SLOK014A November   2018  – August 2024 TLV1704-SEP

 

  1.   1
  2.   TLV1704-SEP Single-Event Effects (SEE) Radiation Report
  3.   Trademarks
  4. 1Overview
  5. 2SEE Mechanisms
  6. 3Test Device and Test Board Information
  7. 4Irradiation Facility and Setup
  8. 5Results
    1. 5.1 Single Event Latchup (SEL) Results
    2. 5.2 Single Event Transient (SET) Results
  9. 6Summary
  10. 7SET Results Appendix
  11. 8Confidence Interval Calculations
  12.   References
  13.   B Revision History

Single Event Transient (SET) Results

The TLV1704-SEP was characterized from 50.5 to 1.0 MeV-cm2 / mg at 3.3V, 12V, and 24V supply voltages in both output high and output low configuration. The device was tested at room temperature for all SETs runs. A nominal flux of 105 ions / s-cm2 was used, with each run concluding once a fluence of 107 ions/cm2 was reached. The device was tested at approximately 25°C while exposed to six LETEFF readpoints of 50.5 MeV-cm2 / mg, 35.6 MeV-cm2 / mg, 23.1 MeV-cm2 / mg, 9.8 MeV-cm2 / mg, 5.3 MeV-cm2 / mg, and 1.0 MeV-cm2 / mg. The output was monitored with the oscilloscope set to a window trigger mode that captured any events where the output shifted by ±500mV or more. The conditions and results for each run are summarized in the tables below. Figure 5-7 to Figure 5-10 show two examples of typical transient events at 24V supply and LETEFF = 50.5 MeV-cm2 / mg. The corresponding supply current was also recorded. See SET Results Appendix for histograms of the transient magnitudes and typical waveforms of the transients themselves.
 Run
                        #97 Supply CurrentFigure 5-5 Run #97 Supply Current
 Run #99 Supply
                        CurrentFigure 5-7 Run #99 Supply Current
 Run
                        #97 Typical Transient WaveformsFigure 5-6 Run #97 Typical Transient Waveforms
 Run #99 Typical Transient
                        WaveformsFigure 5-8 Run #99 Typical Transient Waveforms
Table 5-2 SET Run Summary for TLV1704-SEP in Output High Condition
RUN #

DUT

Output Condition

TEMPERATURE
(°C)
ION ANGLE FLUX
(ions·cm2/mg)
FLUENCE
(# ions)
LETEFF
(MeV.cm2/mg)

Vs = Vs+ - Vs-

# of Events

90

20

High

25 Xe 0 0.98

E+05

1.00

E+07

50.5 3.3

5868

91 20

High

25

Xe 0 0.98

E+05

1.00

E+07

50.5 12

7689

97

20

High

25 Xe 0 1.11

E+05

1.00

E+07

50.5 24

7255

155

20

High

25 Kr 0 1.11

E+05

1.00

E+07

35.6 3.3 4825

156

20

High

25

Kr

0

1.07

E+05

1.00

E+07

35.6 12 5857

158

20

High

25 Kr 0 1.11

E+05

1.00

E+07

35.6 24

5621

165

20

High

25 Kr 0 1.06

E+05

1.00

E+07

23.1 3.3

1236

166

20

High

25

Kr 0 1.08

E+05

1.00

E+07

23.1 12

3664

167

20

High

25 Kr 0 1.09

E+05

1.00

E+07

23.1 24

4358

248

20

High

25 Ar 0 1.03

E+05

1.00

E+07

9.8 3.3

286

249

20

High

25

Ar 0 1.03

E+05

1.00

E+07

9.8 12

533

252

20

High

25 Ar 0 1.05

E+05

1.00

E+07

9.8 24

870

259

20

High

25 Ar 0 1.07

E+05

1.00

E+07

5.3 3.3

84

260

20

High

25

Ar 0 1.06

E+05

1.00

E+07

5.3 12

118

261

20

High

25 Ar 0 1.07

E+05

1.00

E+07

5.3 24

90

262

20

High

25 O 0 1.00

E+05

1.00

E+07

1.0 3.3

0

265

20

High

25

O 0 1.00

E+05

1.00

E+07

1.0 12 0

267

20

High

25 O 0 0.99

E+05

1.00

E+07

1.0 24 0
Table 5-3 SET Run Summary for TLV1704-SEP in Output Low Condition
RUN #

DUT

Output Condition

TEMPERATURE
(°C)
ION ANGLE FLUX
(ions·cm2/mg)
FLUENCE
(# ions)
LETEFF
(MeV.cm2/mg)

Vs = VCC - VEE

# of Events

92

20

Low

25 Xe 0 0.97

E+05

1.00

E+07

50.5 3.3

566

93

20

Low

25

Xe 0 0.98

E+05

1.00

E+07

50.5 12

5831

99

20

Low

25 Xe 0 0.97

E+05

1.00

E+07

50.5 24

3561

159

20

Low

25 Kr 0 1.06

E+05

1.00

E+07

35.6 3.3

371

160

20

Low

25

Kr 0 1.06

E+05

1.00

E+07

35.6 12

4036

161

20

Low

25 Kr 0 1.06

E+05

1.00

E+07

35.6 24

5171

162

20

Low

25 Kr 0 1.08

E+05

1.00

E+07

23.1 3.3

334

163

20

Low

25

Kr 0 1.07

E+05

1.00

E+07

23.1 12

1357

164

20

Low

25 Kr 0 1.04

E+05

1.00

E+07

23.1 24

3522

253

20

Low

25 Ar 0 1.05

E+05

1.00

E+07

9.8 3.3

271

254

20

Low

25

Ar 0 1.05

E+05

1.00

E+07

9.8 12

553

255

20

Low

25 Ar 0 1.04

E+05

1.00

E+07

9.8 24

668

256

20

Low

25 Ar 0 1.06

E+05

1.00

E+07

5.3 3.3

107

257

20

Low

25

Ar 0 1.08

E+05

1.00

E+07

5.3 12

227

258

20

Low

25 Ar 0 1.08

E+05

1.00

E+07

5.3 24

270

268

20

Low

25 O 0 1.01

E+05

1.00

E+07

1.0 3.3

46

270

20

Low

25

O 0 1.01

E+05

1.00

E+07

1.0 12

28

271

20

Low

25 O 0 1.02

E+05

1.00

E+07

1.0 24

65