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SIGLENT: Home / Support / Application
Using the SSA5000A noise figure measurement option
The article demonstrates how to use the noise figure analysis function of SIGLENT SSA5000A spectrum analyzer to make high quality noise figure measurements quickly and efficiently.
Using the SSA5000A pulse measurement option
In some critical areas such as aerospace national defense and radar EW applications, signal design and verification require integrated time domain/frequency domain/modulation test tools for pulse radar signal analysis. SIGLENT SSA5000A’s Pulse function pr
Demonstration of the SIGIQPro Bluetooth signal generation and SSA5000A Bluetooth analysis function
Through fast one-click RF measurement, SSA5000A spectrum analyzer is transformed into a standard-based Bluetooth RF transmission tester to help you design, evaluate and manufacture Bluetooth devices. The measurement application conforms to the standard of
Using the SSA5000A phase noise analysis function
A stable frequency source is a common need for many electronic devices and most RF equipment. Phase noise can be used to characterize the short-term frequency stability of these frequency sources. In this document, we will briefly describe how to use the
SSA5000A IQA&IFO Operation Manual
IQ acquisition is similar to zero-span measurement in Swept SA, where the input signal is displayed as I/Q data results.
Vector Network Analysis Component Characterization
RF component and system characterization is critical to emerging test requirements for all connected electronics.
Enhanced TDR Measurements with the SIGLENT SNA5000A Vector Network Analyzer
Time Domain Reflectometry (TDR) is an important method for measuring cable and connection quality for high-speed transmissions.
Time Domain Analysis of RF Systems
Time Domain Reflectometry (TDR) and other modes of time domain analysis of RF signals enable engineers to study the effectiveness of communication systems and channels for high speed serial data transfer.
Calibration and RF Measurements using VNA Siglent SNA 5000A – four ports
The following are some recommended common practices when performing any RF measurement.
Mixer measurements with a Vector Network Analyzer
Mixers are typically 3-port devices that produce the sum or difference of two input frequencies. Most of the mixers are active ones require external power supply.
How do I pick the right spectrum analyzer for my application?
Many people have trouble in choosing spectrum analyzer.
In this note, I will tell you How you can pick the right spectrum analyzer for my application.
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 performanc
The basic output waveform and related parameters of the arbitrary waveform generator
Traditional function generators can no longer meet the requirements and an arbitrary waveform generator may be a good option.
Where is the MAC address information for SSA3000X, SSA3000X Plus, SSA3000X-R, and SVA1000X?
The MAC address can be found on the LAN config interface.
Path: System--interface--LAN.
How to correctly use spectrum analyzers for EMC pre-compliance tests
This application note introduces you how to set EMC pre-compliance tests parameters and what is the effect they bring to your measurements. There are also sensitivity considerations and tips for protection of SA during tests.
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