Intel PXA255 - Manual (Page 16)

xvi Intel® PXA255 Processor Developer’s Manual
Contents
16-8 National Semiconductor Microwire* Frame Protocol (single transfers) .................................16-10
16-9 Programmable Serial Protocol (multiple transfers)................................................................16-11
16-10 Programmable Serial Protocol (single transfers)...................................................................16-12
16-11 TI SSP with SSCR[TTE]=1 and SSCR[TTELP]=0.................................................................16-13
16-12 TI SSP with SSCR[TTE]=1 and SSCR[TTELP]=1.................................................................16-14
16-13 Motorola SPI with SSCR[TTE]=1...........................................................................................16-14
16-14 National Semiconductor Microwire with SSCR1[TTE]=1.......................................................16-15
16-15 PSP mode with SSCR1[TTE]=1 and SSCR1[TTELP]=0 (slave to frame).............................16-15
16-16 PSP mode with SSCR1[TTE]=1 and SSCR1[TTELP]=0 (master to frame) ..........................16-16
16-17 PSP mode with SSCR1[TTE]=1 and SSCR1[TTELP]=1 (must be slave to frame) ...............16-16
17-1
Example UART Data Frame....................................................................................................17-3
17-2 Example NRZ Bit Encoding – (0b0100 1011...........................................................................17-4
17-3 IR Transmit and Receive Example ..........................................................................................17-9
17-4 XMODE Example. ...................................................................................................................17-9
Tables
2-1CPU Core Fault Register Bit Definitions...............................................................................2-3
2-2 ID Bit Definitions ........................................................................................................................2-4
2-3 PXA255 Processor ID Values....................................................................................................2-4
2-4 Effect of Each Type of Reset on Internal Register State ...........................................................2-6
2-5 Processor Pin Types .................................................................................................................2-8
2-6 Pin & Signal Descriptions for the PXA255 Processor................................................................2-9
2-7 Pin Description Notes ..............................................................................................................2-17
2-8 System Architecture Register Address Summary ...................................................................2-21
3-1 Core PLL Output Frequencies for 3.6864 MHz Crystal .............................................................3-5
3-2 95.85 MHz Peripheral PLL Output Frequencies for 3.6864 MHz Crystal ..................................3-5
3-3 147.46 MHz Peripheral PLL Output Frequencies for 3.6864 MHz Crystal ................................3-6
3-4 Power Mode Entry Sequence Table.......................................................................................3-20
3-5 Power Mode Exit Sequence Table .........................................................................................3-20
3-6 Power and Clock Supply Sources and States During Power Modes .....................................3-22
3-7 PMCR Bit Definitions ...............................................................................................................3-23
3-8 PCFR Bit Definitions................................................................................................................3-24
3-9 PWER Bit Definitions...............................................................................................................3-25
3-10 PRER Bit Definitions................................................................................................................3-26
3-11 PFER Bit Definitions ................................................................................................................3-27
3-12 PEDR Bit Definitions................................................................................................................3-28
3-13 PSSR Bit Definitions................................................................................................................3-29
3-14 PSPR Bit Definitions................................................................................................................3-30
3-15 PMFW Register Bitmap and Bit Definitions .............................................................................3-31
3-16 PGSR0 Bit Definitions .............................................................................................................3-32
3-17 PGSR1 Bit Definitions .............................................................................................................3-32
3-18 PGSR2 Bit Definitions .............................................................................................................3-33
3-19 RCSR Bit Definitions ...............................................................................................................3-34
3-20 CCCR Bit Definitions ...............................................................................................................3-35
3-21 CKEN Bit Definitions................................................................................................................3-36
3-22 OSCC Bit Definitions ...............................................................................................................3-38
3-23 Coprocessor 14 Clock and Power Management Summary.....................................................3-39
3-24 CCLKCFG Bit Definitions ........................................................................................................3-39
3-25 PWRMODE Bit Definitions ......................................................................................................3-40