FAQ
- M051 시리즈(95)
- M0518 시리즈(97)
- M0519 시리즈(43)
- M0564 시리즈(1)
- Mini51 시리즈(90)
- Nano100/102 시리즈(101)
- Nano103 시리즈(10)
- Nano110/112 LCD 시리즈(100)
- Nano120 USB 시리즈(111)
- Nano130 어드밴스드 시리즈(110)
- NUC029 시리즈(94)
- NUC100/200 어드밴스드 시리즈(102)
- NUC120/122/123/220 USB 시리즈(116)
- NUC121/125 시리즈(1)
- NUC126 USB 시리즈(2)
- NUC130/230 CAN 시리즈(103)
- NUC131/NUC1311 CAN 시리즈(98)
- NUC140/240 연결(Connectivity) 시리즈(114)
- M451 시리즈(118)
- M451M 시리즈(117)
- M452 USB 시리즈(130)
- M4521 USB 시리즈(1)
- M453 CAN 시리즈(128)
- M463 CAN FD/USB HS 시리즈(1)
- M467 Ethernet/Crypto 시리즈(1)
- M471 시리즈(1)
- M479 Motor Control Series(1)
- M481 시리즈(4)
- M482 USB FS OTG 시리즈(4)
- M483 CAN 시리즈(4)
- M484 USB HS OTG 시리즈(4)
- M485 Crypto 시리즈(4)
- M487 이더넷(Ethernet) 시리즈(4)
- M4TK Touch Key Series(25)
- NUC442/472 시리즈(130)
- NUC472 Series(1)
- NUC505 시리즈(138)
产品
功能
+
Häufig gestellte Fragen
Does the NuMicro™ family provide the flag to check and ensure the internal clock is stable? Datum:2014-01-01
Yes, all the series except the NUC1xxAN series provide the flag, OSC22M_STB, in the CLKSTATUS register to ensure the internal (HIRC) clock is stable. Please refer to the related Technical Reference Manual for further information.
Please add the following marked code after the internal clock is enabled.
SYSCLK->PWRCON.XTL12M_EN = 1;
Case 1:(All series except NUC1xxAN series)
while(SYSCLK->CLKSTATUS.OSC22M_STB == 0); // Check if (HIRC) clock is stable or not
Case 2:(NUC1xxAN series)
DrvSYS_Delay(5000); // Add delay to make sure (HIRC) clock is stable
Produkte: | Mikrocontroller ,Arm Cortex-M0-MCUs ,M051-Base-Serie ,M0518-Serie ,Mini51-Base-Serie ,Nano100/102-Base-Serie ,Nano110/112-LCD-Serie ,Nano120-USB-Serie ,Nano130-Advanced-Serie ,NUC029-Serie ,NUC100/200-Advanced-Serie ,NUC120/122/123/220-USB-Serie ,NUC130/230-CAN-Serie ,NUC131-NUC1311-CAN-Serie ,NUC140/240-Konnektivität-Serie ,Arm Cortex-M4-MCUs ,M451-Base-Serie ,M451M-Serie ,M452-USB-Serie ,M453-CAN-Serie ,NUC442/472-Serie ,NUC505-Serie |
---|---|
Applikationen: | |
Funktion: | Peripherals,Clock Control,HIRC,LIRC |