STM32G474 Encoder Index: Preserve the Same Reference Position in Both Directions
Why does a quadrature encoder index load zero in one direction and ARR in the other, and which A/B phase should define the physical reference?
Why does a quadrature encoder index load zero in one direction and ARR in the other, and which A/B phase should define the physical reference?
Does the application need seconds spent in a state during each reporting window, or the duration of a completed state episode, and why do repeated same-state samples matter?
Why can a gateway retain group-deployed components after it is removed from that AWS IoT thing group?
Why does a field calculated with AS in an AWS IoT rule SELECT remain unavailable to the SiteWise action parameter template?
Why does a tag or its history update differently after every screen displaying it is closed, even though the gateway is still running?
Why can an alarm miss a small threshold crossing even when its own deadband is zero?
Why can an industrial gateway reach its AWS rule through a reserved Basic Ingest topic while an otherwise correct MQTT observer receives no publication?
Why does changing a calibration attribute leave the latest derived SiteWise value unchanged until a measurement input updates?
How can an irregularly reported industrial measurement produce different sample and time-weighted averages, and which interpolation contract matches the equipment signal?
Why does a deployment to one gateway fail to upgrade a component when another thing-group deployment still requires its old version?