DC-8314-01
Abstract: Z16C3001ZCO 100-10L z16c30 application Zilog Z16C30 75als194 Z16C30 zilog epm Z16C32 Z16C35
Contextual Info: 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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75als194
Abstract: Zilog Z16C30 75ALS195 DTE DCE INTERFACES Z16C30 EPROM 27256 LocalTalk 74FCT240 MAX238 PAL16L8
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 3 A SAMPLE APPLICATION 3.1 INTRODUCTION Figures 3-1 and 3-2 are schematics of a simple USC® application. It includes a USC, an 80186 integrated processor, two EPROMs, two static RAMs, and 3 serial interfaces.
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D1312
Abstract: 16C30 Z16C3001ZCO zilog epm 16C35 85C30 Z16C30 Z8018600ZCO ZNW2000 6144k
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL APPENDIX B QUESTIONS & ANSWERS USC FAMILY QUESTIONS AND ANSWERS The following is a compilation of field customer questions and answers on the USC and IUSC . They are categorized in four sections: GENERAL, SERIAL/PROTOCOL, DMA,
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Zilog Z16C30
Abstract: Z16C30 RCSR158 ICR50
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 7 INTERRUPTS 7.1 INTRODUCTION The interrupt subsystem of the USC derives from Zilog’s long experience in providing the most advanced interrupt capabilities in the microprocessor field. These capabilities
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TMR15
Abstract: CMR12 Z16C30 CCR11-8
Contextual Info: 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
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 2 BUS INTERFACING 2.1 INTRODUCTION The USC® can be used in systems with various microprocessor or backplane buses. Its flexibility with respect to host bus interfacing derives from its Bus Configuration
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AD139
Abstract: Z16C30 16C30 SICR11 CCSR10 CCR98 IA87
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 8 SOFTWARE SUMMARY 8.1 INTRODUCTION This chapter includes a bit by bit description of all the registers in the IUSC. 8.2 ABOUT RESETTING The USC is placed in an initial inactive state whenever external hardware drives the /RESET pin low. In this state,
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Z16C3001ZCO
Abstract: EPROM 27256 programmer schematic DC-8314-01 Z16C30 75als194 Z8018600ZCO Z16C32 Z16C35 Z85230 Z85C30
Contextual Info: Z16C30 USC User’s Manual UM009402-0201 ZiLOG Worldwide Headquarters • 910 E. Hamilton Avenue • Campbell, CA 95008 Telephone: 408.558.8500 • Fax: 408.558.8300 • www.ZiLOG.com Z16C30 USC This publication is subject to replacement by a later edition. To determine whether a later
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Z16C30
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL APPENDIX A APPENDIX CHANGES A.1 INTRODUCTION This is for the reader of previous USC documentation. It summarizes the changes in the names of registers and commands that were made in this document, with a few
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Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 6 DIRECT MEMORY ACCESS DMA INTERFACING 6.1 INTRODUCTION Chapter 5 described many of the features of the USC® that support handling serial traffic via DMA, that is, without processor intervention on a byte-by-byte basis. This chapter describes how to interface external DMA controllers
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HCR11
Abstract: Biphase mark code Z16C30 RMR15-13 1533B
Contextual Info: Z16C30 USC USER'S MANUAL ZILOG USER’s MANUAL CHAPTER 4 SERIAL INTERFACING 4.1 INTRODUCTION The USC® includes several serial interface options and features that promote its usefulness in various kinds of applications. It allows a variety of clocking schemes, and
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