Product Release
Home - News-Product Release-Introduction of Wiring Combinations of SA2200 Power Quality Analyzer

Introduction of Wiring Combinations of SA2200 Power Quality Analyzer

Aug. 16, 2024

Getting the perfect RF signal generator is the secret to unlocking precise and dependable test outcomes. As an engineer, you need to find an instrument that stands up to your expectations and caters to your unique needs. Here are some key factors to consider when selecting an RF signal generator.

 

The frequency range of an RF signal generator is critical in determining its suitability for your application. Ensure that the generator covers the entire frequency range of your target system, from the lowest to the highest frequency. This will allow you to test and analyze various components and systems effectively. TFG3600 Series can provide 500 MHz to 1500 MHz signal, if you need higher frequency instrument, please inquire us.


Factors to Consider When Choosing an RF Signal Generator 

Fig.1 TFG3600 outlooking


The output power of an RF signal generator determines the signal strength it can produce. Depending on your application, you may require a generator with high output power to test devices with high attenuation or a generator with a wide dynamic range to evaluate the performance of components under varying signal strengths. Ensure the chosen instrument can deliver the output power levels required for your tests. TFG3600 Series can output -127dBm ~ +13dBm typical level.


Factors to Consider When Choosing an RF Signal Generator 

Fig.2  +13 dBm amplitude output by TFG3600


Different applications may require different types of modulation, such as amplitude modulation (AM), frequency modulation (FM), phase modulation (PM), or digital modulation schemes like quadrature amplitude modulation (QAM). Choose an RF signal generator that supports the modulation types relevant to your target system, ensuring you can accurately test and evaluate various communication scenarios. TFG3600 Series can provide AM, FM, FSK, PSK modulation.

 

The accuracy and stability of an RF signal generator directly impact the quality of your test results. When selecting a generator, consider factors like frequency accuracy, phase noise, and temperature stability. High-quality instruments with excellent precision and stability will ensure that your measurements are precise and reliable, ultimately leading to better test outcomes.


Factors to Consider When Choosing an RF Signal Generator 

Fig.3 Spectrum Purity of TFG3600(including Harmonics and non-harmonics)


Rf signal generators with direct user interface can quickly configure devices, meanwhile, for bulk measurement, strong programming interfaces(eg. SCPI commands) and common interfaces(eg. LAN, USB) means that it can easily enter auto measuring system. TFG3600 Series are configured with standard RS-232 and USB Device interfaces which will be more convenient for remote control measurement.

Latest News

Jul. 10, 2025

Common Uses and Types of Signal Generators
Suin Instruments offers a diverse product range engineered for accuracy, stability, and versatility, serving applications across RF/microwave testing, digital communications, and academic training.
Learn More

Jun. 13, 2025

Power Quality Analyzers: SA2100, SA2200, and SA2300 – Which One Fits Your Workflow?
The SA2100, SA2200, and SA2300 models each target a unique segment of the power analysis market—from basic electrical audits to high-frequency diagnostics and long-term logging. Here’s a detailed look at how these instruments stack up.
Learn More

May. 14, 2025

Stopwatch Calibrator Uses in Aerospace, Automotive and Labs
Precise time measurement is a cornerstone of quality control and performance verification in high-precision industries. In sectors such as aerospace, automotive manufacturing, and metrology laboratories, even the slightest deviation in timekeeping can affect test outcomes, calibration integrity, and safety compliance.
Learn More