Use Counter Frequency to obtain an Encoder Rotational Speed

[Rialter]

Overview
The example demonstrates how the VI obtains the frequency of a control input and converts it to a rotational speed measurement

Description:
This examples shows how to convert the data obtained from a Counter Frequency Measurement to an encoder Rotational Speed (either RPM or rad/s), it uses a subVI to convert the data based on the encoder pulses per revolution

Steps to implement or execute code
To implement this example:

1. Set the physical channel of the counter
2. Determine the number of the pulses per revolution
3. Run the VI
4. (Optional) Turn on the Highlight Execution to see the flow of the VI

To execute this example:

1. Install the required software.
2. Connect the DAQ hardware that supports the Counter features
3. Confirm the connection with the MAX with TestPanel
4. Open the VI and refer the Implement Steps

Requirements
Software
LabVIEW 2012 or compatible
NI-DAQmx 16.0 or compatible

Hardware
cDAQ with C series COunter Input Module

**This document has been updated to meet the current required format for the NI Code Exchange.**

[Doug_L._Bear]

This already exists in DAQmx, you can create a Counter Input»Position»Angular Encoder Task

[Amirul]

Can we use NI SCOPE to do this kind of measurement?? i need help.., i need to measure Encoder Pulse A and Pulse B Phase difference in mili Sec..anyone have Idea?? we already try many function in LAbview but still cant make it possible