Zilog Z8F0130 Manual de usuario Pagina 53
- Pagina / 314
- Tabla de contenidos
- MARCADORES
Valorado. / 5. Basado en revisión del cliente
eZ8
™
CPU Core
User Manual
UM012820-0810 Addressing Modes
31
Escaped Mode Addressing with 8-bit Addresses
Using Escaped Mode Addressing 8-bit addresses can specify a working
register. If the high nibble of the 8-bit address is
Eh (1110b), the lower
nibble indicates the working register and the full 12-bit address is
provided by
{RP[3:0], RP[7:4], Address[3:0]}. For example, if
ECh is the 8-bit address operand, it implies working register R12 at the
address
{RP[3:0], RP[7:4], Ch}. Since addresses E0h to EFh are
used for escaped mode addressing, to access registers with these
addresses, either set the Working Group Pointer,
RP[7:4], to Eh or use
indirect addressing.
Escaped Mode Addressing with 12-bit Addresses
Using Escaped Mode Addressing, address mode ER for the source or des-
tination can specify a working register with 4-bit addressing. If the high
byte of the 12-bit source or destination address is
EEh(11101110b), the
lower nibble indicates the working register and the full 12-bit address is
provided by
{RP[3:0], RP[7:4], Address[3:0]}. For example,
the operand
EE3h selects working register R3. The full 12-bit address is
provided by
{RP[3:0], RP[7:4], 3h}.
Using Escaped Mode Addressing, address mode ER for the source or des-
tination can also specify a register with 8-bit addressing. If the high nibble
of the 12-bit source or destination address is
Eh (1110b), the lower byte
indicates the 8-bit register address and the full 12-bit address is provided
by
{RP[3:0], Address[7:0]}. For example, the operand E13h
selects 8-bit register at address 13h on the page indicated by
RP[3:0].
The full 12-bit address is provided by
{RP[3:0], 13h}. This addressing
mode is sometimes referred to as RP-based page addressing.
Since addresses
E00h to EFFh are used for escaped mode addressing, to
access registers on page
Eh (addresses E00h to EFFh), set the Page
Pointer,
RP[3:0], to Eh and set the Working Group Pointer, RP[7:4], to
the preferred Working Group.
- CPU Core 1
- UM012820-0810 2
- Revision History 3
- Table of Contents 4
- Manual Objectives 10
- Manual Conventions 12
- Parentheses 13
- Safeguards 14
- Abbreviations/Acronyms 15
- Architectural Overview 16
- Fetch Unit 17
- Execution Unit 18
- Stack Pointer Registers 19
- Register Pointer 20
- Flags Register 20
- Condition Codes 23
- Arithmetic Logic Unit 24
- Byte Ordering 25
- Compatibility 26
- New Function Instructions 27
- CPU Instruction Set De 28
- Alternate Function Op Code 29
- Moved Instructions 29
- Removed Instructions 29
- Compatibility with Z8 CPU 30
- Stack Pointer Compatibility 31
- Reset Compatibility 31
- Interrupt Compatibility 31
- Address Space 32
- CPU Control Registers 33
- General-Purpose Registers 33
- Register File Organization 33
- UM012820-0810 Address Space 34
- {RP[3:0], RP[7:4] 35
- Address[3:0]} 35
- Program Memory 38
- Data Memory 39
- Interrupts 42
- Interrupt Priority 43
- Vectored Interrupt Processing 43
- Polled Interrupt Processing 46
- Software Interrupt Generation 47
- UM012820-0810 Interrupts 48
- Addressing Modes 49
- Register Addressing 50
- RP[3:0]. The full 12-bit 51
- {RP[3:0], Address[7:0]} 51
- Escaped Mode Addressing 52
- Indirect Register Addressing 54
- Indexed Addressing 56
- Direct Addressing 57
- Relative Addressing 58
- Immediate Data Addressing 59
- Illegal Instruction Traps 60
- CPU Instruction Set 62
- Assembly Language Syntax 63
- UM012820-0810 eZ8 67
- CPU Instruction Set Summary 67
- Description 86
- INSTRUCTION MNEMONIC 87
- Mnemonic 105
- Destination 105
- Op Code 105
- User Manual 107
- CALL @A4h 129
- Object Code: D4 A4 129
- UM012820-0810 CCF Instruction 131
- Sample Usage 131
- Object Code: EF 131
- UM012820-0810 DA Instruction 149
- 0011 1100 = 3Ch 149
- 0000 0110 = 06h 149
- 0100 0010 = 42h 149
- Mnemonic Destination 212
- POP R1 50 R1 — — 212
- POP @R1 51 R1 — — 212
- UM012820-0810 RCF Instruction 221
- Object Code: CF 221
- RL R1 90 R1 — — 225
- RL @R1 91 R1 — — 225
- UM012820-0810 SCF Instruction 238
- Object Code: DF 238
- Op Code Maps 273
- Figure 20. First Op Code Map 275
- Op Codes Listed Numerically 277
- Assembly and Object Code 291
- UM012820-0810 Index 305
- Customer Support 314
Relacionado con productos y manuales para Sensores Zilog Z8F0130
Sensores Zilog Z8F0113 Manual de usuario
(18 paginas)
(18 paginas)
Sensores Zilog Z8F011A Manual de usuario
(15 paginas)
(15 paginas)
Sensores Zilog Z8F0411 Manual de usuario
(17 paginas)
(17 paginas)
Sensores Zilog Z8F0880 Manual de usuario
(19 paginas)
(19 paginas)
Sensores Zilog Z8F0411 Manual de usuario
(83 paginas)
(83 paginas)
Sensores Zilog Z8F0880 Manual de usuario
(18 paginas)
(18 paginas)
Sensores Zilog Z8F1621 Manual de usuario
(18 paginas)
(18 paginas)
Sensores Zilog Z8F1621 Manual de usuario
(27 paginas)
(27 paginas)
Sensores Zilog ZUSBOPTS Manual de usuario
(520 paginas)
(520 paginas)
Sensores Zilog Z8F1681 Manual de usuario
(50 paginas)
(50 paginas)
Sensores Zilog EZ80F916 Manual de usuario
(41 paginas)
(41 paginas)
Sensores Zilog EZ80F91AZA Manual de usuario
(40 paginas)
(40 paginas)
Sensores Zilog EZ80F91AZA Manual de usuario
(26 paginas)
(26 paginas)
Sensores Zilog EZ80F91AZA Manual de usuario
(79 paginas)
(79 paginas)
Sensores Zilog Z8F0130 Manual de usuario
(214 paginas)
(214 paginas)
Sensores Zilog EZ80F916 Manual de usuario
(0 paginas)
(0 paginas)
Sensores Zilog EZ80F916 Manual de usuario
(0 paginas)
(0 paginas)
Sensores Zilog EZ80190 Manual de usuario
(10 paginas)
(10 paginas)
Sensores Zilog EZ80F91AZA Manual de usuario
(34 paginas)
(34 paginas)
Sensores Zilog EZ80190 Manual de usuario
(87 paginas)
(87 paginas)
© 2020, manymanuals.es. Todos los derechos reservados | 0.047 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comentarios a estos manuales