Description

Rigol DSG3000B Series for Advanced RF and Microwave Signal Testing

The Rigol DSG3000B Series RF Signal Generator is a high-performance microwave signal source designed for RF testing, wireless communication development, research laboratories, production testing, and educational applications. With continuous wave (CW) high-power carrier output up to 13.6 GHz, the DSG3000B Series delivers stable, accurate, and low-noise RF signal generation for demanding testing environments.

Featuring advanced analog modulation, I/Q modulation, and I/Q baseband output capabilities, the DSG3000B Series is ideal for communication systems, instrumentation testing, RF research, electronic product development, manufacturing, and maintenance applications.

Wide Frequency Range up to 13.6 GHz

The Rigol DSG3000B Series provides continuous wave RF signal output up to 13.6 GHz, making it suitable for high-frequency microwave testing and advanced wireless communication applications.

Its wide frequency coverage allows engineers to accurately test RF devices, antennas, communication systems, and microwave components across multiple frequency bands.

Applications of Wide Frequency Coverage

• Wireless communication testing
• Microwave signal generation
• RF component and antenna testing
• Radar system development
• High-frequency electronic testing
• Research and educational laboratories

Advanced AM, FM, and PM Analog Modulation

The DSG3000B Series supports standard AM, FM, and PM analog modulation functions up to 3.6 GHz. These advanced modulation capabilities enable engineers to simulate real-world RF communication signals for accurate testing and validation.

The built-in modulation functions are ideal for communication equipment testing, RF signal analysis, and electronic design verification.

Supported Analog Modulation Types

• Amplitude Modulation (AM)
• Frequency Modulation (FM)
• Phase Modulation (PM)
• RF communication signal simulation
• Analog signal analysis and testing

I/Q Modulation and I/Q Baseband Output

Models ending with “IQ” support advanced I/Q modulation and I/Q baseband output up to 6.5 GHz. This capability allows engineers to generate complex digitally modulated signals for modern wireless communication systems and RF testing applications.

The DSG3000B Series supports advanced digital communication testing, modulation analysis, and signal simulation for research and development projects.

I/Q Modulation Applications

• Digital communication testing
• Wireless signal simulation
• I/Q signal generation
• RF modulation analysis
• Communication system development
• Advanced RF research and validation

Stable and Accurate RF Signal Generation

The Rigol DSG3000B Series delivers stable RF output with excellent signal quality and low phase noise performance. Engineers can perform precise RF measurements and reliable signal simulations for communication systems and microwave devices.

Its advanced RF signal generation capability improves testing accuracy and overall measurement reliability.

Advantages of Stable RF Output

• Accurate RF signal generation
• Excellent signal stability
• Low phase noise performance
• Reliable communication system testing
• Improved RF measurement accuracy

Ideal for Research, Production, and Educational Applications

The DSG3000B Series is widely used in communication systems, computer electronics, instrumentation, research and development, educational laboratories, production testing, and equipment maintenance.

Its reliable performance and advanced signal generation functions make it an excellent choice for engineers, technicians, researchers, and educators.

Industry Applications

• Communication system testing
• Computer and embedded electronics
• RF instrumentation development
• Educational and research laboratories
• Manufacturing and production testing
• Equipment maintenance and troubleshooting

Key Features of Rigol DSG3000B Series

• High-performance RF and microwave signal generator
• Continuous wave output up to 13.6 GHz
• Standard AM, FM, and PM analog modulation support
• I/Q modulation and I/Q baseband output on “IQ” models
• Frequency coverage up to 6.5 GHz for I/Q applications
• Stable and accurate RF signal generation
• Excellent phase noise and signal quality
• Ideal for RF testing, wireless communication systems, radar applications, research laboratories, education, production testing, and maintenance applications