barcode reader in asp.net mvc PIC MICROCONTROLLER SUMMARY in Software

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PIC MICROCONTROLLER SUMMARY
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TABLE B.20 BIT
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MID-RANGE CCPXCON REGISTER DEFINITION FUNCTION
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Unused. DCxB1 DCxB0 PWM duty cycle bit 1 and bit 0; these bits are only accessed by the PWM for its low-output values. CCPxM3 CCPxM0 CCPx mode select. Bit 11xx 1011 1010 1001 1000 0111 0110 0101 0100 001x 0001 0000 Function PWM mode Compare mode, trigger special event Compare mode, trigger on compare match Compare mode, initialize CCP pin high; on compare, match force CCP low Compare mode, initialize CCP pin low; on compare, match force CCP high Capture on every 16th rising edge Capture on every 4th rising edge Capture on every rising edge Capture on every falling edge Unused Unused Capture/compare/PWM off
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buffering, with the SSPADD buffers providing the received address for comparing against I/O operations. To control the operation of the SSP, the SSPCON register (de ned in Table B.21) is used. The SSPSTAT register (see Table B.22) is also used to control the SSP. The master SSP (MSSP) accesses similar registers for the same functions with a second SSPCON register. The important difference between the MSSP and the other SSP modules is the enabled I2C master hardware in the MSSP. The MSSP s SSPCON1 register is de ned as shown in Table B.23. SSPCON2 is used for I2C master mode and is de ned in Table B.24. The SSPSTAT register for MSSP is shown in Table B.25. Interrupts are requested from the SSP via the SSPIF bit and enabled by the SSPIE bit. Nonreturn to zero (NRZ) asynchronous serial communications are accomplished by the built-in USART. This circuit also can be used for synchronous serial communications. The clock speed is determined by SPBRG. The TXREG and RCREG registers
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APPENDIX B
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TABLE B.21 BIT
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MID-RANGE SSPCON REGISTER DEFINITION FUNCTION
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WCOL set if SSPBUF was written to while transmitting data or not in correct mode for transmit. SSPOV set when SSP receive over ow occurs. SSPEN enables pins for SSP mode. CKP in SPI, set for idle clock high; in I2C mode, set to enable clock. SSPM3 SSPM0 SSP mode select: 1111 I2C slave mode, 10-bit address 1110 I2C slave mode, 7-bit address 110x Reserved 1011 I2C rmware-controlled master 1010 Reserved 1001 Reserved 1000 Reserved 0111 I2C slave mode, 10-bit address 0110 I2C slave mode, 7-bit address 0101 SSP slave, _SS disabled 0100 SSP slave, _SS enabled 0011 SPI master, clock = TMR2 0010 SPI master, Fosc/64 0001 SPI master, Fosc/16 0000 SPI master, Fosc/4
are used to transfer data. The RCSTA is the primary USART control register and is de ned in Table B.26. TXSTA is de ned in Table B.27. The RCIF interrupt request bit, when set, means that there is a character received in the USART. RCIF is enabled by RCIE. TXIF is set when the TX holding register is empty and is enabled by TXIE. Comparator-equipped PIC microcontrollers have a built-in reference voltage source that is controlled by the VRCON register (see Table B.28). The voltage reference output is de ned by the formula: Vref = [1/4 * Vdd * (1 VRR)] + Vdd * (VR3:VR0/{24 + [8 * (1 VRR)]}) For Vdd equal to 5.0 V, Table B.29 lists different Vref values. The voltage reference is normally used with the voltage comparator, which is controlled by the CMCON Register de ned in Table B.30.
PIC MICROCONTROLLER SUMMARY
TABLE B.22 BIT
MID-RANGE SSPSTAT REGISTER DEFINITION FUNCTION
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SMP data sampled at end of data output time if set, else middle. CKE data transmitted on rising edge of SCK when set. D/_A ssed by I2C; when set, indicates last byte transferred was data; when reset, indicates last byte transferred was address. P set when stop bit detected. S set when start bit indicated. R/_W set when command received was a read. UA set when application must update SSPADD register. BF set when buffer is full in RX and when TX is in process.
Interrupts requested by change on comparator outputs are speci ed by CMIF and enabled by CMIE. There are also some analog-to-digital converter (ADC) options that can be used with the PIC microcontroller. Operation of the ADC is controlled by the ADCON0 register (see Table B.31). Selecting the PORTA, analog/digital functions, there are a number of different formats of ADCON1 that you should be aware of. For basic 18-pin PIC microcontroller ADCs, ADCON1 is de ned in Table B.32.
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