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Synthesis and FPGA Programming
Once the simulation is validated, follow these steps to program your FPGA: Click on the “Syn...
Project Simulation
Before programming the FPGA, simulate the circuit behavior: 1. Go to the “Simulate” tab. 2. Cli...
Connecting the Blocks
Below are the connection details between blocks for the project: clock_20_hz Input: ...
Understanding the Project and the Blocks Used
This project consists of the following blocks: clock_20_hz: Generates a slower 20 Hz clock f...
Creating Project
In this tutorial, you will learn how to develop a PWM control project using logic blocks in ChipI...
Wrapping Up
Congratulations! You have created a complete system for reading analog values via an ADC (I2C) in...
Synthesis and FPGA Programming
After verifying the simulation: Click on the Synthesize tab. Select Start Synthesis to ...
Project Simulation
a) Steps to Simulate: 1. Access the Simulate Tab: Open the ChipInventor software and navigate...
Connecting the Blocks
The diagram below illustrates how the blocks can be connected (this example follows the organizat...
Understanding the Project and the Blocks Used
The basic diagram of this project consists of reading data from an ADC (Analog-to-Digital Convert...
Creating your Project
In this tutorial, you will learn how to configure a project that reads analog data from an ADC vi...
FPGA Synthesis and Programming
After confirming the simulation, proceed with synthesis and FPGA programming: 1. Open the Synthe...
Project Simulation
Before programming the FPGA, it is recommended to run a simulation to verify if the system is wor...
Project Assembly Steps
2.1 Main Block: CAN Controller (can_controller_std) The can_controller_std is the heart of the s...
Creating your Project
In this tutorial, you will learn how to set up a basic CAN (Controller Area Network) project on a...
Synthesis and FPGA Programming
After confirming that everything works in simulation: 1. Click on the Synthesize tab. 2. Select...
Hardware Validation
After programming the FPGA, you can test the system: 1. Access the Main tab. 2. Click on Serial...
Hardware Validation
After programming, perform practical validation: 1. Connect the DC motor and encoder physically ...
Simulation Stage
Before programming the FPGA, it's essential to verify that your project behaves as expected in th...
Project Assembly Steps
2.1 System Inputs In this step, we identify the essential input signals that enable the motor co...