'Serial data' diaporamas de présentation

Chapter 10: 68HC11 Serial Peripheral Interface

Chapter 10: 68HC11 Serial Peripheral Interface. The 68HC11 Microcontroller. Han-Way Huang. Minnesota State University, Mankato. Why SPI? - The number of I/O port pins are limited on an 8-bit microcontroller. - It is desirable to implement more I/O functions on the same number of port pins.

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I/O Devices and Connections

I/O Devices and Connections. Board I/O. I/O Interface Serial/Parallel Asynchronous/Synchronous Example: Universal Asynchronous Receiver/Transmitter (UART) I/O Devices D isplays 7-Segment Display LCD T imers and counters

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COMP3221: Microprocessors and Embedded Systems

COMP3221: Microprocessors and Embedded Systems. Lecture 21: Serial Input/Output (I) http://www.cse.unsw.edu.au/~cs3221 Lecturer: Hui Wu Session 2, 2004. Overview. The Components of a Asynchronous Communication System Standards for the Serial I/O Interface RS232-C and Other Standards .

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CHAPTER 3

CHAPTER 3. Counter Application (Part B) By : Pn Siti Nor Diana Ismail. ii. Cascade Counter. It connected in cascade to achieve higher modulus operation Last stage output of one counter derive input of next counter Also used to divide high frequency clock signal.

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Shift Registers and Shift Register Counters

Shift Registers and Shift Register Counters. Week 10 and Week 11 (Lecture 2 of 2). 1 0 0 0. Parallel load a 1000:. Serial receiving device. Q. Q. Q. Q. 0. D. D. D. D. X. X. X. X. 1. 0. 0. 0. 1. C p. C p. C p. C p. CLOCK INPUT. CLOCK. X=Undetermined State.

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Automatic Wake-Up Experience

Automatic Wake-Up Experience. Group 40 William Bendix, Jake Metz, & Durreh Tabassu ECE 445 Senior Design April 29, 2010. Introduction. The Automatic Wake-Up Routine provides an automated approach to the daily, morning tasks taking them out of the hands of the end user

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New Human Computer Interfaces

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Universal Synchronous/Asynchronous Receiver/Transmitter (USART)

Universal Synchronous/Asynchronous Receiver/Transmitter (USART). Prepared By: Prof. M. B. Salunke SITS, Narhe, Pune - 41. E-mail: msalunke@gmail.com. Communication Modes. The Simplex Mode The Half Duplex Mode The Full Duplex Mode. Communication Methods. Parallel Data Transfer

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Really Fun Peripherals

Really Fun Peripherals. Overview. Liquid Crystal Display (LCD) Touchscreen Interfacing Methods Sensors Mass Storage Use google and wikipedia to get more information. LCD. Basics Sandwich of polarizer, glass, electrode, liquid crystal, electrode, glass, polarizer (90 deg. from first)

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Out-panel Overview

Out-panel Overview. Crate-based (VME 9U) architecture. 4 crates for entire MUID system: North Horizontal, North Vertical, South Horizontal, South Vertical 1 Front End Module (FEM) per crate communicates with PHENIX Online: Serial Control Timing & Control Data Collector Modules (DCM).

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Serial Peripheral Interface (SPI) Bus

Serial Peripheral Interface (SPI) Bus. SPI Bus. There is no official specification for the SPI bus. It is necessary to consult the data sheets of the devices. Use to connect integrated circuits on a circuit board.

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The PHENIX Muon Identifier Front End Electronics

The PHENIX Muon Identifier Front End Electronics. Andrew Glenn (University of Tennessee), for the PHENIX collaboration. April APS Meeting in Washington, D.C. Andrew Glenn 5/1/01. The Experiment. South. North. Andrew Glenn 5/1/01. The Muon Identifier. MuID. 6340 Tubes per arm.

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Digital Phase Follower -- Deserializer in Low-Cost FPGA

Digital Phase Follower -- Deserializer in Low-Cost FPGA. Jinyuan Wu, Z. Shi. Motivation. In HEP systems, sometime many channels of serial data must be concentrated. It will be nice if the data clock is not transmitted separately. (Just transmit a single data channel).

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Advanced Emission Diagnostic Training

Advanced Emission Diagnostic Training. Module III Module goals Various types of 02 sensors Analog and digital scopes Scope set-up to analyze 02 sensor wave form Four types of electrical signals Three characteristics of electrical signals 02 sensor tests & analysis.

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HIAPER RESEARCH ELECTRICAL SYSTEM

HIAPER RESEARCH ELECTRICAL SYSTEM. HIAPER Research Electrical Systems. Research Power System 115 VAC 400 Hz single phase 115 VAC 60 Hz single phase 115/208 VAC 400 Hz 3 phase 28 VDC Weight on Wheels (WOW) wings only 10 Secondary power distribution locations. 8 Main Cabin 1 Nose area

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Using the AVR UART

Using the AVR UART. Overview. How do I know what to do? What do I do? Setup the Wunderboard Setup the Host computer Setup the #define statements. How do I know what to do?. The first step is to read even if it does not make sense the first time Second is to ask

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Exploring Different Localization Technologies

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103 暑期嵌入式系統訓練課程 SPI 2014/7/1

103 暑期嵌入式系統訓練課程 SPI 2014/7/1. Outline. SPI 簡介. SPI 簡介 (1). SCLK (SCK) —Serial Clock （自 master 輸出） MOSI/SIMO—Master Output, Slave Input （自 master 輸出） MISO/SOMI—Master Input, Slave Output （自 slave 輸出） SS (SEL) — Slave Select （ 自 master 輸出）. SPI 簡介 (2). 另一種稱呼亦廣泛被使用：

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Generate a clock pulse

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