NEC PD750004, PD750006, PD750008, PD75P0016 LIST OF FIGURES (1/4)

- vi -
LIST OF FIGURES (1/4)
Figure No. Title Page
2-1 Pin Input/Output Circuits .................................................................................................. 18
3-1 Use of MBE = 0 Mode and MBE = 1 Mode..................................................................... 2 2
3-2 Data Memory Organization and Addressing Range of Each Addressing Mode ............ 24
3-3 Updating Static RAM Addresses...................................................................................... 28
3-4 Example of Register Bank Selection ............................................................................... 35
3-5 General Register Configuration (4-bit Processing) ......................................................... 37
3-6 General Register Configuration (8-bit Processing) ......................................................... 38
3-7 µPD750008 I/O Map......................................................................................................... 40
4-1 Stack Bank Selection Register Format............................................................................ 46
4-2 Program Counter Organization ........................................................................................ 47
4-3 Program Memory Map (in µPD750004)........................................................................... 49
4-4 Program Memory Map (in µPD750006)........................................................................... 50
4-5 Program Memory Map (in µPD750008)........................................................................... 51
4-6 Program Memory Map (in µPD75P0016)......................................................................... 52
4-7 Data Memory Map ............................................................................................................ 5 4
4-8 General Register Format.................................................................................................. 56
4-9 Register Pair Format ........................................................................................................ 57
4-10 Accumulator...................................................................................................................... 57
4-11 Format of Stack Pointer and Stack Bank Select Register .............................................. 59
4-12 Data Saved to the Stack Memory (Mk I Mode)............................................................... 59
4-13 Data Restored from the Stack Memory (Mk I Mode) ...................................................... 60
4-14 Data Saved to the Stack Memory (Mk II Mode).............................................................. 60
4-15 Data Restored from the Stack Memory (Mk II Mode) ..................................................... 61
4-16 Program Status Word Format .......................................................................................... 62
4-17 Bank Select Register Format........................................................................................... 6 5
5-1 Data Memory Addresses of Digital Ports......................................................................... 67
5-2 Configurations of Ports 0 and 1 ....................................................................................... 69
5-3 Configurations of Ports 2 and 7 ....................................................................................... 70
5-4 Configurations of Ports 3n and 6n (n = 0 to 3)................................................................ 71
5-5 Configurations of Ports 4 and 5 ....................................................................................... 72
5-6 Configuration of Port 8 ..................................................................................................... 73
5-7 Formats of Port Mode Registers ...................................................................................... 75
5-8 Pull-Up Resistor Specification Register Format .............................................................. 82