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nd PORTB, the PIC18F452 has 8-bit bidirectional ports PORTC and PORTD, and 3-bit PORTE. Each port has its own data register (e.g., PORTC), data www.newnespress.com 74 Chapter 2 direction register (e.g., TRISC), and data latch register (e.g., LATC). The general operation of these ports is similar to that of PORTA.2.1. In the PIC18F452 microcontroller PORTC is multiplexed with several peripheral functions as shown in Table 2.8. On a power-on reset, PORTC pins are configured as digital inputs. In the PIC18F452 microcontroller, PORTD has Schmitt trigger input buffers. On a power-on reset, PORTD is configured as digital input. PORTD can be configured as an 8-bit parallel slave port (i.e., a microprocessor port) by setting bit 4 of the TRISE register. Table 2.9 shows functions of PORTD pins. In the PIC18F452 microcontroller, PORTE is only 3 bits wide. As shown in Table 2.10, port pins are shared with analog inputs and with parallel slave port read write control bits. On a power-on reset, PORTE pins are configured as analog inputs and register ADCON1 must be programmed to change these pins to digital I O. 2.1.9 Timers The PIC18F452 microcontroller has four programmable timers which can be used in many tasks, such as generating timing signals, causing interrupts to be generated at specific time intervals, measuring frequency and time intervals, and so on. This section introduces the timers available in the PIC18F452 microcontroller. Timer 0 Timer 0 is similar to the PIC16 series Timer 0, except that it can operate either in 8-bit or in 16-bit mode. Timer 0 has the following basic features: 8-bit or 16-bit operation 8-bit programmable prescaler External or internal clock source Interupt generation on overflow Timer 0 control register is T0CON, shown in Figure 2.24. The lower 6 bits of this register have similar functions to the PIC16-series OPTION register. The top two bits are used to select the 8-bit or 16-bit mode of operation and to enable disable the timer. www.newnespress.com Table 2.8: PIC18F452 PORTC pin functions Pin Description RC0 T1OSO T1CKI RC0 Digital I O T1OSO Timer 1 oscillator output T1CKI Timer 1 Timer 3 external clock input RC1 T1OSI CCP2 RC1 Digital I O T1OSI Timer 1 oscillator input CCP2 Capture 2 input, Compare 2 and PWM2 output RC2 CCP1 RC2 Digital I O CCP1 Capture 1 input, Compare 1 and PWM1 output RC3 SCK SCL RC3 Digital I O SCK Synchronous serial clock input output for SPI SCL Synchronous serial clock input output for I2C RC4 SDI SDA RC4 Digital I O SDI SPI data in SDA I2C data I O RC5 SDO RC5 Digital I O SDO SPI data output RC6 TX CK RC6 Digital I O TX USART transmit pin CK USART synchronous clock pin RC7 RX DT RC7 Digital I O RX USART receive pin DT USART synchronous data pin www.newnespress.com 76 Chapter 2 Table 2.9: PIC18F452 PORTD pin functions Pin Description RD0 PSP0 RD0 Digital I O PSP0 Parallel slave port bit 0 RD1 PSP1 RD1 Digital I O PSP1 Parallel slave port bit 1 RD2 PSP2 RD2 Digital I O PSP2 Parallel slave port bit 2 RD3 PSP3 RD3 Digital I O PSP3 Parallel slave port bit 3 RD4 PSP4 RD4 Digital I O PSP4 Parallel slave port bit 4 RD5 PSP5 RD5 Digital I O PSP5 Parallel slave port bit 5 RD6 PSP6 RD6 Digital I O PSP6 Parallel slave port bit 6 RD7 PSP7 RD7 Digital I O PSP7 Parallel slave port bit 7 www.newnespress.com PIC18F Microcontroller Series 77 Table 2.10: PIC18F452 PORTE pin functions Pin Description RE0 RD AN5 RE0 Digital I O RD Parallel slave port read control pin AN5 Analog input 5 RE1 WR AN6 RE1 Digital I O WR Parallel slave port write control pin AN6 Analog input 6 RE2 CS AN7 RE2 Digital I O CS Parallel slave port CS AN7 Analog input 7 Timer 0 can be operated either as a timer or as a counter. Timer mode is selected by clearing the T0CS bit, and in this mode the clock to the timer is derived from FOsc 4. Counter mode is selected by setting the T0CS bit, and in this mode Timer 0 is incremented on the rising or falling edge of input RA4 T0CKI. Bit T0SE of T0CON selects the edge triggering mode. An 8-bit prescaler can be used to change the timer clock rate by a factor of up to 256. The prescaler is selected by bits PSA and T0PS2:T0PS0 of register T0CON. 8-Bit Mode Figure 2.25 shows Timer 0 in 8-bit mode. The following operations are normally carried out in a timer application: Clear T0CS to select clock FOSC 4 Use bits T0PS2:T0PS0 to select a suitable prescaler value Clear PSA to select the prescaler www.newnespress.com 78 Chapter 2 R W-1 R W-1 RAW-1 RAW-1 RAW-1 RAW-1 RAW-1 RAW-1 TMROON 08 TOCS TOSE PSA T0PS2 T0PS1 TOPSO bit 7 bit 0 bit 7 TMROON: TimerO On Oft Control bit l = Enables TimerO 0 = Stops TimerO bit 6 T08BIT: TimerO 8-bit 16-bit Control bit 1 = TimerO is configured as an 8-bit timer counter 0 = TimerO is configured as a 16-bit timer counter bit 5 TOCS: TimerO Clock Source Select bit 1 = Transition on TOCKI pin 0 = Internal instruction cycle dock (CLKO) bit 4 TOSE: TimerO Source Edge Select bit 1 = Increment on high-to-low transition . For more information visit site www.prom-electric.ru

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