SIGLENT Technologies celebrates the grand opening of its new North American operations center in North Plains, Oregon.
Siglent Technologies continues investing in global capabilities and partnerships that support our customers across the world with the grand opening of our new North American operations center in North Plains, Oregon. Our new North American operations center in North Plains, Oregon includes over 13,000 square feet of space including sales and support offices, a new calibration and service center, and warehousing.
In 2014, Siglent established subsidiaries in the US and Germany followed by Japan in 2022. These regional offices support customers around the world with the quality, capability, and value that Siglent is known for. In 2025, Siglent established a full-process production facility in Penang, Malaysia that manufactures instruments for our global customers.
“This year, our new investment in US capabilities will lay the foundation for years of future growth while providing engineers with access to solutions for their everyday measurement challenges.” says Mike Rizzo, Siglent USA General Manager.
Siglent continues to grow aggressively, providing test and measurement solutions to customers from education to semiconductors. This new operations center will enable us to support even more engineers as we continue a period of strong growth and lay the foundation for an even stronger future.
From oscilloscopes and function generators to spectrum and network analyzers, SIGLENT is a global leader in the design and manufacture of electronic test and measurement instruments that provide high accuracy data, dependable quality, and a smart user interface at prices that deliver value for many years.
For more information, contact:
Michael Rizzo
General Manager
SIGLENT Technologies
29495 NW West Union Road Suite A North Plains, OR 97133
440-398-5800 x111
www.siglentna.com
Find EMI Problems Before They Find You
Get Ready for Compliance with SIGLENT
Perform fast, reliable pre-compliance testing to help reduce additional costs and development delays. SIGLENT’s advanced EMI pre-compliance solution helps your new products pass full compliance tests on the first try.
For a limited time, take advantage of this SIGLENT EMI pre-compliance promotion.
Purchase a new SSA3000X Plus spectrum analyzer and SRF5030T near-field probe kit to receive free activation licenses for the EMI and AMK options!
This offer applies to the SSA3000X Plus series spectrum analyzers, including SSA3015X Plus, SSA3021X Plus, SSA3032X Plus, and SSA3075X Plus.
The EMI option includes a Quasi-peak detector, resolution bandwidths of 200/9k/120kHz, and a 6dB filter.
The Advanced Measurement Kit (AMK) option includes Channel Power, Adjacent Channel Power, Occupied Bandwidth, Total Power, Third-Order-Intercept, and an onscreen waterfall/spectrum analysis chart.
Notes:
* Promotion valid Oct 1 – Dec 31, 2026 on new instrument purchases only.
* Promotion only on models listed.
* This promotion is only available in North America.
To find out more about this great offer, contact quote@siglentna.com.
Siglent Launches SSG3000X Plus Series RF Signal Generators, Delivering Superior Signal Purity and Stability for Precision RF Testing
Siglent launches the SSG3000X Plus Series RF signal generators. Covering a frequency range of 9 kHz to 3.2 GHz with maximum output power of +20 dBm, the series features an optional high-stability OCXO reference source, excellent phase noise, and significantly improved pulse signal fidelity, delivering pure signal output and stable performance.
The SSG3000X Plus comes standard with AM/FM/PM analog modulation, pulse modulation, and USB power meter control. It supports custom pulse sequences and external IQ modulation, and is equipped with a 5-inch capacitive touchscreen. The SSG3000X Plus is well suited for RF component characterization, research and development, manufacturing, education, and maintenance applications, providing a pure, stable, and competitively priced professional RF signal solution.
An optional high-precision OCXO reference source significantly improves frequency stability, offering excellent temperature stability and low aging rates. This reduces frequency drift caused by temperature variations and long-term operation, meeting the stringent accuracy requirements of extended testing and precision applications while ensuring long-term reliability of the signal output.
Phase noise performance is better than –117 dBc/Hz (typical) at 1 GHz carrier with 20 kHz offset, and the wideband noise is typically better than –153 dBc/Hz at 40 MHz offset. Excellent harmonic and non-harmonic suppression is achieved across a wide frequency range, enabling accurate and reliable results in high-precision receiver testing and sensitive measurements.
Standard AM/FM/PM analog modulation supports internal, external, and internal + external modulation sources. External IQ modulation, available on IQE models, is implemented via external I/Q inputs. When paired with an SDG6000X baseband source, it can generate vector signals such as 16QAM and QPSK with an RF modulation bandwidth of 200 MHz, meeting the needs of complex digital modulation signal generation.
Pulse modulation features typical rise/fall times of less than 15 ns and an on/off ratio of up to 68 dBc. The flatter pulse waveform reduces the risk of damage to devices such as power amplifiers and T/R modules. Single-pulse, double-pulse, and pulse sequence modes with up to 2047 pulses (option PT) are supported, with finely adjustable pulse width and period to satisfy pulse equipment testing requirements.
The 5-inch capacitive touchscreen with mouse and keyboard support delivers an intuitive operating experience. Flexible step and list sweeps supporting up to 65,535 points, combined with multiple trigger modes, enable rapid frequency and level sweeps. Integrated USB power meter control automatically compensates for cable loss and temperature drift. Web remote control, along with USB, LAN, and optional GPIB interfaces, facilitates seamless integration into automated test environments
The SSG3000X Plus series RF signal generators, designed to deliver exceptional signal purity, stability, and versatility for precision RF testing. The new series enhances frequency stability, phase noise performance, and pulse fidelity while offering comprehensive modulation capabilities and intuitive operation. Ideal for RF component characterization, research and development, manufacturing, education, and maintenance, it provides a pure, reliable, and cost-effective professional solution.
SSG3000X Plus Datasheet
SSG3000X Plus UserManual
SSG3000X Plus QuickStart
SSG3000X Plus ProgrammingGuide
SSG3000X Plus Release Video
SNA6000A Datasheet
Troubleshooting
1.The oscilloscope will not turn on.
First, check the power cord and power strip for damage. Check the power switch on the instrument to make sure it is open (SDS1000CFL series has a power switch and a power protection switch). Is the power light illuminated?
Is the fan operating? If the fan works, the machine is powered on. If everything is normal but the oscilloscope still does not turn on, please contact your nearest SIGLENT dealer.
2.The screen does not display the waveform during the signal acquisition?
2.1 Check the connection of the probes to the signal being tested.
2.2 Check the connection of the signal cable and BNC on the oscilloscope.
2.3 Check the connection of the probes and the device-under-test
2.4 Check whether the device under test generates signals
2.5 Repeat the acquisition
2.6 Check the trigger status. Is the oscilloscope triggering?
3.Waveform appears but is not stable
3.1 Check that the trigger source channel is consistent with the waveform being viewed
3.2 Manually adjust the LEVEL trigger knob to see whether the waveform is stable.
3.3 Use AUTO to adjust the waveform automatically to determine whether the waveform is stable
3.4 Adjust time base, rule out false-wave interference (such as alias displayed waveforms)
4.The oscilloscope measurement values are inaccurate
4.1 Check the units of the signal’s amplitude, the default unit is Vpp of a measure signal which is a measure of the difference between the highest and lowest values. For example, commercial power is 220 Vrms but the Vpp of the same signal is over 600 V.
4.2 Oscilloscopes may not have the accuracy and precision possible to meet the specified measurement tyoe. There will be some amount of quantization and resolution errors.
5.Distortion is higher when measuring a higher frequency signal
5.1 Distortion is larger when measuring signals near top limit of an oscilloscope’s bandwidth. Usually, bandwidth should be greater than or equal to five times the bandwidth of the signal-to-be-measured. When using this rule the distortion will be very small.
5.2 Using the wrong probe will lead to a distorted waveform. At a minimum, the bandwidth of the probe should be equal than signal bandwidth. Ideally, the probe bandwidth should be greater than or equal to five times the signal’s bandwidth. If the probe is a switchable (X10/X1) probe type, the 1X position usually has a bandwidth of 6 MHz-10 MHz while the 10X position is the maximum bandwidth of probe.
5.3 Waveform shows interference when measuring a small signal
5.4 Siglent oscilloscopes series can display and measure voltages in the mV range (or lower). Consider using the Bandwidth Limit function to reduce noise if the signal under test is under 20 MHz.
5.5 Connect scope ground clip to reference earth signal which can reduce the distortion because of any electric differences between the oscilloscope and the signal-to-be-measured.
