The Datasheet Archive

CPU08 datasheet (4)

Part Manufacturer Description Type PDF
CPU08 Motorola CENTRAL PROCESSOR UNIT Original PDF
CPU08RM Freescale Semiconductor CPU08RM Central Processor Unit Reference Manual Original PDF
CPU08RM Motorola CPU08RM Central Processor Unit Reference Manual Original PDF
CPU08RMAD Motorola CPU08 Reference Manual Addendum Scan PDF

CPU08 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2008 - CPU08

Abstract: MC68HC908 AN012302-0608 F64XX MC68HC908AB32 UM0128 LT 505-S adc 8-bit with bcd output CPU08RMAD
Text: performance of the eZ8 CPU against the popular Motorola® CPU08. · 16-bit index register (H:X) with , and performance comparison against the Motorola CPU08. The eZ8 versus CPU08 comparison is done , 16-bit register pairs. Indirect addressing is not supported in CPU08. · The eZ8 CPU supports 8 , operations. This capability is restricted to page 0 (first 256 Bytes) in the CPU08. In comparison, the , instructions are restricted to the Accumulator and Index Register in the CPU08. · The following


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PDF CPU08 AN012302-0608 MC68HC908 16-bit AN012302-0608 F64XX MC68HC908AB32 UM0128 LT 505-S adc 8-bit with bcd output CPU08RMAD
1993 - motorola mc6805 manual

Abstract: motorola application note HC08 c code example spi MC68HC05 MC6805 HC08 HC05 CPU08 AN1218 00FF
Text: : the CPU08. CPU08 is fully opcode and object code compatible with the HC05 CPU. Any HC05 code will , , there are many improvements to the speed and capability in the CPU08. CPU08 is a faster processor. The , illustrating the added features found with the CPU08 are given to help optimize software design with the CPU08. , its 6-bit CPU05 version to a full 16-bit SP on the CPU08. SPH:SPL refers to the 16-bit stack pointer , available only on the CPU08. If interrupts are disabled, this addressing mode allows the SP to be used as a


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PDF AN1218/D AN1218 CPU08. CPU08 AN1218/D motorola mc6805 manual motorola application note HC08 c code example spi MC68HC05 MC6805 HC08 HC05 AN1218 00FF
2001 - transistor a614 y

Abstract: 00FF CPU08 M6805 M68HC05 M68HC08
Text: 68HC08M6 HC08M68HC 8M68HC08M CPU08RM /AD REV 3 CPU08 Central Processor Unit Reference Manual blank CPU08 Central Processor Unit Reference Manual Motorola reserves the right to , with the CPU08. 1.10 Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based MCU. The WAIT instruction stops only the CPU clock and therefore uses more power , are registered trademarks of Motorola, Inc. DigitalDNA is a trademark of Motorola, Inc. CPU08 -


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PDF 68HC08M6 HC08M68HC 8M68HC08M CPU08RM/AD CPU08 CPU08 MC68HC08AS60 Q4/00 transistor a614 y 00FF M6805 M68HC05 M68HC08
2004 - FFD 1110

Abstract: AN1218 HC08 c code example MC68HC05 MC6805 HC08 HC05 00FF MC68HC05 Applications Guide CPU08
Text: Family CPU: the CPU08. CPU08 is fully opcode and object code compatible with the HC05 CPU. Any HC05 , will show, there are many improvements to the speed and capability in the CPU08. CPU08 is a faster , are given to help optimize software design with the CPU08. Freescale Semiconductor, Inc , extended from its 6-bit CPU05 version to a full 16-bit SP on the CPU08. SPH:SPL refers to the 16-bit stack , the offset to the 16-bit SP. This mode is available only on the CPU08. If interrupts are disabled


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PDF AN1218/D AN1218 CPU08. CPU08 FFD 1110 AN1218 HC08 c code example MC68HC05 MC6805 HC08 HC05 00FF MC68HC05 Applications Guide
1993 - MC146805

Abstract: MC6805 MC68HC05* "modular arithmetic processor" MC68HC05 HC08 HC05 CPU08 AN1218 00FF MC68HC05 Applications Guide
Text: describe the differences and advantages of the HC08 Family CPU: the CPU08. CPU08 is fully opcode and , and capability in the CPU08. CPU08 is a faster processor. The basic execution speed of the CPU08 has , found with the CPU08 are given to help optimize software design with the CPU08. Freescale , pointer (SP) has been extended from its 6-bit CPU05 version to a full 16-bit SP on the CPU08. SPH:SPL , the CPU08. If interrupts are disabled, this addressing mode allows the SP to be used as a second


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PDF AN1218/D AN1218 CPU08. CPU08 AN1218/D MC146805 MC6805 MC68HC05* "modular arithmetic processor" MC68HC05 HC08 HC05 AN1218 00FF MC68HC05 Applications Guide
1993 - AN1218

Abstract: motorola mc6805 manual MC68HC05 MC6805 HC08 HC05 CPU08 MC68HC05 Applications Guide MC6805 motorola MC146805
Text: describe the differences and advantages of the HC08 Family CPU: the CPU08. CPU08 is fully opcode and , capability in the CPU08. CPU08 is a faster processor. The basic execution speed of the CPU08 has been , with the CPU08. SCOPE OF THIS APPLICATION NOTE This note assumes the reader has a background in MCU , a full 16-bit SP on the CPU08. SPH:SPL refers to the 16-bit stack pointer by naming the high byte , available only on the CPU08. If interrupts are disabled, this addressing mode allows the SP to be used as a


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PDF AN1218/D AN1218 CPU08. CPU08 AN1218 motorola mc6805 manual MC68HC05 MC6805 HC08 HC05 MC68HC05 Applications Guide MC6805 motorola MC146805
1996 - CPU08 Reference Manual

Abstract: transistor a614 y hc08 reference manual transistor a614 y datasheet nbra CPU08 A614 transistor motorola hc08 datasheet 00FF A657
Text: Incorporated changes reflected in Addendum ( CPU08RMAD /AD) Incorporated changes reflected in DCO Number: CPU08.001 , CPU08RM /AD Rev. 2 HC 8 CPU08 CENTRAL PROCESSOR UNIT REFERENCE MANUAL R E Q U I R E D N O N - D I S C L O S U R E Central Processor Unit Reference Manual A G R E E M E N T CPU08 , instructions are designed to support the efficient use of high-level language (HLL) compilers with the CPU08. Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based MCU. The


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PDF CPU08RM/AD CPU08 CPU08 CPU08 Reference Manual transistor a614 y hc08 reference manual transistor a614 y datasheet nbra A614 transistor motorola hc08 datasheet 00FF A657
2001 - HCS08 Family Reference Manual

Abstract: MC68HC08AS60 c programming hcs08 M68HC08 M68HC05 M6805 CPU08 00FF transistor a614 y hc08 reference manual
Text: 68HC08M6 HC08M68HC 8M68HC08M CPU08RM /D REV 3 CPU08 Central Processor Unit Reference Manual blank CPU08 Central Processor Unit Reference Manual Motorola reserves the right to , with the CPU08. 1.10 Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based MCU. The WAIT instruction stops only the CPU clock and therefore uses more power , are registered trademarks of Motorola, Inc. DigitalDNA is a trademark of Motorola, Inc. CPU08 -


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PDF 68HC08M6 HC08M68HC 8M68HC08M CPU08RM/D CPU08 CPU08 MC68HC08AS60 Q4/00 HCS08 Family Reference Manual c programming hcs08 M68HC08 M68HC05 M6805 00FF transistor a614 y hc08 reference manual
1996 - hc08 reference manual

Abstract: M68HC08 M68HC05 M6805 HC08 CPU08 A657 00FF transistor a614 y 9EE710
Text: Incorporated changes reflected in Addendum ( CPU08RMAD /AD) Incorporated changes reflected in DCO Number: CPU08.001 , CPU08RM /AD Rev. 2 HC 8 CPU08 CENTRAL PROCESSOR UNIT REFERENCE MANUAL R E Q U I R E D N O N - D I S C L O S U R E Central Processor Unit Reference Manual A G R E E M E N T CPU08 , instructions are designed to support the efficient use of high-level language (HLL) compilers with the CPU08. Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based MCU. The


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PDF CPU08RM/AD CPU08 CPU08 hc08 reference manual M68HC08 M68HC05 M6805 HC08 A657 00FF transistor a614 y 9EE710
2001 - CPU08 Central Processor Unit Reference Manual

Abstract: CPU08RM transistor a614 y M68HC05 M68HC08 M6805 CPU08 A657 00FF dd 22 s 800
Text: (HLL) compilers with the CPU08. 1.10 Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based MCU. The WAIT instruction stops only the CPU clock and therefore , Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. CPU08 Central Processor Unit Reference Manual M68HC08 Microcontrollers CPU08RM /AD Rev. 3, 2/2001 WWW.MOTOROLA.COM/SEMICONDUCTORS , Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. CPU08 Central Processor Unit Reference


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PDF CPU08 M68HC08 CPU08RM/AD CPU08 Central Processor Unit Reference Manual CPU08RM transistor a614 y M68HC05 M68HC08 M6805 CPU08 A657 00FF dd 22 s 800
2006 - CPU08

Abstract: transistor a614 y 0001I M68HC08 M68HC05 M6805 CPU08RM A657 00FF freescale superflash
Text: CPU08 Central Processor Unit Reference Manual M68HC08 Microcontrollers CPU08RM Rev. 4 02/2006 freescale.com CPU08 Central Processor Unit Reference Manual To provide the most , instructions are designed to support the efficient use of high-level language (HLL) compilers with the CPU08. 1.9 Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based , Semiconductor, Inc., 2006. All rights reserved. CPU08 Central Processor Unit Reference Manual, Rev. 4


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PDF CPU08 M68HC08 CPU08RM CPU08 transistor a614 y 0001I M68HC08 M68HC05 M6805 CPU08RM A657 00FF freescale superflash
2001 - a1fe

Abstract: transistor a614 y 00FF A657 CPU08 M6805 M68HC05 M68HC08 ,the m6805 family
Text: CPU08 Central Processor Unit Reference Manual M68HC08 Microcontrollers CPU08RM /AD Rev. 3, 2/2001 WWW.MOTOROLA.COM/SEMICONDUCTORS blank CPU08 Central Processor Unit Reference Manual , with the CPU08. 1.10 Low-Power Modes The WAIT and STOP instructions reduce the power consumption of the CPU08-based MCU. The WAIT instruction stops only the CPU clock and therefore uses more power , Motorola, Inc. CPU08 - Rev. 3.0 MOTOROLA © Motorola, Inc., 2001 Reference Manual 3


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PDF CPU08 M68HC08 CPU08RM/AD a1fe transistor a614 y 00FF A657 CPU08 M6805 M68HC05 M68HC08 ,the m6805 family
2005 - ELECTRONIC BALLAST MICROCONTROLLER

Abstract: M68HC908Q CPU08 dali bridge Fluorescent BALLAST low loss RDHC908KX8DALI ELECTRONIC BALLAST DIAGRAM electronic ballast for fluorescent lighting dali protocol 56F801
Text: ADC CPU08 LVI Flash KBI COP > Electronic systems provide an increased level of , Part Number Product Highlights Additional Information MC68HC908LB8 CPU08 , 8K bytes of , and PDIP. MC68HC908KXx CPU08 , up to 8K bytes of on-chip FLASH, 192 Bytes RAM, ADC, PWM, 16 , -pin SOIC and PDIP. MC68HC908QYx CPU08 , Up to 4K bytes of on-chip FLASH, Up to 128 Bytes RAM, ADCNote , -pin SOIC, PDIP, and TSSOP. MC68HC908QTx CPU08 , Up to 4K bytes of on-chip FLASH, Up to 128 Bytes RAM


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PDF CPU08 68HC908KX8 SG2068-3 SG2068 April2005 ELECTRONIC BALLAST MICROCONTROLLER M68HC908Q CPU08 dali bridge Fluorescent BALLAST low loss RDHC908KX8DALI ELECTRONIC BALLAST DIAGRAM electronic ballast for fluorescent lighting dali protocol 56F801
2002 - delay loop subroutine

Abstract: Zilog eZ8 AN520 CPU08 MC68HC908AB32 UM0128 DLY10
Text: Product Specifications, PS0176 3. ZiLOG eZ8 CPU versus Motorola's CPU08 ­ A Comparison Study Application Note AN0123 4. Motorola CPU08 Reference Manual, CPU08RM /AD, Rev. 3, 2/2001 5. Motorola , overall. In terms of code efficiency, the eZ8 CPU uses 8% more program space compared to the CPU08. , CPU08 using assembly routines that are commonly found in micro-controller applications. On-chip , Application Note "ZiLOG's eZ8 CPU versus Motorola's CPU08 ­ A Comparison Study". References 1. ZiLOG


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PDF AN012501-1202 DLY10 DLY10: 39bytes delay loop subroutine Zilog eZ8 AN520 CPU08 MC68HC908AB32 UM0128 DLY10
2003 - 00FF

Abstract: 600E CPU08 DRM013 HC08 M68HC08 MC68HC908JB8 thinkpad 600e
Text: CPU08. The CPU08 uses the accumulator to hold operands and results of arithmetic and logic operations , register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit , opcode - A nonexistent opcode. I - The interrupt mask bit in the condition code register of the CPU08. , ) - A 16-bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In , code register of the CPU08. The CPU sets the negative bit when an arithmetic operation, logical


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PDF M68HC08 DRM013/D DRM013 00FF 600E CPU08 HC08 M68HC08 MC68HC908JB8 thinkpad 600e
2003 - computer mouse circuit diagram

Abstract: CPU08 3D Mouse Casm08 thinkpad 600e MC68HC08JB1 M68HC08 HC08 CASM08Z 600E
Text: -bit general-purpose register in the CPU08. The CPU08 uses the accumulator to hold operands and results of arithmetic , . Glossary H - The upper byte of the 16-bit index register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit indicates a carry from the low-order four bits of , register of the CPU08. When I is set, all interrupts are disabled. index register (H:X) - A 16-bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In the indexed


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PDF M68HC08 DRM012/D DRM012 computer mouse circuit diagram CPU08 3D Mouse Casm08 thinkpad 600e MC68HC08JB1 M68HC08 HC08 CASM08Z 600E
2003 - USB matrix keyboard controller

Abstract: CASM08Z DRM015 HC08 M68HC08 MC68HC08KH12 LED Sign Board Diagram thinkpad 600e
Text: -bit general-purpose register in the CPU08. The CPU08 uses the accumulator to hold operands and results of arithmetic , . Glossary H - The upper byte of the 16-bit index register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit indicates a carry from the low-order four bits of , register of the CPU08. When I is set, all interrupts are disabled. index register (H:X) - A 16-bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In the indexed


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PDF MC68HC08KH12 M68HC08 DRM015/D DRM015 USB matrix keyboard controller CASM08Z HC08 M68HC08 MC68HC08KH12 LED Sign Board Diagram thinkpad 600e
2003 - MC68HC908LD64

Abstract: M68HC08 384M CPU08
Text: -bit general-purpose register in the CPU08. The CPU08 uses the accumulator to hold operands and results of arithmetic , and received simultaneously. H - The upper byte of the 16-bit index register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit indicates a carry from , register of the CPU08. When I is set, all interrupts are disabled. index register (H:X) - A 16-bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In the indexed


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PDF M68HC08 DRM041/D DRM041/D MC68HC908LD64 MC68HC908LD64 M68HC08 384M CPU08
2003 - ignition module magneto

Abstract: cost of logic pulser motorola ignition controller motorola cop ignition ARPM motorola coil ignition controller ignition timing DRM011 magneto transistor controlled ignition circuit diagram MC68HC908JK3
Text: An 8-bit general-purpose register in the CPU08. The CPU08 uses the accumulator to hold operands and , Semiconductor, Inc. Glossary H - The upper byte of the 16-bit index register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit indicates a carry from the low-order , nonexistent opcode. I - The interrupt mask bit in the condition code register of the CPU08. When I is set, all interrupts are disabled. index register (H:X) - A 16-bit register in the CPU08. The upper byte


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PDF M68HC08 DRM011/D DRM011 ignition module magneto cost of logic pulser motorola ignition controller motorola cop ignition ARPM motorola coil ignition controller ignition timing magneto transistor controlled ignition circuit diagram MC68HC908JK3
2003 - ibm thinkpad t23 schematics

Abstract: PC microsoft keyboard pcb CIRCUIT diagram ibm thinkpad 600e power board diagram multimedia keyboard DRM014 IBM ThinkPad T23 ibm thinkpad board diagram Keyboard controlled LED sign M68SPGRM08 computer usb keyboard circuit diagram
Text: register in the CPU08. The CPU08 uses the accumulator to hold operands and results of arithmetic and logic , and received simultaneously. H - The upper byte of the 16-bit index register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit indicates a carry from , nonexistent opcode. I - The interrupt mask bit in the condition code register of the CPU08. When I is set , -bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In the indexed


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PDF M68HC08 DRM014/D DRM014 ibm thinkpad t23 schematics PC microsoft keyboard pcb CIRCUIT diagram ibm thinkpad 600e power board diagram multimedia keyboard IBM ThinkPad T23 ibm thinkpad board diagram Keyboard controlled LED sign M68SPGRM08 computer usb keyboard circuit diagram
CPU08

Abstract: TIM08 16 bit comparator TIM08RMAD
Text: Mode WAIT mode is entered by executing the WAIT instruction in the CPU08. WAIT mode is a low-power , CPU08. WAIT mode is a low-power mode in which the CPU clocks are stopped, and the bus clocks to the TIM , interrupt may cause the CPU08 to exit WAIT mode if interrupts are not masked. All TIM registers retain , WAIT mode. A timer interrupt may cause the CPU08 to exit WAIT mode if interrupts are not masked. All


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PDF TIM08RMAD/AD TIM08 TIM08 TIM08RM/AD) T1M08RMAD/AD 16-BIT CPU08 16 bit comparator TIM08RMAD
HC08

Abstract: CPU08 9e6b
Text: Order this document by CPU08RMAD /AD MOTOROLA SEMICONDUCTOR mbhhhmbhhm^MI TECHNICAL DATA CPU08 Addendum to CPU08 Central Processor Unit Reference Manual This addendum provides corrections to the CPU08 Central Processor Unit Reference Manual, Rev. 1 (Motorola document number CPU08RM /AD). Page , ©MOTOROLA INC., 1995 (Ä) MOTOROLA CPU08RMAD /AD MOTOROLA 2 CPU08RMAD /AD Page 6-20, correct the Source , here (Cut out the table labeled "To" and paste over existing table.) CPU08RMAD /AD MOTOROLA 3


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PDF CPU08RMAD/AD CPU08 CPU08 CPU08RM/AD) CPU08RMAD/AD HC08 9e6b
2003 - PC usb mouse CIRCUIT diagram

Abstract: computer mouse circuit diagram wireless microsoft PS2 KEYBOARD schematic 13.5225 13.5725mhz 68HC705J5A 68HC05J5A CASM08Z Casm08 ps2 convert a usb
Text: . accumulator (A) - An 8-bit general-purpose register in the CPU08. The CPU08 uses the accumulator to hold , . Glossary H - The upper byte of the 16-bit index register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit indicates a carry from the low-order four bits of , register of the CPU08. When I is set, all interrupts are disabled. index register (H:X) - A 16-bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In the indexed


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PDF M68HC08 DRM016/D DRM016 PC usb mouse CIRCUIT diagram computer mouse circuit diagram wireless microsoft PS2 KEYBOARD schematic 13.5225 13.5725mhz 68HC705J5A 68HC05J5A CASM08Z Casm08 ps2 convert a usb
2003 - DRM014

Abstract: 2 Interface IBM ThinkPad T23 multimedia keyboard interfacing keyboard and microcontroller thinkpad 600e PS/2 to USB convertor DRM014 MC68HC908JB8 M68HC08 usb keyboard circuit diagram
Text: -bit general-purpose register in the CPU08. The CPU08 uses the accumulator to hold operands and results of arithmetic , register (H:X) in the CPU08. H - The half-carry bit in the condition code register of the CPU08. This bit , CPU08. When I is set, all interrupts are disabled. index register (H:X) - A 16-bit register in the CPU08. The upper byte of H:X is called H. The lower byte is called X. In the indexed addressing modes , . N - The negative bit in the condition code register of the CPU08. The CPU sets the negative bit


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PDF M68HC08 DRM014 DRM014 2 Interface IBM ThinkPad T23 multimedia keyboard interfacing keyboard and microcontroller thinkpad 600e PS/2 to USB convertor DRM014 MC68HC908JB8 M68HC08 usb keyboard circuit diagram
2000 - addressing mode of mc68hc08

Abstract: 00FF AN2093 CPU08 HC08 M68HC08 MC68HC08
Text: CPU08 Register Model 0 7 Accumulator (A) 0 15 H 15 X Index register (H:X) 0 Stack , flag Figure 1 CPU08 Register Model An overview of the CPU08 register model is given here for completeness. The CPU08 has five registers which are not part of the memory map. These registers are briefly , Addressing Modes The CPU08 has 16 different addressing modes. A brief overview is given here. Inherent , CPU08 instructions have a direct addressing mode whereby they can access operands in the direct page in


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PDF AN2093/D AN2093 MC68HC08 addressing mode of mc68hc08 00FF AN2093 CPU08 HC08 M68HC08 MC68HC08
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