Labview serial data processing _labview serial communication

A simple host computer example for serial communication is introduced here. The microcontroller unit (MCU) continuously sends data through the serial port, and the host computer displays this incoming data. This setup is ideal for testing and understanding basic serial communication between devices.

Labview serial data processing _ hand to teach you labview serial communication

After adding the front panel, you will see an interface that allows you to interact with the program. This panel is essential for monitoring and controlling the serial communication process.

Labview serial data processing _ hand to teach you labview serial communication

The back panel will show the underlying logic of the program, including the configuration settings and data flow. This is where all the programming happens in LabVIEW.

Labview serial data processing _ hand to teach you labview serial communication

First, add a serial port configuration control on the back panel.

Labview serial data processing _ hand to teach you labview serial communication

Next, configure the serial port settings.

1. Enable Terminator – Set the Boolean value "T" to true. This ensures that the data sent includes a termination character, making it easier to parse at the receiving end.

Labview serial data processing _ hand to teach you labview serial communication

2. Terminator – Leave it as default, which is an empty string. You can change it later if needed for specific applications.

3. Timeout – Set this to a constant value of 10000 milliseconds. This defines how long the system will wait for data before timing out.

Labview serial data processing _ hand to teach you labview serial communication

4. Resource Name – Connect this to the "VISA Resource Name" control. This tells LabVIEW which physical or virtual serial port to use.

5. Baud Rate – Configure this to 115200. This is a common rate used for serial communication and ensures compatibility with most devices.

6. Other settings are left as default unless specified otherwise. This helps maintain system stability and reduces the chance of errors.

Labview serial data processing _ hand to teach you labview serial communication

The image above shows the completed configuration. Now, the serial communication setup is ready for testing and data transmission. This process is crucial for anyone working with embedded systems, IoT devices, or industrial automation.

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