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Knowledge Base

How do I pick the right spectrum analyser for my application?

The SIGLENT SSA3000X, SSA3000X Plus and SVA1000X products are based on a similar swept superheterodyne spectrum analyser platform and have very similar starting prices. There are quite a few similarities, but also a few differences that could affect the end results for particular applications. The table below compares the major specifications and the comparable options as they pertain to specific ...

Verification of a working remote communications connection using NI – MAX

Automating a test can dramatically increase the productivity, throughput, and accuracy of a process. Automating a setup involves connecting a computer to the test instrumentation using a standard communications bus like USB or LAN and then utilizing code entered via a software layer (like LabVIEW, .NET, Python, etc..) to sequence the specific instrument commands and process data. This process n...

SDS FFT performance on low frequency signals

Like many modern oscilloscopes, the SIGLENT SDS series feature FFT math functions that calculate frequency information from the acquired voltage vs. time data. FFT stands for Fast Fourier Transform, and is a common method for determining the frequency content of a time-varying signal. Converting time domain data to the frequency domain makes measuring characteristics like phase noise and harmonics...

Bode Plot of a filter using an oscilloscope and function generator

A Bode plot is a method of graphically displaying the frequency response of a system or device-under-test (DUT). Commonly, the magnitude and phase response of the device are plotted with respect to frequency using a shared horizontal frequency axis as shown in the example below:   ...

Programming Example: Retrieve data from an XE series Oscilloscope using Kotlin

The SDS series of oscilloscopes all feature remote programming and data collection capabilities. They can be integrated easily into many automated test environments to ease the setup and data acquisition during testing. One of our helpful customers developed a nice programming example designed to set up and retrieve data from a SIGLENT SDS1202X-E Oscilloscope using Kotlin, a free open source c...

Testing Open Socket Communications Using PuTTY

Many instruments include the ability to be controlled via a remote connection to a computer using an Ethernet connection. In many cases, these instruments require a special software library that can help establish and maintain the communications link between the instrument and controlling computer. This can be annoying for a few reasons… the software library is likely to occupy a large amount of...

Measuring the Modulation Index of an AM Signal using an FFT

In AM schemes, the modulation index refers to the amplitude ratio of the modulating signal to the carrier signal. With the help of Fast-Fourier-Transforms (FFT), the modulation index can be obtained by measuring the sideband amplitude and the carrier amplitude. In this application note, we are going to show a convenient method of using the new Peaks/Markers function (Available on the 4 channel SIG...

Power Supply Design: Load Step Response with a SIGLENT DC Electronic Load

Building a power supply that can handle various loads without oscillating can be a challenge. Computational models and computer simulations can help get your design headed in the right direction, but physical testing is essential to proving the performance of your design. One method of quickly determining stability is to use a load step response. In this test, a DC electronic load is used to...

Programming Example: Open Socket LAN connection using Python

Automating a test can dramatically increase the productivity, throughput, and accuracy of a process. Automating a setup involves connecting a computer to the test instrumentation using a standard communications bus like USB or LAN and then utilizing code entered via a software layer (like LabVIEW, .NET, Python, etc..) to sequence the specific instrument commands and process data. In this note, ...

Verification of a LAN connection using Telnet

Automating a test can dramatically increase the productivity, throughput, and accuracy of a process. Automating a setup involves connecting a computer to the test instrumentation using a standard communications bus like USB or LAN and then utilizing code entered via a software layer (like LabVIEW, .NET, Python, etc..) to sequence the specific instrument commands and process data. This process n...

Measuring Power Supply Control Loop Response with Bode Plot II

Stability is one of the most important characteristics in power supply design. Traditionally, stability measurements require expensive frequency response analyzers (FRA) which are not always available in a laboratory. Now, using a Siglent oscilloscope, like the SDS1204X-E with the newly released Bode Plot Ⅱ software, together with a Siglent arbitrary waveform generator (SDG or SAG) and a Picotes...

Using EasyScope X to retrieve Average Waveform Data

Waveform averaging can be a useful method to decrease noise in a particular signal. The SIGLENT SDS series of oscilloscopes can easily collect average waveform data using EasyScope X software. NOTE: At this time, average waveform data is not able to be saved in CSV format via the front panel USB connection to a USB memory stick. Initial Setup – Download NI-VISA Runtime Engine t...

Sub Categories

Application Notes

Knowledge Base AC Power Supplies

Knowledge Base PCR-LE Series (3)

Knowledge Base PCR-MA Series (3)

Knowledge Base PCR-WE/WE2 Series (3)

Knowledge Base Data Acquisition Systems

Knowledge Base M300 Series (2)

Knowledge Base DC Power Supplies

Knowledge Base DP700 Series (8)

Knowledge Base DP800 Series (26)

Knowledge Base PBZ Series (3)

Knowledge Base PMX-Multi Series (3)

Knowledge Base PWR-01 Series (3)

Knowledge Base SPD1000X (5)

Knowledge Base SPD3000X/X-E Series (6)

Knowledge Base Digital Multimeters

Knowledge Base DM3000 Series (21)

Knowledge Base SDM3000 Series (6)

Knowledge Base Digital Oscilloscopes

Knowledge Base DS1000 Series (46)

Knowledge Base DS2000 Series (36)

Knowledge Base MSO/DS7000 Series (35)

Knowledge Base MSO5000 Series (35)

Knowledge Base MSO8000 Series (32)

Knowledge Base SDS1000X-E Series (15)

Knowledge Base SDS2000X-E Series (15)

Knowledge Base SDS5000X Series (15)

Knowledge Base Electrical Safety Analysers

Knowledge Base TOS9300 Series (3)

Knowledge Base Electronic Loads

Knowledge Base DL3000 Series (2)

Knowledge Base PLZ-5W Series (3)

Knowledge Base PLZ-5WH Series (3)

Knowledge Base PLZ-5WH2 Series (3)

Knowledge Base SDL1000X Series (5)

Knowledge Base RF Signal Generators

Knowledge Base DSG800 Series (2)

Knowledge Base SSG3000X Series (4)

Knowledge Base Spectrum Analysers

Knowledge Base DSA800 Series (70)

Knowledge Base RSA3000 Series (32)

Knowledge Base RSA5000 Series (31)

Knowledge Base SSA3000X Plus Series (2)

Knowledge Base SSA3000X Series (15)

Knowledge Base SSA3000X-R Series (1)

Knowledge Base SVA1000X Series (13)

Knowledge Base Waveform Generators

Knowledge Base DG1000 Series (14)

Knowledge Base DG4000 Series (14)

Knowledge Base SDG1000X Series (10)

Knowledge Base SDG2000X Series (11)

Knowledge Base SDG6000X Series (11)

Knowledge Base SDG800 Series (10)