I am trying to connect Agilent DSO3062A Oscilloscope with LabVIEW using USB but the device is not recognized by MAX. I have installed the drivers for. An instrument driver is software that allows Labview to control a programmable instrument. Both your Tektronix TDS 2024B oscilloscope and your Agilent 33220A signal generator have drivers that allow for Labview control. VISA or Virtual Instrumentation Software Architecture is the application programming interface (API) that Labview uses. Agilent 6000 Series Oscilloscope Certified LabVIEW Plug and Play (project-style) Instrument Driver.

Lab 4 Using Labview with drivers for oscilloscopes and signal generators to study the sine waves In this lab you will be controlling your signal generator and your oscilloscope with Labview and you will be viewing and manipulating their output using Labview. You will also be simulating a sine wave to learn about sine wave properties using Labview. Instrument Drivers An instrument driver is software that allows Labview to control a programmable instrument. Both your Tektronix TDS 2024B oscilloscope and your Agilent 33220A signal generator have drivers that allow for Labview control.

VISA or V irtual Instrumentation Software Architecture is the application programming interface (API) that Labview uses. We have installed VISA and instrument drivers for your signal generator and oscilloscope so allows you to control the equipment using Labview. More information about instrument drivers can be found. Controlling the Signal Generator using Labview 1.

Make sure that there is a USB connection between your computer and the Agilent 33220A and that the Agilent 33220A is powered on. Open the Agilent 33XXX Series Generate Standard Waveform.vi from your desktop. In Labview’s Front Panel choose the option: USB0::0x0957::0x0407::MY44013053::INSTR for VISA resource name 4.

In the Front Panel, set Waveform to Sine (default), the frequency to 2000 Hz, that amplitude to 2 and the offset to 0. Click the arrow to run Labview. What happened? Press Ctrl-E to view the Block Diagram of the VI. Show Context Help from the Help menu.

Motogp 5 Full Version. Hover the curser over each VI so that you can get a sense of how the program works. Connect the oscilloscope channel 1 probe to the cable output of the signal generator.

Controlling the Oscilloscope using Labview 1. Make sure that there is a USB connection between your computer and the Tektronix TDS 2024B oscilloscope and that the Tektronix TDS 2024B is powered on. Open the Tektronix TDS 200 1000 2000 Series Acquire Continuous Waveform.vi from your desktop. In Labview’s Front Panel choose the option: USB0::0x0699::0x036A::C046438::INSTR for VISA resource name (you may have to hit refresh in the Visa Resource option; You also may need to unplug and plug the USB to the Agilent and the Textronix—just play around with it until you see the correct option). Make note of the Probe Attenuation. Click the arrow to run Labview and wait ~20 seconds.

What happened? Press Ctrl-E to view the Block Diagram of the VI. Hover the curser over each VI so that you can get a sense of how the program works. Basic Exercises 1.

Change the frequency on the Front Panel of the Agilent 33XXX Series Generate Standard Waveform.vi to 3000, click the arrow, and watch the Front Panel of the Tektronix TDS 200 1000 2000 Series Acquire Continuous Waveform.vi. What happened? Change the amplitude on the Front Panel of the Agilent 33XXX Series Generate Standard Waveform.vi to 4, click the arrow, and watch the Front Panel of the Tektronix TDS 200 1000 2000 Series Acquire Continuous Waveform.vi. What happened? Press stop Manipulating the signal 1. Go to the Block Diagram of the Tektronix TDS 200 1000 2000 Series Acquire Continuous Waveform.vi. Choose the Amplitude and Level Measurements VI and place it such that you can measure the positive and negative peaks of your signal.

Indicate the values on the Front Panel of the VI. Run the Textronix VI to make sure it works. Take a screen shot for your lab report. Choose the DC/RMS option from the Amplitude and Level Measurements VI so that you can measure the dc and rms ( )values of your signal.

Repeat 3-6 9. Choose the Timing and Transitions VI and place it such that you can measure the period and frequency of your signal. Repeat 3-6 11. In the Numeric palette (see below), and find the x 2 VI (square). Square the signal. Use the Merge Signal VI to display both the signal and the square of the signal on the graph.

Repeat 3-6 15. Close all your programs (VI’s) Simulating Sine Waves in Labview 1. Open a blank VI to build the following front panel.