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Architecting High-Performance Embedded Systems

You're reading from  Architecting High-Performance Embedded Systems

Product type Book
Published in Feb 2021
Publisher Packt
ISBN-13 9781789955965
Pages 376 pages
Edition 1st Edition
Languages
Author (1):
Jim Ledin Jim Ledin
Profile icon Jim Ledin

Table of Contents (15) Chapters

Preface Section 1: Fundamentals of High-Performance Embedded Systems
Chapter 1: Architecting High-Performance Embedded Systems Chapter 2: Sensing the World Chapter 3: Operating in Real Time Section 2: Designing and Constructing High-Performance Embedded Systems
Chapter 4: Developing Your First FPGA Program Chapter 5: Implementing systems with FPGAs Chapter 6: Designing Circuits with KiCad Chapter 7: Building High-Performance Digital Circuits Section 3: Implementing and Testing Real-Time Firmware
Chapter 8: Bringing Up the Board for the First Time Chapter 9: The Firmware Development Process Chapter 10: Testing and Debugging the Embedded System Other Books You May Enjoy

Developing the project schematic diagram

The entire circuit diagram for the oscilloscope project is organized into six hierarchical KiCad sheets as shown in the following figure:

Figure 6.15 – Project schematic sheets

The contents of each sheet are as follows:

  • Analog Inputs: This portion of the circuitry receives an analog input from a standard oscilloscope probe in the range ±10 V and transforms it into a differential signal in the range ±1.0 V for input to the ADC.
  • ADC: This portion of the circuit connects the ±1.0 V analog signal to the ADC input pins. This diagram also connects a 100 MHz digital clock signal from the Arty board to the ADC. The ADC provides high-speed LVDS differential outputs for two lanes (OUT1A and OUT1B) as well as a data clock (DCO) that connect to Arty board inputs. The ADC used in the project is the Linear Technology LTC2267-14, a dual-channel 14-bit ADC capable of 105 million samples per second...
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