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• Clock overview
  This article gives information about the Linux® Clock framework. <br> Clocks are generally provided by internal/external oscillators or PLLs. <br>
  26 KB（1,439个字） - 2020年5月7日 (四) 23:45
• STM32MP15 clock tree
  …clock sources to the consumer peripherals (internal and external), except clock gating management that is locally controlled by each peripheral driver. The clock tree is managed via [[RCC internal peripheral]] hardware block and it is co
  52 KB（5,051个字） - 2020年5月6日 (三) 22:40
• Clock device tree configuration
  …g;</sup> OS. In that case, it is controlled by the [[Clock_overview|Common Clock framework]]. …e RCC peripheral, used by the clk-stm32mp1 Linux driver and by the Common Clock framework.
  4 KB（566个字） - 2020年5月6日 (三) 18:19
• How to set rtc system clock
  93字节（9个字） - 2020年1月11日 (六) 16:57
• Clock device tree configuration - Bootloader specif
  …nal_peripheral|RCC]] 中配置时钟树。<br/>然后，您可以参考[[Clock device tree configuration|clock device tree configuration]] 文章来了解如何在Linux中导出每个内 * [[Clock_device_tree_configuration]]中描述的绑定
  16 KB（1,310个字） - 2020年11月4日 (三) 17:38

页面内容匹配

• Clock device tree configuration
  …g;</sup> OS. In that case, it is controlled by the [[Clock_overview|Common Clock framework]]. …e RCC peripheral, used by the clk-stm32mp1 Linux driver and by the Common Clock framework.
  4 KB（566个字） - 2020年5月6日 (三) 18:19
• RCC internal peripheral
  …nal (LSI, HSI and CSI) and external (LSE and HSE) clocks. They are used as clock sources for the hardware blocks, either directly or indirectly, via the fou …and to the MCU subsystem, so to the Cortex^&reg;-M4 and its bus clock.
  6 KB（911个字） - 2020年11月2日 (一) 11:16
• Coresight device tree configuration
  …ties that may not vary for given STM32 device, such as: registers address, clock ... clocks = <&rcc CK_TRACE>;
  5 KB（566个字） - 2020年5月6日 (三) 18:19
• RNG device tree configuration
  …M32MP157C device tree}}</ref>. It describes the hardware register address, clock and reset. clocks = <&rcc RNG1_K>;
  3 KB（468个字） - 2020年5月6日 (三) 22:07
• Platform configuration overview
  the STM32MP15 clock tree ..., * GeraldB: because this page only shows the clock tree for STM32MP15 ST boards
  3 KB（459个字） - 2020年5月6日 (三) 23:12
• Clock overview
  This article gives information about the Linux® Clock framework. <br> Clocks are generally provided by internal/external oscillators or PLLs. <br>
  26 KB（1,439个字） - 2020年5月7日 (四) 23:45
• Audio troubleshooting grid
  :- Check that the codec is fed with master clock.
  929字节（121个字） - 2020年11月2日 (一) 08:52
• 公共参考资料
  PTP clock support ---> [*] Real Time Clock --->
  4 KB（485个字） - 2020年1月7日 (二) 10:41
• ADC internal peripheral
  …al">[[RCC internal peripheral]]</ref> sources (Synchronous or Asynchronous clock).
  5 KB（720个字） - 2020年11月9日 (一) 11:11
• Reset device tree configuration
  The STM32MP1 Reset node is same node of Clock (they share same hardware IP) and is located in the ''stm32mp157c.dtsi''<re #clock-cells = <1>;
  3 KB（521个字） - 2020年5月6日 (三) 22:05
• SAI device tree configuration
  rect 4 135 158 404 [[Clock_overview]] …clock-names = "pclk", "x8k", "x11k"; {{highlight|/* Peripheral and parent clock configuration. */}}
  9 KB（721个字） - 2020年11月5日 (四) 15:56
• LPTIM Linux driver
  * handles common resources (registers, clock) …stm32-lptimer.c driver}} to handle common resources, such as registers and clock.
  4 KB（574个字） - 2020年5月6日 (三) 23:27
• RTC internal peripheral
  The '''RTC''' peripheral is used to provide the date and clock to the application. It supports programmable alarms and wake up capabilitie The '''RTC''' peripheral is part of the backup domain which reset and clock are controlled via the [[RCC internal peripheral|RCC]] by the first stage…
  4 KB（580个字） - 2020年11月2日 (一) 11:17
• Resource manager for coprocessing
  …ipheral needs some external resources to properly run. These resources are clocks, interrupt lines, signal lines, pins, regulators, etc. Whereas some of these resources (for instance interrupts, clock gatings, resets) are instantiated for each core, some other ones (defined…
  15 KB（2,099个字） - 2020年5月7日 (四) 23:45
• CEC device tree configuration
  …ee (stm32mp157c.dtsi)}}</ref>. It describes the hardware register address, clocks, interrupts and power domains. clocks = <&rcc CEC>, <&rcc CK_LSE>;
  4 KB（623个字） - 2020年5月6日 (三) 18:17
• Clock device tree configuration - Bootloader specif
  …nal_peripheral|RCC]] 中配置时钟树。<br/>然后，您可以参考[[Clock device tree configuration|clock device tree configuration]] 文章来了解如何在Linux中导出每个内 * [[Clock_device_tree_configuration]]中描述的绑定
  16 KB（1,310个字） - 2020年11月4日 (三) 17:38
• DSI internal peripheral
  * hardware integration constraints such as support for all the clock values or the pll configurations make it difficult to use all possible mode *** non-burst mode with sync events or pulses: supported with clock constraints to be considered <ref name="AN4860"/>.
  4 KB（615个字） - 2020年11月10日 (二) 08:47
• DAC Linux driver
  …r/control}} # force the kernel to resume the DAC device (e.g. keep clocks and regulators enabled) * 可以通过阅读“ clk_summary”来验证'''clock'''<ref name="Clock overview">[[Clock overview]]</ref> 的使用情况：
  4 KB（368个字） - 2020年11月9日 (一) 15:09
• DCMI device tree configuration
  …low) provides the hardware registers base address, interrupts, reset line, clocks and dma channel used. clocks = <&rcc_clk DCMI>;
  9 KB（1,248个字） - 2020年5月6日 (三) 18:49
• STM32MP15 clock tree
  …clock sources to the consumer peripherals (internal and external), except clock gating management that is locally controlled by each peripheral driver. The clock tree is managed via [[RCC internal peripheral]] hardware block and it is co
  52 KB（5,051个字） - 2020年5月6日 (三) 22:40

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