Operating Tips

Spectrum Analyzers

How do I invert colors on saved image files with an SSA3000X?

October 25, 2017

The Siglent SSA3000X spectrum analyzer can save images of the display in a number of common picture formats, including JPG and BMP file types. Normally, the background of the images matches that of the instrument. This black background may be problematic when physically printing these images for reports. To save on printer supplies, you can … Continued

SSA3000X File Types

October 25, 2017

The SSA3000X can save files in a number of formats that can be useful for saving/recalling configurations, correction and limits, as well as raw trace data. Those include: – State files (*.STA file extension): These files can be used to save and recall the instrument configuration. They are saved in binary format, which is designed … Continued

How to save a file with the SSA3000X

October 25, 2017

The SSA3000X can save a number of file types to either internal memory or an external USB memory device. Here are instructions on how to view and save files: – If you intended to save to an external device, insert a USB memory device into the front panel USB slot. – Press File located on … Continued

SSA3000X External Reference Clock Recommendations

October 25, 2017

The external clock input of the SSA3000X series of spectrum analyzers has the following specifications: External Clock Input: 1-5 Vp, 10 MHz, edge-detected, sine (preferred). Square waves containing a 10 MHz rising edge can work, but harmonics may affect performance. Clock Output: Approximately 1 Vp (0-1 V), 10 MHz sine wave.

How do I check the options on an SSA3000X Series Spectrum Analyzer?

October 24, 2017

The SIGLENT SSA3000X series of spectrum analyzers are available with a number of options that can assist in performing certain measurement and test functions. To check the current status of an option: 1. Press SYSTEM on the front panel 2. Press the System Info softkey 3. The options and current status’ are similar to those … Continued

How to install the USBTMC driver

October 24, 2017

SIGLENT Technologies uses a broad range of products that utilize the USBTMC unified protocol to communicate with the host computer and control. Users can use SIGLENT provided PC software to send commands to remotely control the instrument. In addition, you can use NI-MAX (National Instruments Measurement and Automation Explorer) for instrument control. Here is an … Continued

Getting Started with EasySpectrum Software

October 23, 2017

EasySpectrum software provides a remote control interface for SIGLENT SSA3000 Series of spectrum analyzers that can be used to ease data collection, remote monitoring, and pre-compliance test sequencing. The software consists of two basic control modes: Monitor A virtual front panel mode that enables users to see the spectral traces in real time as well … Continued

Limit Lines on the SSA3000X Spectrum Analyzer

October 23, 2017

The SIGLENT SSA3000X series of spectrum analyzers feature two limit lines that can be used to visually identify whether a signal or spectrograph meets or exceeds given parameters. Limit lines can be used for: – EMI Pre-compliance measurements using FCC/CISPR limit lines – Transmitter testing: Is the signal in the proper band? – AM NRSC … Continued

How to set up custom limits with SIGLENT EasySpectrum software

October 23, 2017

Solution SIGLENT EasySpectrum software provides test sequence control for easing EMI pre-compliance testing. One of it’s most useful features is the creation and implementation of limit lines. Here are some brief instructions on creating and recalling limit lines: Download EasySpectrum software from the product page of the SSA3000X spectrum analyzers from your local SIGLENT website … Continued

Calibration Traceability

October 23, 2017

Excerpt from the ANSI-ASQ National Accreditation Board: http://anab.org/news/newsletter/winter-2014/nist-traceability-statements NIST Traceability Statements Many calibration customers request on their accredited calibration certificates a statement that the measurement is traceable to the National Institute of Standards and Technology (NIST). They want assurance that the standards used for the calibration are ultimately traceable to the International System of Units … Continued

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