Lines Matching refs:on
28 - SoC – System-on-Chip.
39 … the different operating modes by seamlessly modifying the registers based on resource constraints…
43 - Gather constraints and/or find the lowest-power state achievable depending on user constraints or…
82 - **PM_EnterLowPower** --> MANDATORY ; Find the ideal low-power state available, based on registere…
86 There is also macros that the user can modify depending on the need, located in *fsl_pm_device_conf…
94 - **FSL_PM_SUPPORT_ALAWAYS_ON_SECTION** --> Allows to store variables in an always-on RAM.
96 For more details on APIs available and description, please refer to the *fsl_pm_core* files.
104 This example is a bare-metal application based on the [i.MX RT500 EVK](https://www.nxp.com/design/d…
170 - Constraints on the low power mode,
171 - Constraints on the resources.
182 Here, a constraint is set on the low power mode, and on the resources. The Power Manager will check…
189 Constraints on the low power mode are priority, i.e. if there is two constraints on the low power, …
225 The user can set constraints on resources and low power mode, following the same mechanism, for sle…
269 Power manager core API, this API should be used on RTOS's IDLE task.
271 1. Compute target power state based on the policy module.
277 The target power state is determined based on two factors: a. The input parameter should be larger …