6.6 64-lead Package Pinout

Table 6-3. 64-lead Package Pinout
LQFP PinQFN Pin (11)Power RailI/O TypePrimaryAlternatePIO Peripheral APIO Peripheral BPIO Peripheral CDirPIO Peripheral DDirReset State
SignalDirSignalDirSignalDirSignalDirSignalDirSignalDirSignal, Dir, PU, PD, HiZ, ST
4040VDDIOGPIO_ADPA3I/OPIODC0(1)ITWD0(2)I/OLONCOL1IPCK2OPIO, I, PU, ST
3434VDDIOGPIOPA4I/OWKUP3/PIODC1(2)ITWCK0OTCLK0IUTXD1OPIO, I, PU, ST
3232VDDIOGPIO_ADPA5I/OWKUP4/PIODC2(2)IPWMC1_PWML3OISI_D4IURXD1IPIO, I, PU, ST
1515VDDIOCLOCKPA7I/OXIN32(3)IPWMC0_PWMH3PIO, HiZ
1616VDDIOCLOCKPA8I/OXOUT32(3)OPWMC1_PWMH3OAFE0_ADTRGIPIO, HiZ
3333VDDIOGPIO_ADPA9I/OWKUP6/PIODC3(2)IURXD0IISI_D3IPWMC0_PWM FI0IPIO, I, PU, ST
2828VDDIOGPIO_ADPA10I/OPIODC4(1)IUTXD0OPWMC0_PWMEXT RG0IRDIPIO, I, PU, ST
2727VDDIOGPIO_ADPA11I/OWKUP7/PIODC5(2)IQCSOPWMC0_PWMH0OPWMC1_PWM L0OPIO, I, PU, ST
2929VDDIOGPIO_ADPA12I/OPIODC6(1)IQIO1I/OPWMC0_PWMH1OPWMC1_PWM H0OPIO, I, PU, ST
1818VDDIOGPIO_ADPA13I/OPIODC7(1)IQIO0I/OPWMC0_PWMH2OPWMC1_PWM L1OPIO, I, PU, ST
1919VDDIOGPIO_CLKPA14I/OWKUP8/PIODCEN 1(2)IQSCKOPWMC0_PWMH3OPWMC1_PWM H1OPIO, I, PU, ST
1212VDDIOGPIO_ADPA21I/OAFE0_AD1/ PIODCEN2(7)IRXD1IPCK1OPWMC1_PWM FI0IPIO, I, PU, ST
1717VDDIOGPIO_ADPA22I/OPIODCCLK(1)IRKI/OPWMC0_PWMEXT RG1IOPIO, I, PU, ST
2323VDDIOGPIO_ADPA24I/ORTS1OPWMC0_PWMH1OA20OISI_PCKIPIO, I, PU, ST
3030VDDIOGPIO_ADPA27I/ODTR1OTIOB2I/OI/OISI_D7IPIO, I, PU, ST
88VDDIOGPIOPB0I/OAFE0_AD10/ RTCOUT0(6)IPWMC0_PWMH0ORXD0ITFI/OPIO, I, PU, ST
77VDDIOGPIOPB1I/OAFE1_AD0/ RTCOUT1(6)IPWMC0_PWMH1OGTSUCOMPOTXD0I/OTKI/OPIO, I, PU, ST
99VDDIOGPIOPB2I/OAFE0_AD5(4)ICANTX0OCTS0II/OPIO, I, PU, ST
1111VDDIOGPIO_ADPB3I/OAFE0_AD2/WKUP 12(6)ICANRX0IPCK2ORTS0OISI_D2IPIO, I, PU, ST
4646VDDIOGPIO_MLBPB4I/OTDI(8)ITWD1I/OPWMC0_PWMH2O

MLBCLK

-

I

-
TXD1I/OPIO, I, PD, ST
4747VDDIOGPIO_MLBPB5I/OTDO/TRACESWO/ WKUP13(8)OTWCK1OPWMC0_PWML0O

MLBDAT

-

I/O

-
TDOO, PU
3535VDDIOGPIOPB6I/OSWDIO/TMS(8)IPIO,I,ST
3939VDDIOGPIOPB7I/OSWCLK/TCK(8)IPIO,I,ST
6263VDDIOCLOCKPB8I/OXOUT(9)OPIO, HiZ
6364VDDIOCLOCKPB9I/OXIN(9)IPIO, HiZ
3838VDDIOGPIOPB12I/OERASE(8)IPWMC0_PWML1OGTSUCOMPOPCK0OPIO, I, PD, ST
12VDDIOGPIO_ADPD0I/ODAC1(11)IGTXCKIPWMC1_PWML0OI/ODCD0IPIO, I, PU, ST
5757VDDIOGPIOPD1I/OGTXENOPWMC1_PWMH0OI/ODTR0OPIO, I, PU, ST
5656VDDIOGPIOPD2I/OGTX0OPWMC1_PWML1OI/ODSR0IPIO, I, PU, ST
5555VDDIOGPIOPD3I/OGTX1OPWMC1_PWMH1OUTXD4ORI0IPIO, I, PU, ST
5454VDDIOGPIO_CLKPD4I/OGRXDVIPWMC1_PWML2OTRACED0OPIO, I, PU, ST
5353VDDIOGPIO_CLKPD5I/OGRX0IPWMC1_PWMH2OTRACED1OPIO, I, PU, ST
5151VDDIOGPIO_CLKPD6I/OGRX1IPWMC1_PWML3OTRACED2OPIO, I, PU, ST
5050VDDIOGPIO_CLKPD7I/OGRXERIPWMC1_PWMH3OTRACED3OPIO, I, PU, ST
4949VDDIOGPIO_CLKPD8I/OGMDCOPWMC0_PWMFI1ITRACECLKOPIO, I, PU, ST
4848VDDIOGPIO_CLKPD9I/OGMDIOI/OPWMC0_PWMFI2IAFE1_ADTRGIPIO, I, PU, ST
4444VDDIOGPIO_MLBPD10I/OGCRSIPWMC0_PWML0OTDO

MLBSIG

-

I/O

-
PIO, I, PD, ST
4343VDDIOGPIO_ADPD11I/OGRX2IPWMC0_PWMH0OGTSUCOMPOISI_D5IPIO, I, PU, ST
4141VDDIOGPIO_ADPD12I/OGRX3IOOISI_D6IPIO, I, PU, ST
2626VDDIOGPIO_ADPD21I/OPWMC0_PWMH1OI/OTIOA11I/OISI_D1IPIO, I, PU, ST
2525VDDIOGPIO_ADPD22I/OPWMC0_PWMH2OOTIOB11I/OISI_D0IPIO, I, PU, ST
2222VDDIOGPIO_ADPD24I/OPWMC0_PWML0ORFI/OTCLK11IISI_HSYNCIPIO, I, PU, ST
2020VDDIOGPIO_ADPD25I/OPWMC0_PWML1OI/OURXD2IISI_VSYNCIPIO, I, PU, ST
2121VDDIOGPIOPD26I/OPWMC0_PWML2OTDOUTXD2OUTXD1OPIO, I, PU, ST
23VDDIOGPIO_ADPD31I/OQIO3I/OUTXD3OPCK2OISI_D11IPIO, I, PU, ST
34VDDOUTPowerVDDOUT
45VDDINPowerVDDIN
56VDDIOReferenceVREFPI
3636VDDIORSTNRSTI/OPIO, I, PU
3737VDDIOTESTTSTII, PD
10, 42, 5810,42,58VDDIOPowerVDDIO
4545VDDIOTESTJTAGSELII, PD
13, 24, 6113,24,61VDDCOREPowerVDDCOR E
5252VDDPLLPowerVDDPLL
5959VDDUTMIIUSBHSDMI/O
6060VDDUTMIIUSBHSDPI/O
14, 3114,31GNDGroundGND
6-GNDGroundGND---
641VDDPLLUSBPowerVDDPLLU SB
--62--VBGVBGI-
Note:
  1. To select this extra function, refer to the Parallel Capture Mode section in the “Parallel Input/Output Controller (PIO)” chapter.
  2. PIODCEN1/PIODCx has priority over WKUPx. Refer to the Parallel Capture Mode section in the “PIO” chapter.
  3. Refer to the Slow Clock Generator section in the “Supply Controller (SUPC)” chapter.
  4. To select this extra function, refer to the I/O Lines section in the “External Bus Interface (EBI)” chapter. This selection is independent of the PIO line configuration. PIO lines must be configured according to required settings (PU or PD).
  5. Analog input has priority over WKUPx pin. To select the analog input, refer to the I/O Lines section in the “EBI” chapter. WKUPx can be used if the PIO controller defines the I/O line as “input”.
  6. Analog input has priority over RTCOUTx pin. To select the analog input, refer to the I/O Lines section in the “EBI” chapter. Refer to the Waveform Generation section in the “Real-Time Clock (RTC)” chapter to select RTCOUTx.
  7. Analog input has priority over WKUPx pin. To select the analog input, refer to the I/O Lines section in the “EBI” chapter. To select PIODCEN2, refer to the Parallel Capture Mode in the “PIO” chapter.
  8. Refer to the System I/O Configuration Register (CCFG_SYSIO) in the “Bus Matrix (MATRIX)” chapter.
  9. Refer to the Main Crystal Oscillator section in the Clock Generator chapter. This selection is independent of the PIO line configuration. PIO lines must be configured according to XINxx (I) and XOUTxx (O).
  10. DAC0 is selected when DACC_CHER.CH0 is set. DAC1 is selected when DACC_CHER.CH1 is set. Refer to the DACC Channel Enable Register in the “Digital-to-Analog Converter Controller (DACC)” chapter.
  11. The exposed pad of the QFN64 package MUST be connected to ground.
Note: Pinout limitations prevent full support of USART functionality. The following table lists which USART functions are available.
Table 6-4. USART Functions
USART PinsAvailability
FunctionDescriptionPin NameUSART0USART1
SCKSerial ClockSCKnn
TXDTransmit DataUTXDxyy
RXDReceive DataURXDxyy
RTSRequest to SendRTSxyy
CTSClear To SendCTSxyn
DTRData Terminal ReadyDTRxyy
DSRData Set ReadyDSRxyn
DCDData Carrier DetectDCDxyn
RIRing IndicatorRIxyn
LCOLLON Collision DetectionLONCOLxny