In this video, we use the Search and Navigate feature of the SIGLENT SDS2X Plus scope to isolate and indicate low voltage conditions of an input signal. Here, we use an SDG signal generator to produce a 60 Hz sine wave and we introduce a few periods of much lower voltage.. simulating dirty power/brownout conditions … Continued
In this video, we introduce you to LXI Tools, an open-source instrument programming and control application that has a small footprint and excellent performance. It works seamlessly with a variety of SIGLENT products, including SDSX and XE scopes, SDGX generators, and SDM DMMs. Special thanks to Martin Lund and the other developers of LXI … Continued
In this video, we show how to use the automated Bode Plot feature of the SIGLENT SDS1004X-E series of four-channel oscilloscopes to create a frequency response curve. This video applies to the SIGLENT SDS1104X-E and SDS1204X-E oscilloscopes as well as the SDG X series (SDG1X, 2X, and 6X) of arbitrary waveform generators. There is … Continued
In this video, Chris shows how terminations affect signals and compares various 50 ohm terminations using a SIGLENT scope and function generator:
Dave takes a look at the new Siglent SDG2122X / SDG2042X Arb Generator and compares it to the Rigol DG4162 and the older Siglent SDG5082. 1.2GS/s arb gen for US$499!
The SIGLENT SDG series of arbitrary waveform generators are ideal for sourcing standard and custom waveforms. This video describes the common features available across the entire SDG line as well as some of the specific features that can be useful in tricky applications.
Learn how to easily capture and transfer waveform data from a SIGLENT SDG osiclloscope to an SDG function generator. Once the data has been transferred to the SDG, you can edit and adjust the waveform and perform extended testing.
Channel coupling enables you to link the frequency, amplitude, and/or phase parameters between both channels of an SDGX series generator. This allows you to simultaneously change both output set points.