SBOK051 November 2023 OPA4H014-SEP
PRODUCTION DATA
Table 1-1 lists the device information used for TID HDR characterization and qualification. Table 1-2 lists the associated information for TID LDR characterization and qualification.
As a one-time characterization, samples were tested to 10 krad(Si), 20 krad(Si), and 30 krad(Si) maximum total dose levels (three units each) in accordance with the RLAT procedure. Three additional units were tested to 50 krad(Si). Unbiased and biased LDR is also performed (five units each), up to 30 krad(Si). Analysis of parametric data from HDR and LDR results was used to determine that the OPA4H014-SEP is not considered Enhanced Low Dose Rate Sensitive (ELDRS).TID HDR Details: Up to 50 krad(Si) | |
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TI Device Number | OPA4H014-SEP |
Package | 14-pin, PW |
Technology | BICOM-3XHV |
Quantity Tested | 12 irradiated devices + 1 control |
Lot Accept/Reject | Devices passed 10 krad(Si), 20 krad(Si), 30 krad(Si) |
HDR Radiation Facility | Texas Instruments SVA Group, Santa Clara, CA |
HDR Dose Level | 10 krad(Si), 20 krad(Si), 30 krad(Si), 50 krad(Si) |
HDR Dose Rate | 59.2 rad(Si)/s |
HDR Radiation Source | Gammacell 220 Excel (GC-220E) Co-60 |
Irradiation Temperature | Ambient, room temperature |
TID LDR Details: Up to 30 krad(Si) | |
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TI Device Number | OPA4H014-SEP |
Package | 14-pin, PW |
Technology | BICOM-3XHV |
Quantity Tested | 10 irradiated devices |
Lot Accept/Reject | Devices passed 10 krad(Si), 20 krad(Si), 30 krad(Si) |
LDR Radiation Facility | Radiation Test Solutions (RTS), Colorado Springs, Colorado |
LDR Dose Level | 10 krad(Si), 20 krad(Si), 30 krad(Si) |
LDR Dose Rate | 10 mrad(Si)/s |
LDR Radiation Source | Gammacell (JLS-81-22) Co-60 |
Irradiation Temperature | Ambient, room temperature |