Relays and Solenoids Michael Holland CENBD 452.

Slides:

Advertisements

Similar presentations

CT455: Computer Organization Logic gate

Advertisements

AUTO SELECTION OF ANY AVAILABLE PHASE,

Demultiplexers Module M6.4 Section 6.4. Demultiplexers YIN 1 x 4 DeMUX d0d1 Y0 Y1 Y2 Y3 Y0 Y1 Y2 Y3 d1d0 0 0 YIN YIN YIN

EET 252 Digital Systems II Professor Nick Reeder.

1 Voltage Translation Clamps ASIA MARKETING DEVELOPMENT Samuel Lin Standard Logic 2012/Q1.

Multiplexers Lecture L6.4 Section 6.4.

Introduction to the OP AMP

03/11/03Nate Lamie Power Drivers. 03/11/03Nate Lamie Background Used to provide interface between low-level logic and power loads.

Multiplexers Module M6.1 Section 6.4. Multiplexers A 4-to-1 MUX TTL Multiplexer A 2-to-1 MUX.

The Electronics Kit TEE2O1 Mr. Payne’s Period 5 Room S111.

Systems Approach Burglar Alarm Project PROBLEM SITUATION DESIGN

Chapter 2 Digital Electronic Signals and Switches Copyright ©2006 by Pearson Education, Inc. Upper Saddle River, New Jersey All rights reserved.

T.J./ Controller „special“ T.J./ Bosch/Iskra 80V Controller LT 201 A.

Transistors and Logic Circuits. Transistor control voltage in voltage out control high allows current to flow -- switch is closed (on) control low stops.

Ladder Diagram Symbols. Study the various symbols identified in this presentation. Once you have memorized the different symbols and can name them, take.

Active Home Timmy Henery Affiliation EKU, Dept. of Technology.

Transistor Circuit Templates This presentation is partially animated. Only use the control panel at the bottom of screen to review what you have seen.

 Seattle Pacific University EE Logic System Design Standard Gates-1 Logic Chips HD74LS04P HD74LS04P Actual circuit.

Linear Regulator Fundamentals

 Most of today’s SSIs are cased in DIPs, or dual-in-line packages. Each pin corresponds to a number, with pin number 1 can be as found in the drawing.

DPCL Solid State Device Discrete Control Lecture.

AND Gate Inputs Output Input A (Switch) Input B (Switch) Output Y (Lamp) 0 (Open) 0 (OFF) A B Lamp.

Copyright © 2002 Delmar Thomson Learning Chapter 13 Understanding Relay Instructions and the Programmable Controller Input Modules.

MAHATMA GANDHI INSTITUTE OF TECHNICAL EDUCATION & RESEARCH CENTER NAVSARI - Patel Richa ( )

Presented by Under the esteemed guidance of D.GANGADHAR REDDY, M. Tech. Asst. Prof., EEE Department UNIVERSAL COLLEGE OF ENGINEERING & TECHNOLOGY AUTO.

Homework Reading Machine Projects Labs

THREE PHASE FAULT ANALYSIS WITH AUTO RESET ON TEMPORARY FAULT AND PERMANENT TRIP OTHERWISE Submitted by:

Arduino Based Industrial appliances control system by decoding dual tone multi frequency signals on GSM / CDMA network. Submitted by:

OVER VOLTAGE OR UNDER VOLTAGE

Transistors and Logic Circuits

Memory Interfacing.

Digital-to-Analog Analog-to-Digital

Cascade switching of an LED

Integrated Circuits.

INDUCTION MOTOR PROTECTION FOR SINGLE PHASING, OVERVOLTAGE AND OVER TEMPERATURE Submitted by:

INTRODUCTION TO PLC.

Engineering Science Systems and Control.

BY: Adam sHEERES-Paulicpulle

The Programmable Logic Controller

SMART CARD ENABLED EMPLOYEE IDENTIFICATION FOR SECURITY PURPOSE

MAINS SUPPLY SENSED Over Voltage

Lesson 9: Digital Input-Output Signal Interfacing

PLC Hardware Components.

Chapter 14 Understanding Relay Instructions and the Programmable Controller Input Modules.

Introduction to the OP AMP

Lesson 14: Introduction To Sequential Control

Magnets and Electromagnets

Electronic relay ER/U 1.1 contact TU/W 1.1 US/U 4.1 ER/U 1.1

ET 438B Sequential Control and Data Acquisition

Introduction to the OP AMP

Electromagnetic Devices

MAIN 222 Industrial Controllers

Magnets and Electromagnets

Michael McGrath Simple DC Motor Michael McGrath

Introduction to Wiring Logic Gates

AWIM Series Lawndale High School Experiment 6 Dec, 2017

Digital Logic Experiment

Mark Bristow CENBD 452 Fall 2002

Chris Farrar Hex Inverter – 7404, 74LS04, and 7405

A Systems Approach Automotive Technology PowerPoint® Presentation

Actuators Chapter 17 Lesson 5.

ENTER OUR FRIEND MR. RELAY

Logic Gates and Memory.

Introduction to Electro-pneumatic

Arithmatic Logic Unit (ALU). ALU Input Data :  A0-A3  B0-B3 Output Data :  F0 – F3.

Presentation transcript:

Relays and Solenoids Michael Holland CENBD 452

74LS04 Hex Inverter Six inputs and six outputs, ground and voltage TTL chip TTL stands for “transistor-transistor logic” Low input voltage High output voltage

DS2E-M-DC5V Relay What is a Relay? Pins on Relay AC/DC Contact Voltage Ground Common Normally Closed Normally Open AC/DC Contact Voltage Coil Voltage

Solenoid Push Pull Push/Pull

Button-activated solenoid

Conclusion 74LS04 Relays Solenoids References Robots Headlamps Horns Auto Lock Starters References http://www.fairchildsemi.com/ds/74/74F04.pdf http://www.aromat.com/pcsd/ds.pdf