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Python

How to Control Tabor AWGs with Python - Getting started

With over a million users worldwide, Python programming language is widely used to control and program various test and measurement instruments, be it a single instrument or a system with various instruments. This series of tutorials, “How to Control Tabor AWGs with Python”, will provide step by step instructions and various examples of how to use Python in conjunction with Tabor Arbitrary Waveform Generators.
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How to Control Tabor AWGs with Python - Using SCPI commands

In this tutorial, we will give a quick start guide on how you can communicate with the Tabor AWG using Standard Commands for Programmable Instruments (SCPI). SCPI commands are an ASCII-based set of commands for reading and writing instrument settings.
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How to Control Tabor AWGs with Python - Using the IVI driver

In the previous tutorial, we have shown how to communicate with Tabor AWG using SCPI commands. Another way is by creating a device object using the Tabor IVI driver. This way, one can communicate with the Tabor AWG, using pre-defined functions. In this tutorial, we will give a quick start guide on how you can communicate with the Tabor AWG using the IVI driver.
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How to Properly Manage Tabor’s AWG Arbitrary Memory

In this tutorial, we will give a quick start guide on how you can manage the Tabor AWG’s arbitrary memory using a specific set of Standard Commands for Programmable Instruments (SCPI). You will find shared files containing functions to operate Tabor units & could integrate in your own code. Thus saving you the time of implementing it yourself.
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-Waveform Type

-Number of Channels

-Number of Channels

-Max. Amplitude

-Max. Sample Rate

-Bandwidth

-Small Signal Bandwidth

-Large Signal Bandwidth

-Memory Size

-Gain

-Max. Amplitude (50Ω)

-Rise / Fall Time

-Max. Current

-Input Impedance

-Vertical Resolution

-Output Impedance

-Digital Out (Markers)

-Transition Time

-Built-in Modulation

-Connectivity

-Platform

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