FT232 Evaluation Board FT232R FT232RL USB TO Serial UART Development Evaluation Module

Description

What it is

The FT232R Evaluation Board is a USB-UART interface module that allows the conversion of signals from USB to serial UART. This development kit is ideal for testing and evaluating the features of the FT232R converter in development environments.

Features

• USB-UART interface module based on FT232R or FT232RL
• Ideally suited for connecting serial devices to a computer

What it is for

It is used to create simple circuits that require serial communication, such as controlling 7-segment displays via Arduino. It is compatible with various devices and platforms like Arduino and ESP.

Tutorial: How to use FT232R EVAL Board

The FT232R EVAL Board is a development module to convert USB signals to serial UART, ideal for connecting serial devices to a computer.

What you need

• FT232R EVAL Board ARD009353
• USB cable
• Serial device to test
• Arduino IDE

Steps

1. 1. Connect the USB cable to the FT232R module.
2. 2. Power on the module.
3. 3. Connect the serial device to the RX and TX pins of the module.
4. 4. Open Arduino IDE.
5. 5. Upload the example code Serial.println(“Test”);
6. 6. Connect the module to your project.
7. 7. Verify correct communication between module and device.
8. 8. Modify the code to test different functionalities.

Example code

Serial.begin(9600);
Serial.println("Test");

Mini project

Create a simple circuit with a 7-segment display and control it with an Arduino.

Common mistakes

• Do not start the module correctly.
• Connect the RX and TX pins in reverse.
• Omit the configuration in Arduino IDE.
• Ignore the verification of communication.

Recommended accessories

• 7-segment display
• 220Ω resistor
• Test lead
• Arduino UNO

Frequently asked questions

Which pins of the module do I use to connect the serial device?
Use the RX and TX pins of the module.

Does the module work with USB-C?
The module supports only USB-A connections.

Can I use the module with a microcontroller?
Yes, connect the microcontroller to the RX and TX pins of the module.

Does the module support other data transfer speeds?
Check the datasheet for supported values.