Microchip Technology ARD00385 Data Sheet
2009-2011 Microchip Technology Inc.
DS39957D-page 555
PIC18F87K90 FAMILY
INDEX
A
A/D Converter Interrupt, Configuring ........................ 383
Acquisition Requirements ......................................... 384
ADRESH Register..................................................... 381
Analog Port Pins, Configuring................................... 385
Associated Registers ................................................ 388
Automatic Acquisition Time....................................... 385
Configuring the Module............................................. 383
Conversion Clock (T
Acquisition Requirements ......................................... 384
ADRESH Register..................................................... 381
Analog Port Pins, Configuring................................... 385
Associated Registers ................................................ 388
Automatic Acquisition Time....................................... 385
Configuring the Module............................................. 383
Conversion Clock (T
Conversion Requirements ........................................ 543
Conversion Status (GO/DONE Bit) ........................... 381
Conversions .............................................................. 386
Converter Characteristics ......................................... 542
Differential................................................................. 373
Operation in Power-Managed Modes ....................... 387
Use of the Special Event Triggers ............................ 387
Conversion Status (GO/DONE Bit) ........................... 381
Conversions .............................................................. 386
Converter Characteristics ......................................... 542
Differential................................................................. 373
Operation in Power-Managed Modes ....................... 387
Use of the Special Event Triggers ............................ 387
Absolute Maximum Ratings .............................................. 505
AC (Timing) Characteristics .............................................. 523
AC (Timing) Characteristics .............................................. 523
Parameter Symbology .............................................. 523
Timing Conditions ..................................................... 524
Timing Conditions ..................................................... 524
ADDFSR ........................................................................... 494
ADDLW ............................................................................. 457
ADDULNK......................................................................... 494
ADDWF............................................................................. 457
ADDWFC .......................................................................... 458
ADRESL Register ............................................................. 381
Analog and Digital Ports ................................................... 156
Analog-to-Digital Converter. See A/D.
ANDLW ............................................................................. 458
ANDWF............................................................................. 459
Assembler
ADDLW ............................................................................. 457
ADDULNK......................................................................... 494
ADDWF............................................................................. 457
ADDWFC .......................................................................... 458
ADRESL Register ............................................................. 381
Analog and Digital Ports ................................................... 156
Analog-to-Digital Converter. See A/D.
ANDLW ............................................................................. 458
ANDWF............................................................................. 459
Assembler
B
Baud Rate Generator........................................................ 335
BC ..................................................................................... 459
BCF................................................................................... 460
BF ..................................................................................... 339
BF Status Flag .................................................................. 339
Block Diagrams
BC ..................................................................................... 459
BCF................................................................................... 460
BF ..................................................................................... 339
BF Status Flag .................................................................. 339
Block Diagrams
A/D ............................................................................ 382
A/D Differential Channel Measurement .................... 373
Analog Input Model ................................................... 383
Baud Rate Generator................................................ 335
Capture Mode Operation .................................. 243, 255
Clock Source Multiplexing......................................... 230
Comparator Analog Input Model ............................... 392
Comparator Configurations....................................... 394
Comparator Output ................................................... 389
Comparator Voltage Reference ................................ 398
Comparator Voltage Reference Output
A/D Differential Channel Measurement .................... 373
Analog Input Model ................................................... 383
Baud Rate Generator................................................ 335
Capture Mode Operation .................................. 243, 255
Clock Source Multiplexing......................................... 230
Comparator Analog Input Model ............................... 392
Comparator Configurations....................................... 394
Comparator Output ................................................... 389
Comparator Voltage Reference ................................ 398
Comparator Voltage Reference Output
Compare Mode Operation ................................ 245, 256
Connections for On-Chip Voltage Regulator............. 442
Crystal/Ceramic Resonator (HS, HSPLL) ................... 47
CTMU........................................................................ 407
Connections for On-Chip Voltage Regulator............. 442
Crystal/Ceramic Resonator (HS, HSPLL) ................... 47
CTMU........................................................................ 407
Device Clock............................................................... 42
Enhanced PWM Mode.............................................. 257
EUSART Receive ..................................................... 362
EUSART Transmit .................................................... 359
External Clock Input (EC) ........................................... 48
External Clock Input (HS) ........................................... 48
External Power-on Reset Circuit
Enhanced PWM Mode.............................................. 257
EUSART Receive ..................................................... 362
EUSART Transmit .................................................... 359
External Clock Input (EC) ........................................... 48
External Clock Input (HS) ........................................... 48
External Power-on Reset Circuit
(Slow V
Fail-Safe Clock Monitor (FSCM)............................... 445
Full-Bridge Application.............................................. 261
Generic I/O Port Operation....................................... 153
Half-Bridge Applications ................................... 260, 267
High/Low-Voltage Detect with External Input ........... 402
Internal Reference and Contrast Control.................. 284
Interrupt Logic........................................................... 130
INTIO1 Oscillator Mode .............................................. 49
INTIO2 Oscillator Mode .............................................. 49
LCD Bias Internal Resistor Ladder Connection........ 282
LCD Clock Generation.............................................. 280
LCD Driver Module ................................................... 273
MSSPx (I
Full-Bridge Application.............................................. 261
Generic I/O Port Operation....................................... 153
Half-Bridge Applications ................................... 260, 267
High/Low-Voltage Detect with External Input ........... 402
Internal Reference and Contrast Control.................. 284
Interrupt Logic........................................................... 130
INTIO1 Oscillator Mode .............................................. 49
INTIO2 Oscillator Mode .............................................. 49
LCD Bias Internal Resistor Ladder Connection........ 282
LCD Clock Generation.............................................. 280
LCD Driver Module ................................................... 273
MSSPx (I
2
MSSPx (I
2
MSSPx (SPI Mode) .................................................. 303
On-Chip Reset Circuit................................................. 69
Open-Drain Output (USART Example)..................... 154
PIC18F6XK90............................................................. 12
PIC18F8XK90............................................................. 13
PLL ............................................................................. 49
PWM Operation (Simplified) ..................................... 247
RC Oscillator Mode .................................................... 48
RCIO Oscillator Mode................................................. 48
Reads from Flash Program Memory ........................ 115
RTCC........................................................................ 217
Simplified Steering.................................................... 270
Single Comparator.................................................... 392
SOSC External Components.................................... 191
SPI Master/Slave Connection................................... 307
Table Read Operation .............................................. 111
Table Write Operation .............................................. 112
Table Writes to Flash Program Memory................... 117
Timer0 in 16-Bit Mode .............................................. 184
Timer0 in 8-Bit Mode ................................................ 184
Timer1 ...................................................................... 190
Timer2 ...................................................................... 200
Timer3/5/7 ................................................................ 205
Timer4/6/8/10/12 ...................................................... 215
Ultra Low-Power Wake-up Initialization...................... 66
Watchdog Timer ....................................................... 440
On-Chip Reset Circuit................................................. 69
Open-Drain Output (USART Example)..................... 154
PIC18F6XK90............................................................. 12
PIC18F8XK90............................................................. 13
PLL ............................................................................. 49
PWM Operation (Simplified) ..................................... 247
RC Oscillator Mode .................................................... 48
RCIO Oscillator Mode................................................. 48
Reads from Flash Program Memory ........................ 115
RTCC........................................................................ 217
Simplified Steering.................................................... 270
Single Comparator.................................................... 392
SOSC External Components.................................... 191
SPI Master/Slave Connection................................... 307
Table Read Operation .............................................. 111
Table Write Operation .............................................. 112
Table Writes to Flash Program Memory................... 117
Timer0 in 16-Bit Mode .............................................. 184
Timer0 in 8-Bit Mode ................................................ 184
Timer1 ...................................................................... 190
Timer2 ...................................................................... 200
Timer3/5/7 ................................................................ 205
Timer4/6/8/10/12 ...................................................... 215
Ultra Low-Power Wake-up Initialization...................... 66
Watchdog Timer ....................................................... 440
BN..................................................................................... 460
BNC .................................................................................. 461
BNN .................................................................................. 461
BNOV ............................................................................... 462
BNZ .................................................................................. 462
BOR. See Brown-out Reset.
BOV .................................................................................. 465
BRA .................................................................................. 463
BRG. See Baud Rate Generator.
BNC .................................................................................. 461
BNN .................................................................................. 461
BNOV ............................................................................... 462
BNZ .................................................................................. 462
BOR. See Brown-out Reset.
BOV .................................................................................. 465
BRA .................................................................................. 463
BRG. See Baud Rate Generator.