SYSCTL_Type Struct Reference

#include <hpm_sysctl_regs.h>

Data Fields
__RW uint32_t	RESOURCE [311]
__R uint8_t	RESERVED0 [804]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [2]
__R uint8_t	RESERVED1 [224]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [1]
__R uint8_t	RESERVED2 [16]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [1]
__R uint8_t	RESERVED3 [1744]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
__RW uint32_t   RET_WAIT
}	POWER [1]
__R uint8_t	RESERVED4 [1004]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [2]
__R uint8_t	RESERVED5 [992]
__RW uint32_t	CLOCK_CPU [1]
__RW uint32_t	CLOCK [36]
__R uint8_t	RESERVED6 [876]
__RW uint32_t	ADCCLK [2]
__RW uint32_t	DACCLK [2]
__R uint8_t	RESERVED7 [1008]
__RW uint32_t	GLOBAL00
__R uint8_t	RESERVED8 [1020]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
__R uint8_t	RESERVED9 [896]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [4]
__R uint8_t   RESERVED0 [48]
__RW uint32_t   WAKEUP_ENABLE [4]
__R uint8_t   RESERVED1 [880]
}	CPU [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [4]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP1 [4]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [1]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [1]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [2]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [6]
__R uint8_t   RESERVED0 [40]
__RW uint32_t   WAKEUP_ENABLE [6]
__R uint8_t   RESERVED1 [872]
}	CPU [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [3]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP1 [3]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [2]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [2]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [3]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [4]
__R uint8_t   RESERVED0 [48]
__RW uint32_t   WAKEUP_ENABLE [4]
__R uint8_t   RESERVED1 [880]
}	CPU [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [1]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [1]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [2]
__RW uint32_t	I2SCLK [2]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [4]
__R uint8_t   RESERVED0 [48]
__RW uint32_t   WAKEUP_ENABLE [4]
__R uint8_t   RESERVED1 [880]
}	CPU [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [3]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP1 [3]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [2]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [4]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [5]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [8]
__R uint8_t   RESERVED0 [32]
__RW uint32_t   WAKEUP_ENABLE [8]
__R uint8_t   RESERVED1 [864]
}	CPU [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [4]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [1]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [3]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [5]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [4]
__R uint8_t   RESERVED0 [48]
__RW uint32_t   WAKEUP_ENABLE [4]
__R uint8_t   RESERVED1 [880]
}	CPU [1]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [4]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP1 [4]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [2]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [3]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [4]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [6]
__R uint8_t   RESERVED0 [40]
__RW uint32_t   WAKEUP_ENABLE [6]
__R uint8_t   RESERVED1 [872]
}	CPU [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP0 [3]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	GROUP1 [3]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	AFFILIATE [2]
struct {
__RW uint32_t   VALUE
__RW uint32_t   SET
__RW uint32_t   CLEAR
__RW uint32_t   TOGGLE
}	RETENTION [2]
struct {
__RW uint32_t   STATUS
__RW uint32_t   LF_WAIT
__R uint8_t   RESERVED0 [4]
__RW uint32_t   OFF_WAIT
}	POWER [2]
struct {
__RW uint32_t   CONTROL
__RW uint32_t   CONFIG
__R uint8_t   RESERVED0 [4]
__RW uint32_t   COUNTER
}	RESET [3]
struct {
__RW uint32_t   CONTROL
__R uint32_t   CURRENT
__RW uint32_t   LOW_LIMIT
__RW uint32_t   HIGH_LIMIT
__R uint8_t   RESERVED0 [16]
}	MONITOR [4]
struct {
__RW uint32_t   LP
__RW uint32_t   LOCK
__RW uint32_t   GPR [14]
__R uint32_t   WAKEUP_STATUS [4]
__R uint8_t   RESERVED0 [48]
__RW uint32_t   WAKEUP_ENABLE [4]
__R uint8_t   RESERVED1 [880]
}	CPU [2]

Field Documentation

ADCCLK

__RW uint32_t SYSCTL_Type::ADCCLK

[1/8]

struct { ... } SYSCTL_Type::AFFILIATE[1]

[2/8]

struct { ... } SYSCTL_Type::AFFILIATE[1]

[3/8]

struct { ... } SYSCTL_Type::AFFILIATE[1]

[4/8]

struct { ... } SYSCTL_Type::AFFILIATE[1]

[5/8]

struct { ... } SYSCTL_Type::AFFILIATE[2]

[6/8]

struct { ... } SYSCTL_Type::AFFILIATE[2]

[7/8]

struct { ... } SYSCTL_Type::AFFILIATE[2]

[8/8]

struct { ... } SYSCTL_Type::AFFILIATE[2]

CLEAR

__RW uint32_t SYSCTL_Type::CLEAR

CLOCK

__RW uint32_t SYSCTL_Type::CLOCK

CLOCK_CPU

__RW uint32_t SYSCTL_Type::CLOCK_CPU

CONFIG

__RW uint32_t SYSCTL_Type::CONFIG

CONTROL

__RW uint32_t SYSCTL_Type::CONTROL

COUNTER

__RW uint32_t SYSCTL_Type::COUNTER

[1/8]

struct { ... } SYSCTL_Type::CPU[1]

[2/8]

struct { ... } SYSCTL_Type::CPU[1]

[3/8]

struct { ... } SYSCTL_Type::CPU[1]

[4/8]

struct { ... } SYSCTL_Type::CPU[1]

[5/8]

struct { ... } SYSCTL_Type::CPU[2]

[6/8]

struct { ... } SYSCTL_Type::CPU[2]

[7/8]

struct { ... } SYSCTL_Type::CPU[2]

[8/8]

struct { ... } SYSCTL_Type::CPU[2]

CURRENT

__R uint32_t SYSCTL_Type::CURRENT

DACCLK

__RW uint32_t SYSCTL_Type::DACCLK

GLOBAL00

__RW uint32_t SYSCTL_Type::GLOBAL00

GPR

__RW uint32_t SYSCTL_Type::GPR[14]

[1/8]

struct { ... } SYSCTL_Type::GROUP0[2]

[2/8]

struct { ... } SYSCTL_Type::GROUP0[2]

[3/8]

struct { ... } SYSCTL_Type::GROUP0[3]

[4/8]

struct { ... } SYSCTL_Type::GROUP0[3]

[5/8]

struct { ... } SYSCTL_Type::GROUP0[3]

[6/8]

struct { ... } SYSCTL_Type::GROUP0[4]

[7/8]

struct { ... } SYSCTL_Type::GROUP0[4]

[8/8]

struct { ... } SYSCTL_Type::GROUP0[4]

[1/5]

struct { ... } SYSCTL_Type::GROUP1[3]

[2/5]

struct { ... } SYSCTL_Type::GROUP1[3]

[3/5]

struct { ... } SYSCTL_Type::GROUP1[3]

[4/5]

struct { ... } SYSCTL_Type::GROUP1[4]

[5/5]

struct { ... } SYSCTL_Type::GROUP1[4]

HIGH_LIMIT

__RW uint32_t SYSCTL_Type::HIGH_LIMIT

I2SCLK

__RW uint32_t SYSCTL_Type::I2SCLK

LF_WAIT

__RW uint32_t SYSCTL_Type::LF_WAIT

LOCK

__RW uint32_t SYSCTL_Type::LOCK

LOW_LIMIT

__RW uint32_t SYSCTL_Type::LOW_LIMIT

LP

__RW uint32_t SYSCTL_Type::LP

[1/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[2/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[3/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[4/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[5/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[6/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[7/8]

struct { ... } SYSCTL_Type::MONITOR[4]

[8/8]

struct { ... } SYSCTL_Type::MONITOR[4]

OFF_WAIT

__RW uint32_t SYSCTL_Type::OFF_WAIT

[1/8]

struct { ... } SYSCTL_Type::POWER[1]

[2/8]

struct { ... } SYSCTL_Type::POWER[1]

[3/8]

struct { ... } SYSCTL_Type::POWER[1]

[4/8]

struct { ... } SYSCTL_Type::POWER[2]

[5/8]

struct { ... } SYSCTL_Type::POWER[2]

[6/8]

struct { ... } SYSCTL_Type::POWER[3]

[7/8]

struct { ... } SYSCTL_Type::POWER[3]

[8/8]

struct { ... } SYSCTL_Type::POWER[4]

RESERVED0

__R uint8_t SYSCTL_Type::RESERVED0

RESERVED1

__R uint8_t SYSCTL_Type::RESERVED1

RESERVED2

__R uint8_t SYSCTL_Type::RESERVED2

RESERVED3

__R uint8_t SYSCTL_Type::RESERVED3

RESERVED4

__R uint8_t SYSCTL_Type::RESERVED4

RESERVED5

__R uint8_t SYSCTL_Type::RESERVED5

RESERVED6

__R uint8_t SYSCTL_Type::RESERVED6

RESERVED7

__R uint8_t SYSCTL_Type::RESERVED7

RESERVED8

__R uint8_t SYSCTL_Type::RESERVED8

RESERVED9

__R uint8_t SYSCTL_Type::RESERVED9

[1/8]

struct { ... } SYSCTL_Type::RESET[2]

[2/8]

struct { ... } SYSCTL_Type::RESET[2]

[3/8]

struct { ... } SYSCTL_Type::RESET[2]

[4/8]

struct { ... } SYSCTL_Type::RESET[3]

[5/8]

struct { ... } SYSCTL_Type::RESET[3]

[6/8]

struct { ... } SYSCTL_Type::RESET[4]

[7/8]

struct { ... } SYSCTL_Type::RESET[5]

[8/8]

struct { ... } SYSCTL_Type::RESET[5]

RESOURCE

__RW uint32_t SYSCTL_Type::RESOURCE

RET_WAIT

__RW uint32_t SYSCTL_Type::RET_WAIT

[1/8]

struct { ... } SYSCTL_Type::RETENTION[1]

[2/8]

struct { ... } SYSCTL_Type::RETENTION[1]

[3/8]

struct { ... } SYSCTL_Type::RETENTION[1]

[4/8]

struct { ... } SYSCTL_Type::RETENTION[1]

[5/8]

struct { ... } SYSCTL_Type::RETENTION[2]

[6/8]

struct { ... } SYSCTL_Type::RETENTION[2]

[7/8]

struct { ... } SYSCTL_Type::RETENTION[2]

[8/8]

struct { ... } SYSCTL_Type::RETENTION[2]

SET

__RW uint32_t SYSCTL_Type::SET

STATUS

__RW uint32_t SYSCTL_Type::STATUS

TOGGLE

__RW uint32_t SYSCTL_Type::TOGGLE

VALUE

__RW uint32_t SYSCTL_Type::VALUE

WAKEUP_ENABLE

__RW uint32_t SYSCTL_Type::WAKEUP_ENABLE[4]

WAKEUP_STATUS

__R uint32_t SYSCTL_Type::WAKEUP_STATUS[4]

---

The documentation for this struct was generated from the following file:

• /home/docs/checkouts/readthedocs.org/user_builds/hpm-sdk/checkouts/latest/soc/HPM5300/ip/hpm_sysctl_regs.h