pt2313 Digital signal processor with Arduino and compatible interface, Encoder to select between different channels and operations.
Custom 2 GSPS 4K FFT optimized for AMD Versal AI Engine and AI Engine ML
The FFTs 4 Fun (FFT4F) library delivers optimized small-size FFTs (8–64 points) for AMD Versal AI Engines
Using XADC on ZYBO Z7-20 to digitize function generator signals, transfer via DMA, and plotting in MATLAB.
Getting Started with Infinite-ISP, the open source image signal processor on AMD Kria KV260 AI Starter kit.
TINA allows you to run your non-NN operations e.g. matrix multiplication or if statements using any hardware that supports neural networks.
This tutorial shows how to generate FPGA IP cores using Vitis Model Composer, from modeling to deployment—step by step.
Getting Started with Infinite-ISP, the open source image signal processor on Efinix Titanium Ti180 J484 Development kit.
HIL Simulation: MATLAB to generate signal from Picoscope, digitize it using XADC(Zybo), receive it back from PS RAM, plot, and FFT in MATLAB
This is one of the projects in our upcoming learning kit for Analog Signals and Filter Design, a great circuit to learn analog filters
Learn how easy it is to make a simple scope using Nextion display with Arduino and Visuino. Watch the Video!
I worked on designing and simulating different amplitude modulation techniques using MATLAB and Simulink.
Introducing the Perfect Ring Oscillator Project: a groundbreaking design for precision, efficiency, and reliability in next-gen electronics!
Test bed development for the study of low power DC motors specs like speed, acceleration, response time, power consumption, etc.
Unlock the power of PWM! Learn how to create smooth LED brightness transitions in our project, simulating waveform signals effortlessly.
I worked on two key components: a lab report and an individual assignment.
This module opens the door to a thousand possible applications. With little expense you enter the world of multiple acquisition at 24 bit.
Explore our online simulation of the Simple Push-Pull Follower—a hands-on project showcasing key concepts in electronic circuits.
I designed and analyzed a multi-stage amplifier using bipolar junction transistors (BJTs).
The Theremino HAL connects the hardware of InOut with high-level software via USB and Slots to Windows over USB.
