RMIT OENG1207 Digital Fundamentals Lecture 9 PDF

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RMIT University

Dr Alexandru C Fechete

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arduino hardware electronics circuit analysis

Summary

This document is a lecture from an RMIT University undergraduate course. Topics include hardware debugging and fault-finding of electronics circuits. It also covers the Arduino and Simulink environments.

Full Transcript

RMIT Classification: Trusted OENG1207 Digital Fundamentals Lecture 9 Introduction to Hardware - Part 1 Dr Alexandru C Fechete RMIT Classification: Trusted Overview of Lecture 9 (Part 1) 2 RMIT Classi...

RMIT Classification: Trusted OENG1207 Digital Fundamentals Lecture 9 Introduction to Hardware - Part 1 Dr Alexandru C Fechete RMIT Classification: Trusted Overview of Lecture 9 (Part 1) 2 RMIT Classification: Trusted The Arduino Uno 3 RMIT Classification: Trusted The ATmega328P 4 RMIT Classification: Trusted The ATmega328P 5 RMIT Classification: Trusted Basic Circuit Theory 6 Basic Circuit Theory RMIT Classification: Trusted Current and Voltage 7 Basic Circuit Theory RMIT Classification: Trusted Current and Voltage 8 Basic Circuit Theory RMIT Classification: Trusted Current and Voltage 9 RMIT Classification: Trusted Ohm’s Law 10 RMIT Classification: Trusted Example : Ohm’s Law 11 RMIT Classification: Trusted Example : Ohm’s Law 12 RMIT Classification: Trusted Resistors in Series and Parallel 13 RMIT Classification: Trusted Voltage Divider 14 RMIT Classification: Trusted Voltage Divider 15 RMIT Classification: Trusted Example: Voltage Divider 16 RMIT Classification: Trusted Example: Voltage Divider 17 RMIT Classification: Trusted Other Useful Circuit Elements 18 RMIT Classification: Trusted Light - Emitting Diodes (LEDs) 19 RMIT Classification: Trusted Light - Emitting Diodes (LEDs) 20 RMIT Classification: Trusted Light - Emitting Diodes (LEDs) 21 RMIT Classification: Trusted Light - Emitting Diodes (LEDs) 22 RMIT Classification: Trusted Switches 23 RMIT Classification: Trusted Switches 24 RMIT Classification: Trusted Switches 25 RMIT Classification: Trusted Breadboards 26 RMIT Classification: Trusted Anatomy of a Breadboards 27 RMIT Classification: Trusted Creating Simple Circuits 28 RMIT Classification: Trusted Creating Simple Circuits 29 RMIT Classification: Trusted Arduino Package for Simulink 30 RMIT Classification: Trusted Arduino Blocks in Simulink 31 RMIT Classification: Trusted Analogue and Digital Inputs 32 RMIT Classification: Trusted Digital Inputs 33 RMIT Classification: Trusted Digital Outputs 34 RMIT Classification: Trusted Example : Arduino Inputs and Outputs 35 RMIT Classification: Trusted Example : Arduino Inputs and Outputs 36 RMIT Classification: Trusted Summary 37 RMIT Classification: Trusted OENG1207 Digital Fundamentals Lecture 9 Hardware Debugging and Fault-Finding Part 2 Dr Alexandru C Fechete RMIT Classification: Trusted Overview of Lecture 9 - Part 2 39 RMIT Classification: Trusted Hardware Faults 40 RMIT Classification: Trusted Common Faults 41 RMIT Classification: Trusted Common Faults 42 RMIT Classification: Trusted Power and Ground Rails 43 RMIT Classification: Trusted Wiring 44 RMIT Classification: Trusted Reverse Bias 45 RMIT Classification: Trusted No/Incorrect Logic 46 RMIT Classification: Trusted Basic Debugging – Logic Probes 47 RMIT Classification: Trusted Logic Probe 48 RMIT Classification: Trusted The Multimeter 49 RMIT Classification: Trusted The Multimeter (Ohmmeter Mode) 50 RMIT Classification: Trusted The Multimeter (Voltmeter Mode) 51 RMIT Classification: Trusted The Multimeter (Voltmeter Mode) 52 RMIT Classification: Trusted The Multimeter (Ammeter Mode) 53 RMIT Classification: Trusted The Multimeter (Ammeter Mode) 54 RMIT Classification: Trusted The Multimeter (Diode Mode) 55 RMIT Classification: Trusted Software/Model Faults 56 RMIT Classification: Trusted Basic Debugging in Simulink 57 RMIT Classification: Trusted Monitor and Tune 58 RMIT Classification: Trusted Example : Monitor and Tune 59 RMIT Classification: Trusted Thank You Thank You for your Attendance and GOOD LUCK with your Studies! 60 RMIT Classification: Trusted Acknowledgment I would like Thank and to Acknowledge the support of : Dr Katrina Neville, the Course Coordinator of OENG1206 Digital Fundamentals course from RMIT University Melbourne. 61 RMIT Classification: Trusted Copyright © 2024 RMIT University Vietnam

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