'Control register' diaporamas de présentation

Input/Output

Input/Output. 5.1 Principles of I/O hardware 5.2 Principles of I/O software 5.3 I/O software layers 5.4 Disks 5.5 Clocks 5.6 Character-oriented terminals 5.7 Graphical user interfaces 5.8 Network terminals 5.9 Power management. Chapter 5. I/O Device.

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2: The MCF51JM Microcontroller

2: The MCF51JM Microcontroller. CET360 Microprocessor Engineering by J. Sumey. MCF51JM Overview. 32-bit ColdFire (V1) MCU w/ USB 2.7~5.5V, up to 50 MHz descendent of the 68000 (68k) family same register set based on high-performance RISC CPU 32-bit data bus, PC, registers, ALU!

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8051 I/O Interfacing

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Operating System Design

Operating System Design. Dr. Jerry Shiao, Silicon Valley University. I/O Systems. Role of Operating System is to Manage and Control I/O Operations and I/O Devices. I/O Devices Vary in Functionality and Speed (mouse, hard drive, CDROM).

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Chapter 15 IA 64 Architecture Review

Chapter 15 IA 64 Architecture Review. Predication Predication Registers Speculation Control Data Software Pipelining Prolog, Kernel, & Epilog phases Automatic Register Naming. Chapter 16 Control Unit Operation.

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80386 MICROPROCESSOR Architecture

Microprocessor Architecture. UOP S.E.Comp (Sem-I). 80386 MICROPROCESSOR Architecture. Prof.P.C.Patil Department of Computer Engg Matoshri College of Engg.Nasik pcpatil18@gmail.com. Block Diagram. Pin Discription. Pin Discription. These signals are separated in four major groups :

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Lab 3: ADC

Lab 3: ADC. Signal Path. Produce a proper output voltage level. Signal Conditioning (if necessary). Sensors. Amplification Filtering. Analog to Digital Conversion (ADC). Light Temperature Acceleration Humidity Pressure etc. Resistance Capacitance Current Voltage

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Processor Exceptions

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Processor Exceptions

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Math Coprocessor

Math Coprocessor. Also called F loating P oint U nit FPU. Outline. Math Coprocessor Operation Math Coprocessor Structure Data Types Representation error Instructions. Math Coprocessor Operation. Shares the same Data, Address and Control BUS as the main processor

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Tutorial Introduction

Tutorial Introduction. PURPOSE - To explain how to configure and use the Serial Peripheral Interface Module OBJECTIVES: - Describe the uses and features of the Serial Peripheral Module. - Identify the steps to configure the Serial Peripheral Module.

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APPENDIX B: SYSTEM DEVELOPMENT

APPENDIX B: SYSTEM DEVELOPMENT. 68HC08 SYSTEM EXAMPLE. Simple application set-up Power-On / Reset CPU Initialization Memory initialization. APPLICATION DESCRIPTION. Basic automotive instrument cluster panel Displays PRNDL setting based on 3 discrete inputs Port A PTA2-PTA0

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Multiplexed External Bus Interface-MEBIV3

Multiplexed External Bus Interface-MEBIV3. By: Prof. Mahendra B. Salunke Asst. Prof., Department of Computer Engg., SITS, Pune-41. Email: msalunke@gmail.com URL: microsig.webs.com. Contents. MEBIV3. MEBIV3 Block Diagram. Features.

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Serial Communication Interface

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Serial Peripheral Interface (SPI)

Serial Peripheral Interface (SPI). SPI = Simple, 3 wire, full duplex, synchronous serial data transfer Interfaces to many devices, even many non-SPI peripherals Can be a master or slave interface 4 interface pins: -MOSI master out slave in -MIOS master in slave out

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SOPUS SOX Embedding Team Transition Planning Methodology: Activities, Deliverables and Targets

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