0.544-22.5129Xe50.41×1051×107800013174
57SET_1±2.50.54422.5129Xe50.41×1051×107800012939
58SET_2±2.50.54422.5129Xe60.31×1051×107965013791
59SET_2±93.614150129Xe60.31×1051×107965014534
60SET_2±93.614150129Xe50.41×1051×107800014589
61SET_2±2.50.54422.5129Xe50.41×1051×107800013661
62SET_3±2.50.54422.5129Xe60.31×1051×107965014342
63SET_3±93.614150129Xe60.31×1051×107965015482
64SET_3±93.614150129Xe50.41×1051×107800015265
65SET_3±2.50.54422.5129Xe50.41×1051×107800014191
66SET_3±2.50.54422.586Kr35.61×1051×10557009239
67SET_3±93.61415086Kr35.61×1051×107570010087
68SET_3±93.61415086Kr28.91×1051×10746009897
69SET_3±2.50.54422.586Kr28.91×1051×10746009228
70SET_3±2.50.54422.586Kr23.11×1051×10737009142
71SET_3±93.61415086Kr23.11×1051×10737009574
72SET_2±93.61415086Kr35.61×1051×10757009847
73SET_2±2.50.54422.586Kr35.61×1051×10757009423
74SET_2±2.50.54422.586Kr28.91×1051×10746009533
75SET_2±93.61415086Kr28.91×1051×10746009894
76SET_2±93.61415086Kr23.11×1051×10737009561
77SET_2±2.50.54422.586Kr23.11×1051.4E64561110
78SET_2±2.50.54422.586Kr23.11×1051×10737009269
79SET_1±2.50.54422.586Kr35.61×1051×10757009247
80SET_1±2.5-0.544-22.586Kr35.61×1051×10757009524
81SET_1±93.61415086Kr35.61×1051×10757009755
82SET_1±9-3.614-15086Kr35.61×1051×107570010095
83SET_1±9-3.614-15086Kr28.91×1051×107460010129
84SET_1±93.61415086Kr28.91×1051×10746009449
85SET_1±2.50.54422.586Kr28.91×1051×10746009164
86SET_1±2.5-0.544-22.586Kr28.91×1051×10746009347
87SET_1±2.5-0.544-22.586Kr23.11×1051×10737009052
88SET_1±2.50.54422.586Kr23.11×1051×10737009058
89SET_193.61415086Kr23.11×1051×10737009189
90SET_1±9-3.614-15086Kr23.11×1051×10737009841
91SET_3±93.61415040Ar10.31×1051×10716505923
92SET_3±2.50.54422.540Ar10.31×1051×10716505358
93SET_3±2.50.54422.540Ar6.91×1051×10711005028
94SET_3±93.61415040Ar6.91×1051×10711005188
95SET_3±93.61415040Ar5.31×1051×1078405104
96SET_3±2.50.54422.540Ar5.31×1051×1078405108
97SET_2±2.50.54422.540Ar10.31×1051×10716505244
98SET_2±93.61415040Ar10.31×1051×10716505435
99SET_2±93.61415040Ar6.91×1051×10711005204
100SET_2±2.50.54422.540Ar6.91×1051×10711005316
101SET_2±2.50.54422.540Ar5.31×1051×1078405172
102SET_2±93.61415040Ar5.31×1051×1078405034
103SET_3±93.61415040Ar10.31×1051×10716504757
104SET_3±9-3.614-15040Ar10.31×1051×10716504746
105SET_3±2.50.54422.540Ar10.31×1051×10716504854
106SET_3±2.5-0.544-22.540Ar10.31×1051×10716504853
107SET_3±2.5-0.544-22.540Ar6.91×1051×10711004939
108SET_3±2.50.54422.540Ar6.91×1051×10711004826
109SET_3±93.61415040Ar6.91×1051×10711004762
110SET_3±9-3.614-15040Ar6.91×1051×10711004892
111SET_3±9-3.614-15040Ar5.31×1051×1078404737
112SET_3±93.61415040Ar5.31×1051×1078404628
113SET_3±2.50.54422.540Ar5.31×1051×1078404581
114SET_3±2.5-0.544-22.540Ar5.31×1051×1078404624
115SET_1±2.5-0.544-22.516O1.51×1051×1072402828
116SET_1±2.50.54422.516O1.51×1051×1072402795
118SET_1±93.61415016O1.51×1051×1072402553
120SET_1±9-3.614-15016O1.51×1051×1072402553
121SET_2±93.61415016O1.51×1054×1062402426
122SET_2±2.50.54422.516O1.51×1051×1072402999
123SET_3±93.61415016O1.51×1051×1072402637
124SET_3±2.50.54422.516O1.51×1051×1072402739
 Device Under Test Lined Up With the BeamFigure 5-11 Device Under Test Lined Up With the Beam