Failures in time
Term · Semiconductors · MLC-T-SEM-000128
A unit of measurement for the failure rate of electronic components, representing the number of failures expected in one billion device-hours of operation. A FIT rate of 1 means one failure is expected every 10^9 hours of operation. This metric is widely used in reliability engineering to quantify the long-term reliability of semiconductor devices and systems.
| Identifier | MLC-T-SEM-000128 |
|---|---|
| Field | Semiconductors |
| Subject | Test & Reliability |
| Abbreviation | FIT |
Record as JSON
{
"id": "MLC-T-SEM-000128",
"term": "Failures in time",
"field": "Semiconductors",
"definition": "A unit of measurement for the failure rate of electronic components, representing the number of failures expected in one billion device-hours of operation. A FIT rate of 1 means one failure is expected every 10^9 hours of operation. This metric is widely used in reliability engineering to quantify the long-term reliability of semiconductor devices and systems.",
"abbreviation": "FIT",
"subject": "Test & Reliability",
"url": "https://mlchart.com/terminology/semiconductors/failures-in-time/"
}
Record 127 of 390 in Semiconductors terminology (MLC-0108). Request the full dataset.