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Creating Project
In this tutorial, you will learn how to develop and program an FPGA project using ChipInventor, w...
Hardware Validation
After programming the FPGA, it’s time to test the system in practice. 1. ADC Connection Mak...
Hardware Validation
After programming the FPGA: 1. Assemble the physical platform with two servo motors connected to...
Hardware Validation
After programming the FPGA, it’s time to validate CAN communication and UART output in the physic...
Wrapping Up
Congratulations! You have successfully created a basic FPGA CAN network project in ChipInventor. ...
Wrapping Up
Congratulations! You have built a basic RISC-V project in ChipInventor. This process included: ...
Hardware Validation
With the FPGA programmed, proceed to practical testing: If you use an external clock, ensure...
FPGA Synthesis and Programming
After confirming your simulation is correct: Go to the Synthesize tab. Select Start Syn...
Project Simulation
Before programming your FPGA board, validate the RISC-V operation in simulation: 1. Click Simula...
Connecting the Blocks
To assemble your project in the ChipInventor block diagram: 1. Drag each block (e.g., franken_ri...
Understanding the Project and the Blocks Used
Below are the main blocks that make up our RISC-V project, in a structure similar to the previous...
Creating Project
In this tutorial, you will learn how to develop a basic RISC-V project within the ChipInventor pl...
Wrapping Up
Congratulations! You’ve completed the Self Leveling Platform project using inertial sensors and s...
FPGA Synthesis and Programming
1. Click on Synthesize. 2. Select Start Synthesis and wait until all items turn green. 3. Conne...
Project Simulation
Before programming the FPGA, simulate your project behavior: Click on the Simulate tab. ...
Connecting the Blocks
Main block connections: I2C Communication: startAll.start → mpu6050.start → i2c.start ...
Understanding the Project and the Blocks Used
This project includes several interconnected blocks. Below are the main blocks and their function...
Creating Project
In this tutorial, you will learn how to implement a self-leveling platform system using inertial ...
Hardware Validation
With the FPGA programmed, test the behavior: 1. Connect an LED to the output pin led0. 2. Obser...
Wrapping Up
Congratulations! You've created a pulse-controlled PWM system using the ChipInventor platform. Th...