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Logic Analyzers are useful tools for viewing, understanding, and decoding digital logic signals. Many allow you to decode common communication protocols, and even communicate with these protocols via a protocol analyzer.</description>
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HD44780 compatible displays are used in a wide range of devices. They can be connected to a system using as little as 6 pins and display up to 80 alphanumerical character. The most common version uses a</description>
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In this tutorial we will use a python script to read and graphically present data from a digital accelerometer with an I2C interface (LIS35DE).

----------

Inventory

	*</description>
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        <description>Digital Discovery Demos

This page is for internal use only and the list is not comprehensive. Check out the Digital Discovery Resource Center.




	* Decoding VGA Signals With a Portable Logic Analyzer
	* Using a Python Script to Interface the Digital Discovery with an I2C Device
	* Using the Digital Discovery to look at Zynq boot sequence
	* Using the Digital Discovery to Simulate an HD44780 Display</description>
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        <description>Using the Digital Discovery to look at Zynq boot sequence



Introduction

When developing new FPGA boards, it's important to know the specifications of the hardware on the board and see the timing of signals. The Digital Discovery provides a High Speed Logic Analyzer that allows you to visualize and analyze the signals traveling through the board. In the process of developing a new Zynq Board, the speed of the QSPI transactions in the boot sequence wasn't an evident specification. This project …</description>
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