Tektronix Openchoice Desktop [work] · Original

Stop Rewriting Waveforms: Why Tektronix OpenChoice Desktop is Your Lab’s Secret Weapon

The OpenChoice Desktop software offers a range of benefits, including:

Tektronix OpenChoice Desktop is the duct tape that bridges that gap. It’s free, it’s stable, and it turns your expensive scope into a smart sensor for your PC.

: Supports a wide range of physical interfaces, including USB, LAN (Ethernet), GPIB, and RS-232 . Critical Dependencies : tektronix openchoice desktop

The lets you drive your scope remotely. But the Waveform Display is where the magic happens. You can drag and drop live waveforms directly into a spreadsheet.

: Supported on various Windows versions, including Windows 7, 8.1, and 10 (both 32-bit and 64-bit).

This isn't just a screenshot pasted into a cell. It’s actual time and voltage vectors. You can perform FFTs, calculate RMS values across specific time windows, or subtract two traces to find the noise floor—all in real time, all in a tool you already know how to use. Critical Dependencies : The lets you drive your

That’s it. You’ve just automated 80% of your reporting grind.

OpenChoice Desktop is compatible with a vast array of legacy and current Tektronix bench and handheld models, including but not limited to: : TDS200, TDS1000/2000, and TDS3000 series. TBS Series : TBS1000, TBS2000, and TBS1000C series. DPO/MSO/MDO Series : 2000, 3000, and 4000 series. Handhelds : THS3000 series. How to Set Up Your Connection Getting Started with OpenChoice Solutions Basic Concepts

Here is why you need to install it yesterday. : Supported on various Windows versions, including Windows

: Users can "Get" the current settings from an oscilloscope to save them for future use or "Send" stored configurations back to one or more instruments to ensure consistent test conditions.

We’ve all been there.

: Instantly grab the current screen display from a connected instrument. This is essential for creating reports, technical documentation, or sharing visual evidence of a signal anomaly.