System Level Documentation#
Attention
Work-in-progress, not all content available at the wiki has been imported yet.
This docs provides developers using Analog Devices products with software and documentation, including HDL interface code, software drivers, and reference project examples for FPGA connectivity. It also contains user guides for some Analog Devices evaluation boards to help developers get up and running fast.
Contents#
Kuiper & Linux Kernel
Evaluation Boards
- User guides
- Amplifiers
- Analog Switches and Multiplexers
- Automatic Test Equipment - PMU & DPS
- Clock Generation and Distribution
- Digital to Analog Converters
- Digital to Analog Converters (Current Output)
- Direct Digital Synthesis (DDS)
- Industrial Ethernet
- Inertial MEMS Sensors
- Interface and Isolation
- Temperature Sensors
- Voltage Controlled Oscillators
- Circuits from the Lab
- FMC Compatible Boards
- ADICUP Development Boards
- COG Development Boards
- DSP Development Tools
- mmWave Imaging
- RapidNet IP
- ADPAQ
- Active Bias Controllers
University Program
Learning
- Learning! Tutorials, Workshops, Etc
- Mixed Signal Basics
- System Design
- Converter Connectivity Tutorial
- Key ADI’s Software Infrastructure for designing with ADCs, DACs, and Sensors
- Tools for Low Speed Mixed Signal System Design
- Introduction
- Materials
- Background
- Slide Deck and Video
- Preparation - a few resources for learning Python
- What does “Just Enough Software” look like?
- Software Stack Background
- Introducing an exciting new product that we’ll apply our skills
- Component selection based on software support (rather than pure analog performance)
- Hardware Setup
- Booting the system
- Post-boot housekeeping
- Configuring the System (and rebooting!)
- Command Line Tools (Hello, AD5592r!)
- IIO Oscilloscope
- Device Trees: Telling Linux what’s connected
- Pyadi-iio And examples
- Hands-On! Working through a simple, but complete case study
- Next Steps: Developing on a remote host
- Next Steps: Other languages (C++, C#, MATLAB, etc.)
- Next Steps: No-OS development on Linux? You bet!
- Next Steps: Porting to a fully embedded system
- More “Just Enough Software” examples
- Drawing parallels to other software flows
- Wrapup
- Additional References
- Tools for Precision Wideband Mixed Signal System Design
- Introduction
- Materials
- Background
- Slide Deck and Video
- Preparation - a few resources for learning Python
- Software Stack Review
- Introducing an exciting new product that we’ll apply our skills to
- Hardware Setup
- Booting the system
- Post-boot housekeeping
- Configuring the System (and rebooting!)
- Command Line Tools (Hello, Colorimeter and AD4630-24!)
- IIO Oscilloscope
- Pyadi-iio And examples
- Next Steps: Other languages (C++, C#, MATLAB, etc.)
- Wrapup
- Additional References
- Tools for High-Speed Mixed Signal System Design
- Workshops
Contributing and Guidelines