Syvecs Forums

Hi there,

Maybe I am not understanding the terminology but with regard to these two items:

-Does increasing the failure rate make the time to failure increment more quickly or less quickly?
-does increasing the recover rate allow the sensor to be considered "recovered" more quickly or less quickly?

Thank you!

hello,
1. I think increasing the failure rate would mean that failures occur more frequently. In this case, the time to failure would generally decrease, meaning that the time between each failure would be shorter. In other words, the system or component would be more prone to experiencing failures in a shorter period of time.
2. Increasing recovery rate: Increasing the recovery rate would generally mean that the system or sensor can be considered "recovered" more quickly after a failure or disruption. This implies that the time taken to bring the sensor or system back to a functional state or operational condition would decrease. Therefore, a higher recovery rate would indicate a faster recovery time.

The recovery rate is associated with the amount of money that lenders or investors can recover when a borrower defaults on a loan or when a company goes bankrupt. It represents the percentage of the initial investment or loan that can be recovered.
Watermelon Game

EOG wrote: ↑Thu Jul 27, 2023 1:20 am Hi there,rice purity test

Maybe I am not understanding the terminology but with regard to these two items:

-Does increasing the failure rate make the time to failure increment more quickly or less quickly?
-does increasing the recover rate allow the sensor to be considered "recovered" more quickly or less quickly?

Thank you!

If you increase the failure rate, it implies that the time to failure is expected to decrease. In other words, the system or component is anticipated to fail more quickly.

Increasing the recovery rate would usually imply that followinggeometry dash world a failure or disturbance, the system or sensor can be deemed "recovered" more rapidly. This suggests that it would take less time to restore the sensor or system to a functioning state or condition.

it appears that your ECU's closed-loop lambda control is disabled. Closed-loop lambda control uses the lambda readings from the oxygen sensor to make fueling corrections in real-time. With the "Overall Enable" set to "Disabledsnow rider 3d," it suggests that the lambda readings are not being used to determine fueling corrections.