UM0036
Abstract: z380 Z8 cross assembler Z893XX Z89C00 Z180 Z89C50
Text: Zilog Macro Cross Assembler User’s Manual UM003601-COR1299 1999 by ZiLOG, Inc. All rights reserved. Information in this publication concerning the devices, applications, or technology described is intended to suggest possible uses and may be superseded. ZiLOG, INC. DOES NOT ASSUME LIABILITY FOR OR PROVIDE A
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UM003601-COR1299
Z89C00
UM0036
z380
Z8 cross assembler
Z893XX
Z180
Z89C50
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I211
Abstract: transistor manual substitution sl 100 zilog 1648 intel 4040 Z380 W0005 w0006 Z180 Z893XX Z89C00
Text: Zilog Macro Cross Assembler User’s Manual UM003601-COR1299 1999 by ZiLOG, Inc. All rights reserved. Information in this publication concerning the devices, applications, or technology described is intended to suggest possible uses and may be superseded. ZiLOG, INC. DOES NOT ASSUME LIABILITY FOR OR PROVIDE A
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UM003601-COR1299
95/98/NT.
Glossary-11
Glossary-12
Glossary-13
I211
transistor manual substitution sl 100
zilog 1648
intel 4040
Z380
W0005
w0006
Z180
Z893XX
Z89C00
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Z80 microcontroller
Abstract: zilog 1866 zasm z80 Z86E0812
Text: Zilog Developer Studio Quick Start Guide UM001400-COR0399 2000 by ZiLOG, Inc. All rights reserved. Information in this publication concerning the devices, applications, or technology described is intended to suggest possible uses and may be superseded. ZiLOG, INC. DOES NOT ASSUME LIABILITY FOR OR PROVIDE A
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UM001400-COR0399
Z86E02
Z80 microcontroller
zilog 1866
zasm z80
Z86E0812
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1-12C-COMPILER
Abstract: Z380 zilog CROSS
Text: Z8/Z8Plus C-Compiler User’s Manual UM002801-COR1099 2000 by ZiLOG, Inc. All rights reserved. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of ZiLOG, Inc. The information in this document is subject to change without notice. Devices sold by ZiLOG, Inc. are covered by warranty
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UM002801-COR1099
1-12C-COMPILER
Z380
zilog CROSS
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z380
Abstract: Z382
Text: 380 C-Compiler User’s Manual UM004000-COR0100 2000 by ZiLOG, Inc. All rights reserved. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of ZiLOG, Inc. The information in this document is subject to change without notice. Devices sold by ZiLOG, Inc. are covered by warranty
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UM004000-COR0100
z380
Z382
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z380
Abstract: z8 microcontroller sample programs zilog c compiler zilog CROSS
Text: Z8/Z8Plus C-Compiler User’s Manual UM002801-COR1203 2003 by ZiLOG, Inc. All rights reserved. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of ZiLOG, Inc. The information in this document is subject to change without notice. Devices sold by ZiLOG, Inc. are covered by warranty
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UM002801-COR1203
z380
z8 microcontroller sample programs
zilog c compiler
zilog CROSS
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Z380
Abstract: zilog CROSS UM004001-COR1103 Z8 MICROCOMPUTER FAMILY
Text: 380 C-Compiler User’s Manual UM004001-COR1103 2003 by ZiLOG, Inc. All rights reserved. No part of this document may be copied or reproduced in any form or by any means without the prior written consent of ZiLOG, Inc. The information in this document is subject to change without notice. Devices sold by ZiLOG, Inc. are covered by warranty
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UM004001-COR1103
Z380
zilog CROSS
UM004001-COR1103
Z8 MICROCOMPUTER FAMILY
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zilog 1866
Abstract: tranzistor Z84C0010PEC Z80 PIO CTC SIO DMA Tranzistory a7 tranzistor vzor 50 call P32 tranzistor hexadecimal napajeci zdroj
Text: Historie osmibitových mikroprocesoru a mikroradicu ZILOG . Americká firma ZILOG vstoupila na trh mikroprocesoru v roce 1973. V dobe, kdy svet dobývaly obvody Intel 8080, se objevil obvod s typovým oznacením Z80. Osmibitový mikroprocesor s odlišnou architekturou,
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TMR15
Abstract: CMR12 Z16C30 CCR11-8
Text: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 5 SERIAL MODES AND PROTOCOLS 5.1 INTRODUCTION The main advantage of USC® family members is that they can communicate in many different modes and serial protocols. This, in turn, makes for more flexible and capable products for Zilog’s customers. This chapter de-
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Z16C30
UM97USC0100
TMR15
CMR12
CCR11-8
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z80 microprocessor
Abstract: Z280 MPU Z80 CPU Instruction Set z80 microprocessor applications Z80 instruction set Z180 Z280 Z380 Z180 mpu Zilog Z80 instruction set
Text: USER 'S M ANUAL ZILOG USER’s MANUAL CHAPTER 1 Z380 ARCHITECTURAL OVERVIEW 1.1 INTRODUCTION The Z380 CPU incorporates advanced architectural features that allow fast and efficient throughput and increased memory addressing capabilities while maintaining Z80
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Z380TM
16eling,
DC-8297-03
z80 microprocessor
Z280 MPU
Z80 CPU Instruction Set
z80 microprocessor applications
Z80 instruction set
Z180
Z280
Z380
Z180 mpu
Zilog Z80 instruction set
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iy ab
Abstract: Z380 CB120E
Text: USER 'S M ANUAL ZILOG USER’s MANUAL APPENDIX B Z380 INSTRUCTIONS IN ALPHABETIC ORDER This Appendix contains a quick reference guide for programming. It has the Z380 instructions sorted alphabetically. The column “Mode” indicates whether the instruction is
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Z380TM
iy ab
Z380
CB120E
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Zilog Z80 instruction set
Abstract: the return of the native zilog z80 processor Z380 Z80 Programming manual Z80 CPU
Text: Z380 USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 3 NATIVE EXTENDED MODE, WORD/LONG WORD MODE OF OPERATIONS AND DECODER DIRECTIONS 3.1 INTRODUCTION The Z380™ CPU architecture allows access to 4 Gbytes 232 of memory addressing space, and 4G locations of
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Z380TM
Z380TM
16/32-bit
DC-8297-03
Zilog Z80 instruction set
the return of the native
zilog z80 processor
Z380
Z80 Programming manual
Z80 CPU
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Z380
Abstract: No abstract text available
Text: USER 'S M ANUAL ZILOG USER’s MANUAL APPENDIX C Z380 INSTRUCTION IN NUMERIC ORDER The following Appendix has the Z380 instructions sorted by numeric order. The column “Mode” indicates whether the instruction is affected by DDIR immediate Decoder Directives, Extended
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Z380TM
Z380
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Z80 microprocessor
Abstract: basic microprocessor block diagram Z80 CPU Instruction Set Z380 zilog z80 microprocessor application Z180 Z8500 Zilog Z80 instruction set Z180 mpu Z80 BASIC
Text: Z380 MPU Z380™ MPU MICROPROCESSOR UNIT GENERAL DESCRIPTION Zilog’s new Z380 Microprocessor Unit MPU is an integrated high-performance microprocessor designed to give the end-user a powerful and cost-effective solution to application requirements. The Z380 MPU incorporates
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Z380TM
Z180-based
32-bit)
16-bit
D15-0
A31-0
Z80 microprocessor
basic microprocessor block diagram
Z80 CPU Instruction Set
Z380
zilog z80 microprocessor application
Z180
Z8500
Zilog Z80 instruction set
Z180 mpu
Z80 BASIC
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Z380
Abstract: BC23-B16 300301
Text: Z380 USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 2 ADDRESS SPACES 2.1 INTRODUCTION The Z380 CPU supports five address spaces corresponding to the different types of locations that can be addressed and the method by which the logical addresses are formed. These five address spaces are:
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Z380TM
DC-8297-03
Z380
BC23-B16
300301
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16C30
Abstract: 80960KA 80960SA Z380 16C30 zilog 80380 microprocessor interface
Text: APPLICATION N OTE ZILOG Z380 BENCHMARKING C ompare the performance and program memory capacity of the 16-bit Z380 CPU against competitor processors such as the Intel 80186, 80960 and Motorola 68020 and CPU32. INTRODUCTION Zilog's new Z380™ Central Processing Unit is a high
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Z380TM
16-bit
CPU32.
/Z180®
16C30
80960KA
80960SA
Z380
16C30 zilog
80380 microprocessor interface
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Z80 microprocessor
Abstract: basic microprocessor block diagram Z80 CPU Instruction Set z80 timing diagram zilog z80 microprocessor application Z80 BASIC Z80 instruction timing diagram Z180 Z380 Z8500
Text: LOW V OLTAGE Z380 MPU LOW VOLTAGE Z380™ MPU MICROPROCESSOR UNIT GENERAL DESCRIPTION Zilog’s Z380 Microprocessor Unit MPU is an integrated high-performance microprocessor designed to give the end-user a powerful and cost-effective solution to application requirements. The Z380 MPU incorporates advanced
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Z380TM
Z180-based
32-bit)
16-bit
D15-0
A31-0
Z80 microprocessor
basic microprocessor block diagram
Z80 CPU Instruction Set
z80 timing diagram
zilog z80 microprocessor application
Z80 BASIC
Z80 instruction timing diagram
Z180
Z380
Z8500
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AN008
Abstract: 16C30 80960KA 80960SA Z380 motorola 68020 instruction set
Text: APPLICATION N OTE ZILOG Z380 BENCHMARKING C ompare the performance and program memory capacity of the 16-bit Z380 CPU against competitor processors such as the Intel 80186, 80960 and Motorola 68020 and CPU32. INTRODUCTION Zilog's new Z380™ Central Processing Unit is a high
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Z380TM
16-bit
CPU32.
/Z180®
AN008401-0301
AN008
16C30
80960KA
80960SA
Z380
motorola 68020 instruction set
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Abstract: Z16C3001ZCO 100-10L z16c30 application Zilog Z16C30 75als194 Z16C30 zilog epm Z16C32 Z16C35
Text: Z16C30 USC USER'S MANUAL SUPPLEMENTARY INFORMATION ZILOG Z16C30 USC® USER'S MANUAL Thank you for your interest in Zilog's high-speed Integrated Universal Serial Controller. To aid the designer, the following support material is available when designing
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Z16C30
UM97USC0100
DC-8314-01
Z16C3001ZCO
100-10L
z16c30 application
Zilog Z16C30
75als194
zilog epm
Z16C32
Z16C35
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Z80 SCC
Abstract: CRT A LCT DATA CONVERTER CRT TV electron gun Microprocessor z89 wireless remote control module 38385 Z90203 Z90209 Z90219 Z89300 Z90202
Text: Z90230 FAMILY OF DIGITAL TELEVISION CONTROLLERS USER’S MANUAL UM009203-0601 This publication is subject to replacement by a later edition. To determine whether a later edition exists, or to request copies of publications, contact: ZiLOG Worldwide Headquarters
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Z90230
UM009203-0601
Z90230
Z80 SCC
CRT A LCT DATA CONVERTER
CRT TV electron gun
Microprocessor z89
wireless remote control module 38385
Z90203
Z90209
Z90219
Z89300
Z90202
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AB14
Abstract: Z180 Z380 Z180 mpu
Text: Z380 USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 6 INTERRUPTS AND TRAPS 6.1 INTRODUCTION Exceptions are conditions that can alter the normal flow of program execution. The Z380™ CPU supports three kinds of exceptions; interrupts, traps, and resets. Interrupts are asynchronous events generated by a device
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Z380TM
Z380TM
DC-8297-03
AB14
Z180
Z380
Z180 mpu
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z80 microprocessor
Abstract: a15 afp he nv Z380 Zilog Z80 family tx0102 BA 59 04 AFP datasheet z80 Eee PC Z180 Z8000
Text: ZILOG MICROPROCESSOR PRODUCT SPECIFICATION Z380 MICROPROCESSOR FEATURES • Static CMOS Design with Low-Power Standby Mode Option ■ 32-Bit Internal Data Paths and ALU ■ Operating Frequency - DC-to-18 MHz at 5V - DC-to-10 MHz at 3.3V ■ Enhanced Instruction Set that Maintains Object-Code
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Z380TM
32-Bit
DC-to-18
DC-to-10
16-Bit
Z380TM
100-Pin
16-Bit
32-Bit
z80 microprocessor
a15 afp he nv
Z380
Zilog Z80 family
tx0102
BA 59 04 AFP
datasheet z80
Eee PC
Z180
Z8000
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wait state generator
Abstract: Z280 MPU input id Z280 Z280 MPU Z8500 Z180 Z380 SMCr z280 input id zilog Z280
Text: Z380 QUESTIONS & ANSWERS ZILOG APPLICATION NOTE Z380™ QUESTIONS AND ANSWERS GENERAL OVERVIEW Q: What is currently assigned as the value in the Chip ID version register? A: Currently the value 00H is assigned to the Z380 MPU, and other values are reserved. Note that the internal
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Z380TM
AP97380200
wait state generator
Z280 MPU input id
Z280
Z280 MPU
Z8500
Z180
Z380
SMCr
z280 input id
zilog Z280
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Z380
Abstract: Z8500 Z180 Z280 Z280 CPU
Text: Z380 QUESTIONS & ANSWERS ZILOG APPLICATION NOTE Z380™ QUESTIONS AND ANSWERS GENERAL OVERVIEW Q: What is currently assigned as the value in the Chip ID version register? A: Currently the value 00H is assigned to the Z380 MPU, and other values are reserved. Note that the internal
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Z380TM
AP97380200
AN008501-0301
Z380
Z8500
Z180
Z280
Z280 CPU
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