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Our Growing Python Toolkit

Python is simple, versatile and has a rich ecosystem of libraries. Its intuitive syntax enables easy and effective test automation and data analysis. Combine Python with our growing ecosystem of Python tools to unlock higher productivity and innovation in your testing process.

With tm_devices you can automate using Python functions with minimal SCPI. A reduction of almost 90%!

TekHSI maximizes transfer speeds from oscilloscope to PC. Our Python library, TekHSI, can be integrated directly into your own Python code, replacing SCPI with modern asynchronous code, and faster transfer rates than VISA based methods.

tm_data_types library resolves the headaches of waveform file manipulation. You can stop worrying about bytes and headers and get to your analysis faster.

Python Packages

Develop Faster with tm_devices

tm_devices allows you to write syntax-checked, code-completed automation virtually error free. Skip the hassles of PyVISA Configuration when tm_devices has been pre-configured for all of our instruments out of the box.

Use the tm_devices Python driver package to enjoy:

  • Faster development with auto-completion and code suggestions.
  • Seamless integration when you add the Python driver package to your existing automation framework.
  • Benefits from an active community constantly developing new tools and solutions.

Review the current list of supported instruments, including Tektronix 5 and 6 Series MSO oscilloscopes and several other Tektronix oscilloscopes, many Keithley SMU instruments and the DPOJET application. An expanding number of test device categories are planned for future releases.

Get Instant Results with TekHSI Python Library

HSI moves data from oscilloscopes to PC at significantly faster speeds compared to VXI-11 ethernet (VISA) connections. When enabled, your oscilloscope hosts itself as a high-speed interface server allowing remote clients (PCs) to connect seamlessly.

In addition to working with TekScope PC, we have a Python package, TekHSI, that allows you to integrate this superspeed solution right into your existing Python automation.

tm_data_types Python Package analyzing waveform data

Focus on Waveform Analysis with tm_data_types Coming Soon!

Check out the early access tm_data_types package with Python containers for AnalogWaveforms, DigitalWaveforms, and even IQWaveforms. It also has simple methods to read and write waveform files directly.

Try out tm_data_types today and let us know how we can make it better.

Products

Serie 2 MDO Mixed-Domain-Oszilloskop

2 Series MSO Portable Mixed Signal Oscilloscope

Unlock more space on your bench without compromising performance by choosing our most compact and handheld portable oscilloscope. At only 1.5 inches thick and less than 4 pounds, the 2 Series MSO fe …
4 Series MSO Mixed Signal oscilloscope

4 Series B MSO Mixed Signal Oscilloscope

4 Series B MSO is a mixed signal oscilloscope with up to 1.5 GHz bandwidth, HD touch display, serial decoding, digital inputs, frequency and power analysis

5 series B MSO - MSO58B

5 Series B MSO Mixed Signal Oscilloscope

5 Series MSO is a mixed signal oscilloscope with a high definition display with a touchscreen, up to 8 inputs, 12-bit analog-to-digital converters and bandwidth up to 2 GHz.

5 Series MSO Mixed Signal oscilloscope low profile oscilloscope

5 Series MSO Low Profile

  • 8 analog/spectral channels or 64 digital
  • 6.25 GS/s sample rate
  • 500 MHz – 1 GHz bandwidth
  • Closed Embedded OS only
  • Supports probes
  • 50 Ohm and 1 MOhm inputs
6 Series B MSO Mixed Signal oscilloscope

6 Series B MSO Mixed Signal Oscilloscope

Troubleshoot and validate high-speed designs with bandwidth that starts at 1 GHz and goes up to 10 GHz.

6 Series low profile digitizer

6 Series Low Profile Digitizer

  • 4 analog/spectral channels
  • 25 GS/s sample rate
  • 1 GHz to 8 GHz bandwidth (upgradable)
  • Opt. 2 GHz RF HW Digital-Down-Converter
  • Closed Embedded OS or Windows 10 OS
  • Up to 1 Gpts record length

Resources

Product Demo

Connect to an Oscilloscope Using tm_devices

This short video shows how to use tm_devices, Tektronix’s open source Python driver package, to connect to a 5 Series …
Product Features

Tektronix tm_devices V1.4 - What's New

This video discusses what's new in V1.4 of tm_devices - the Tektronix device management package that enables better …
How-to Guide

Simplifying Test Automation with tm_devices and Python

This how-to guide discusses some of the benefits of the Tektronix Python driver package, tm_devices.  It covers what you …
Webinar

Test Automation and Python Programming

Learn how to run your first Python script and get tips for putting your code to work smoothly.
Technical Brief

Getting Started with Oscilloscope Automation and Python

Get started programming oscilloscopes in Python, including the basics of programmatic interfaces, and how to download …
Blog

Remote Oscilloscope Control Accelerates Electronic Testing

Remote control, remote analysis, and automation are simplifying and accelerating the development of electronic systems …