In this video, we show how to connect and control the SIGLENT SVA1015X Spectrum and Vector Network Analyzer using the onboard web browser control. This feature is also included with all SVA1000X, SSA3000X Plus, and SSA3000X-R series instruments. This feature delivers easy remote control. configuration, and data collection/display using nothing more than a network-connected computer, … Continued
In this video, we show you the new touchscreen, USB Mouse/Keyboard control, and power-on-line feature for the SIGLENT SVA1015X.
Introducing the SIGLENT SVA1015X Spectrum and Network Analyzer. This new class of instrument incorporates a swept superheterodyne spectrum analyzer (9 kHz – 1.5 GHz) with an optional Vector Network Analyzer (10 MHz – 1.5 GHz), FDR-based Distance-to-Fault option, and more in a small form factor instrument that is ideal for EMI/EMC pre-compliance testing, RF … Continued
In this slide show, we briefly cover the basics of spectral analysis using a swept superheterodyne receiver. We then discuss various settings and controls to help you use your SIGLENT SSA more effectively. Spectrum Analyzer Basics
In this video, EMI Guru Ken Wyatt (@EMI_Guru) shows how to use Near-Field probes and a spectrum analyzer to troubleshoot component/board level EMI issues.
In this video, EMI Guru Ken Wyatt (@EMI_Guru) shows the radiated emissions caused by pigtailed connections
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
Ken Wyatt takes has a little fun with a homemade Tesla Coil and a SIGLENT SSA3032X Spectrum Analyzer.
Dave compares the new Siglent SSA3021A 2.1GHz spectrum analyser with similar priced Rigol DSA815. Noise floor, clock and PLL phase noise and other performance aspects are measured and compared between the two models.