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- M051-Base-Serie(95)
- M0518-Serie(97)
- M0519-Serie(43)
- M0564-Serie(1)
- Mini51-Base-Serie(90)
- Nano100/102-Base-Serie(101)
- Nano103-Base-Serie(10)
- Nano110/112-LCD-Serie(100)
- Nano120-USB-Serie(111)
- Nano130-Advanced-Serie(110)
- NUC029-Serie(94)
- NUC100/200-Advanced-Serie(102)
- NUC120/122/123/220-USB-Serie(116)
- NUC121/125-Serie(1)
- NUC126-USB-Serie(2)
- NUC130/230-CAN-Serie(103)
- NUC131-NUC1311-CAN-Serie(98)
- NUC140/240-Konnektivität-Serie(114)
- M451-Base-Serie(118)
- M451M-Serie(117)
- M452-USB-Serie(130)
- M4521 USB Serie(1)
- M453-CAN-Serie(128)
- M463 CAN FD/USB HS Series(1)
- M467 Ethernet/Crypto Series(1)
- M471 Series(1)
- M479 Motor Control Series(1)
- M481-Base-Serie(4)
- M482-USB-FS-OTG-Serie(4)
- M483-CAN-Serie(4)
- M484-USB-HS-OTG-Serie(4)
- M485-Crypto-Serie(4)
- M487-Ethernet-Serie(4)
- M4TK-Touch-Key-Serie(25)
- NUC442/472-Serie(130)
- NUC472 Series(1)
- NUC505-Serie(138)
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Häufig gestellte Fragen
How to generate a 9-bit data frame with the UART function? Datum:2015-02-11
A 9-bit data frame in the UART application includes 8-bit data and parity bit (9th bit), and is normally used in the RS485 application to indicate the address or data byte. Refer to (follow) the table below to control SPE bit, EPE bit, and PBE bit of UA_LCR register for parity bit (9th bit) level first, and then write 8-bit data into the UA_THR register to generate a 9-bit data frame after UART is initiated.
SPE |
EPE |
PBE |
Parity Bit Level |
1 |
1 |
1 |
0 |
1 |
0 |
1 |
1 |
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 |
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Applikationen: | |
Funktion: | Peripherals,Connectivity,UART |