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PIC18F4685-I/SP датащи(PDF) 138 Page - Microchip Technology |
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PIC18F4685-I/SP датащи(HTML) 138 Page - Microchip Technology |
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138 / 484 page ![]() PIC18F2682/2685/4682/4685 DS39761B-page 136 Preliminary © 2007 Microchip Technology Inc. TABLE 10-5: PORTC I/O SUMMARY Pin Name Function I/O TRIS Buffer Description RC0/T1OSO/ T13CKI RC0 OUT 0 DIG LATC<0> data output. IN 1 ST PORTC<0> data input. T1OSO OUT x ANA Timer1 oscillator output – overrides the TRIS<0> control when enabled. T13CKI IN 1 ST Timer1/Timer3 clock input. RC1/T1OSI RC1 OUT 0 DIG LATC<1> data output. IN 1 ST PORTC<1> data input. T1OSI IN x ANA Timer1 oscillator input – overrides the TRIS<1> control when enabled. RC2/CCP1 RC2 OUT 0 DIG LATC<2> data output. IN 1 ST PORTC<2> data input. CCP1 OUT 0 DIG CCP1 compare output. IN 1 ST CCP1 capture input. RC3/SCK/SCL RC3 OUT 0 DIG LATC<3> data output. IN 1 ST PORTC<3> data input. SCK OUT 0 DIG SPI clock output (MSSP module) – must have TRIS set to ‘1’ to allow the MSSP module to control the bidirectional communication. IN 1 ST SPI clock input (MSSP module). SCL OUT 0 DIG I2C™/SMBus clock output (MSSP module) – must have TRIS set to ‘1’ to allow the MSSP module to control the bidirectional communication. IN 1 I2C/SMB I2C/SMBus clock input. RC4/SDI/SDA RC4 OUT 0 DIG LATC<4> data output. IN 1 ST PORTC<4> data input. SDI IN 1 ST SPI data input (MSSP module). SDA OUT 1 DIG I2C/SMBus data output (MSSP module) – must have TRIS set to ‘1’ to allow the MSSP module to control the bidirectional communication. IN 1 I2C/SMB I2C/SMBus data input (MSSP module) – must have TRIS set to ‘1’ to allow the MSSP module to control the bidirectional communication. RC5/SDO RC5 OUT 0 DIG LATC<5> data output. IN 1 ST PORTC<5> data input. SDO OUT 0 DIG SPI data output (MSSP module). RC6/TX/CK RC6 OUT 0 DIG LATC<6> data output. IN 1 ST PORTC<6> data input. TX OUT 0 DIG EUSART data output. CK OUT 1 DIG EUSART synchronous clock output – must have TRIS set to ‘1’ to enable EUSART to control the bidirectional communication. IN 1 ST EUSART synchronous clock input. RC7/RX/DT RC7 OUT 0 DIG LATC<7> data output. IN 1 ST PORTC<7> data input. RX IN 1 ST EUSART asynchronous data input. DT OUT 1 DIG EUSART synchronous data output – must have TRIS set to ‘1’ to enable EUSART to control the bidirectional communication. IN 1 ST EUSART synchronous data input. Legend: OUT = Output; IN = Input; ANA = Analog Signal; DIG = Digital Output; ST = Schmitt Buffer Input; TTL = TTL Buffer Input; I2C = Inter-Integrated Circuit; SMBus = System Management Bus |
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