How to design and build your own Arduino based oscilloscope. In essence this is a continuation of my previous book where I introduced many LCD screens and the CA3306 fast analog to digital converter to make a fast 5 MSPS oscilloscope. A magazine article about the Arduino and CA3306 based oscilloscope created so much interest that I decided to write a book showing some of the most popular analog to digital converters and some of the most popular LCD screen’s together in Oscilloscope, and logic analyzer, types of applications.
Table of Contents
1. Overview of Arduino Uno Oscilloscopes
Internal analog to digital converter
External analog to digital converter
FIFO and External analog to digital converter
2. Analog Input Section Design
TL082 or LF353
AD744 and NE5532
3. Fast Analog to Digital Converter
CA3306
CA3318
AD775
AD8703
TLC5510
Synchronizing the Clocks
4. Monochrome LCD - QC12864B
Internal Analog to Digital Converter
Six Channel Logic Analyzer
External Analog to Digital Converter
5. Serial Color LCD - 1.8TFT SPI
Internal Analog to Digital Converter
External Analog to Digital Converter
6. Parallel Color LCD - TFT240_262K
Internal Analog to Digital Converter
Six Channel Logic Analyzer
External Analog to Digital Converter
7. Serial Color LCD - 2.2 to 2.8 SPI
Internal Analog to Digital Converter
External Analog to Digital Converter
8. Putting the Oscilloscope into a Case
Bibliography
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