Searched refs:runs (Results 1 – 25 of 158) sorted by relevance
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27 clock-frequency = <DT_FREQ_M(96)>; /* OFMCLK runs at 96MHz */28 core-prescaler = <1>; /* CORE_CLK runs at 96MHz */29 apb1-prescaler = <8>; /* APB1_CLK runs at 12MHz */30 apb2-prescaler = <1>; /* APB2_CLK runs at 96MHz */31 apb3-prescaler = <1>; /* APB3_CLK runs at 96MHz */32 ahb6-prescaler = <1>; /* APB6_CLK runs at 96MHz */33 fiu-prescaler = <1>; /* FIU_CLK runs at 96MHz */34 i3c-prescaler = <1>; /* I3C_CLK runs at 96MHz */
134 uint32_t runs = 0U; in main() local158 if (++runs > N_SETTLE) { in main()165 avg = tot / (runs - 10); in main()
17 # sram_code instead runs entirely from SRAM after being copied there.
52 The CPU runs with the default, hardware-selected frequency.67 The CPU runs with the default state of glitch detector.
153 clock-frequency = <DT_FREQ_M(90)>; /* OFMCLK runs at 90MHz */154 core-prescaler = <6>; /* CORE_CLK runs at 15MHz */155 apb1-prescaler = <6>; /* APB1_CLK runs at 15MHz */156 apb2-prescaler = <6>; /* APB2_CLK runs at 15MHz */157 apb3-prescaler = <6>; /* APB3_CLK runs at 15MHz */158 apb4-prescaler = <6>; /* APB4_CLK runs at 15MHz */
122 clock-frequency = <DT_FREQ_M(90)>; /* OFMCLK runs at 90MHz */123 core-prescaler = <6>; /* CORE_CLK runs at 15MHz */124 apb1-prescaler = <6>; /* APB1_CLK runs at 15MHz */125 apb2-prescaler = <6>; /* APB2_CLK runs at 15MHz */126 apb3-prescaler = <6>; /* APB3_CLK runs at 15MHz */
153 clock-frequency = <DT_FREQ_M(120)>; /* OFMCLK runs at 120MHz */154 core-prescaler = <8>; /* CORE_CLK runs at 15MHz */155 apb1-prescaler = <8>; /* APB1_CLK runs at 15MHz */156 apb2-prescaler = <8>; /* APB2_CLK runs at 15MHz */157 apb3-prescaler = <8>; /* APB3_CLK runs at 15MHz */158 apb4-prescaler = <8>; /* APB4_CLK runs at 15MHz */
16 Polling mode runs automatically on a predefined period, probing the
11 board it runs on (e.g. :ref:`nrf52840dk_nrf52840` supports both Bluetooth LE and USB).
7 abstractions. Contrary to the non-userspace version, it runs threads
18 Polling mode runs automatically on a predefined period, probing the
15 4. The partner thread then runs and calls _pend_curr_irqlock() again
10 This sample demonstrates how to scan for 1-Wire devices. It runs the 1-Wire
14 The program runs in the following sequence:
11 The Eddystone Configuration Service runs as a GATT service on the beacon while
11 functionality of STM32. Without adaptions this example runs on STM32F3 discovery
31 interact with some other driver/device which runs at real time.
13 can be indicated for twister runs by setting the fixture "dac_adc_loop".
97 Core runs up to 1.7 GHz. Cortex-M33 Core runs up to 200MHz in which SYSTICK runs
28 This sample runs with the LMP90100 EVB connected to any development
13 application runs the current value is displayed and then incremented by one. If
20 When the application runs, it issues an SNTP request to the host and waits
23 systems, clock initially runs from less accurate source which has faster
33 The backend will anyway send the event before this delay if buffer space runs out.
26 support depends on the driver and the hardware it runs on.
