ArduinoInterfacingandSignalProcessing - (EPUB全文下载)

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Arduino Interfacing
and
Signal Processing
 
 
 
By Yury Magda
 
 
 
Copyright © 201
2-2014 by Yury Magda. All rights reserved.
 
 
 
The programs, examples, and applications presented in this book and on the author’s Web site have been included for their instructional value. The author offer no warranty implied or express, including but not limited to implied warranties of fitness or merchantability for any particular purpose and do not accept any liability for any loss or damage arising from the use of any information in this book, or any error or omission in such information, or any incorrect use of these programs, procedures, and applications.
 
No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of the author.
Content
 
Introduction
Disclaimer
Analog-to-digital converters in Arduino projects
Using the analog-to-digital converter MCP3201 in measurement systems
Using the high-resolution
SAR converter LTC1864
Using the high-speed analog-to-
digital converter ADS7816
Using the high precision Delta-Sigma analog-to-digital converter MCP3551
Using low-pass filters
Filtering PWM signals
Using external Digital-To-Analog converters
Signal synthesis with serial digital-to-analog converters
Signal synthesis using the digital-to-analog converters with parallel inputs
Using Voltage-To-Frequency converters
Using Frequency-To-Voltage converters
The simple triangle waveform oscillator
The digitally controlled wide-band oscillator with DS1077 IC
The wide-band digitally programmed oscillator with LTC6903
Signal synthesis using Direct Digital Synthesizer AD9833
Signal synthe
sis using AD9850 DDS
Using single-channel digital potentiometers
Digitally controlled current sources: project 1
Digitally controlle
d current sources: project 2
Us
ing 4-channel digital potentiometer AD5204
The quadratu
re sinewave RC oscillator driven by a digital potentiometer
Fre
quency doubling
Expanding  Arduino outputs
Expanding  Arduino inputs
Analog comparators in data processing
Using external clocks for raising interrupts
High precision measurements with Arduino
Customizing digital outputs
Measuring the freq
uency of periodical analog signals
Arduino Due project 1: using t
he Delta-Sigma A/D converter LTC2420
Arduino Due project 2: measuring frequencies of digital signals
Arduino Due project 3: signal synthesis using the bui ............

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