AM-SSB Mod-Demod
This example demonstrates the programming implementation of an AM-SSB Modulation Demodulation system Learn more about common RF communications algorithms and see case studies at Analysis in RF and Communications Applications

Load Cell Data Acquisition with Null Offset and Shunt Calibration
Enabling Offset Nulling will account for any offset before starting acquisition, essentially making your initial value zero. (Please have the load cell at an idle (resting) state before starting the VI).
Software: LabVIEW Base Development System, LabVIEW Full Development System, LabVIEW Professional Development System
Hardware: CompactDAQ

Example VI for C Series I/O Modules in Any Deployment
This example VI demonstrates how to read data from a C Series I/O Module that has been deployed to any platform - the USB Single Module Carrier, CompactDAQ, and even the embedded CompactRIO - with a single LabVIEW application.
Software: LabVIEW Professional Development System
Hardware: CompactDAQ, CompactRIO, Portable DAQ, Real-Time, Reconfigurable I/O

Find file from file type including sub-folder.
Find file from file type including sub-folder. is an NI Developer Zone Community Example. Hi Folks, This example will find a file inside a folder from its file type. The special thing about this example is that it can find a file inside
Software: LabVIEW Full Development System

Using the NI cRIO-9151 With High Channel Count Applications
This example shows how to use the NI-781xR RIO boards along with multiple NI cRIO-9151 and C-Series modules to perform simultaneous, high channel-count acquisition. The follow example uses the following hardware to acquire 60 channels at 50 kS/s/channel: NI-7813R
Hardware: CompactRIO, Reconfigurable I/O

RF Record and Playback Reference Application
The file includes a User Interface (UI) where all the components are called in the correct order. To visualize the components interaction, Figure 1 displays the hierarchy of the VI.
Software: LabVIEW Full Development System
Hardware: RF

NI-DAQmx: Measure Semi Period in .NET
Semi-period measurement differs from pulse width measurement in that it measures both the high and the low pulses of a given signal. So for every period, two data points will be returned.
Hardware: Counter/Timers, Multifunction DAQ

NI-DAQmx: Measure Single Period - Low Frequency - One Counter in .NET
This example demonstrates how to measure the period using one counter on a Counter Input Channel. The Edge, Minimum Value and Maximum Value are all configurable.
Hardware: Counter/Timers, Multifunction DAQ

NI-DAQmx: Generate Finite Digital Pulse Train with Digital Start in .NET
This example demonstrates how to generate a finite digital pulse train from a Counter Output Channel. The Frequency, Duty Cycle, Initial Delay, and Idle State are all configurable. This example uses two counters.

NI-DAQmx: Generate Digital Pulse with Start Trigger in .NET
This example demonstrates how to generate a single digital pulse from a counter output channel using a digital start trigger. The initial delay, high time, low time, and the idle state are all software configurable. The trigger source and trigger edge are also software configurable.
Software: Measurement Studio .NET Support
Hardware: Counter/Timers