Module d1_pac::rtc::dcxo_ctrl

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Expand description

DCXO Control Register

Structs§

  • DCXO_CTRL_SPEC
    DCXO Control Register
  • R
    Register dcxo_ctrl reader
  • W
    Register dcxo_ctrl writer

Enums§

  • CLK16M_RC_EN_A
    The related register configuration is necessary to ensure the reset debounce circuit has a stable clock source. The first time SoC starts up, by default, the reset debounce circuit of SoC uses 32K divided by RC16M. In power-off, software reads the related bit to ensure whether EXT32K is working normally, if it is normal, first switch the clock source of debounce circuit to EXT32K, then close RC16M. Without EXT32K scenario or external RTC scenario, software confirms firstly whether EXT32K is working normally before switching, or software does not close RC16M.
  • CLK_REQ_ENB_A
    Clock REQ enable
  • DCXO_EN_A
    DCXO enable
  • XTAL_MODE_A
    Xtal mode enable signal, active high

Type Aliases§

  • CLK16M_RC_EN_R
    Field clk16m_rc_en reader - The related register configuration is necessary to ensure the reset debounce circuit has a stable clock source. The first time SoC starts up, by default, the reset debounce circuit of SoC uses 32K divided by RC16M. In power-off, software reads the related bit to ensure whether EXT32K is working normally, if it is normal, first switch the clock source of debounce circuit to EXT32K, then close RC16M. Without EXT32K scenario or external RTC scenario, software confirms firstly whether EXT32K is working normally before switching, or software does not close RC16M.
  • CLK16M_RC_EN_W
    Field clk16m_rc_en writer - The related register configuration is necessary to ensure the reset debounce circuit has a stable clock source. The first time SoC starts up, by default, the reset debounce circuit of SoC uses 32K divided by RC16M. In power-off, software reads the related bit to ensure whether EXT32K is working normally, if it is normal, first switch the clock source of debounce circuit to EXT32K, then close RC16M. Without EXT32K scenario or external RTC scenario, software confirms firstly whether EXT32K is working normally before switching, or software does not close RC16M.
  • CLK_REQ_ENB_R
    Field clk_req_enb reader - Clock REQ enable
  • CLK_REQ_ENB_W
    Field clk_req_enb writer - Clock REQ enable
  • DCXO_BG_R
    Field dcxo_bg reader - DCXO bandgap output voltage
  • DCXO_BG_W
    Field dcxo_bg writer - DCXO bandgap output voltage
  • DCXO_EN_R
    Field dcxo_en reader - DCXO enable
  • DCXO_EN_W
    Field dcxo_en writer - DCXO enable
  • DCXO_ICTRL_R
    Field dcxo_ictrl reader - DCXO current control value
  • DCXO_ICTRL_W
    Field dcxo_ictrl writer - DCXO current control value
  • DCXO_LDO_INRUSHB_R
    Field dcxo_ldo_inrushb reader - DCXO LDO driving capacity signal, active high
  • DCXO_LDO_INRUSHB_W
    Field dcxo_ldo_inrushb writer - DCXO LDO driving capacity signal, active high
  • DCXO_RFCLK_ENHANCE_R
    Field dcxo_rfclk_enhance reader - DCXO rfclk enhance
  • DCXO_RFCLK_ENHANCE_W
    Field dcxo_rfclk_enhance writer - DCXO rfclk enhance
  • DCXO_TRIM_R
    Field dcxo_trim reader - DCXO cap array value
  • DCXO_TRIM_W
    Field dcxo_trim writer - DCXO cap array value
  • RSTO_DLY_SEL_R
    Field rsto_dly_sel reader - For Debug Use Only.
  • RSTO_DLY_SEL_W
    Field rsto_dly_sel writer - For Debug Use Only.
  • XTAL_MODE_R
    Field xtal_mode reader - Xtal mode enable signal, active high
  • XTAL_MODE_W
    Field xtal_mode writer - Xtal mode enable signal, active high